In News:

The Ministry of Women and Child Development recently earned the National Award for e-Governance 2024 (Gold) for its Poshan Tracker initiative, which has made significant strides in enhancing child health and nutrition.

About the Poshan Tracker Initiative

The Poshan Tracker initiative focuses on identifying and addressing growth-related issues in children aged 0-6 years. By using real-time monitoring and WHO growth charts, the program ensures that children receive optimal nutrition.

Key components of the initiative include:

• Role of Anganwadi Workers (AWWs): These workers are essential in assessing children's health and implementing necessary interventions when deviations from expected growth are observed.
• Technology Integration: The program employs advanced ICT tools and Growth Measuring Devices (GMD) at Anganwadi Centers (AWCs) to enable precise data collection and regular monitoring.
• Impact: Real-time growth monitoring through the Poshan Tracker has substantially improved child health outcomes in India, benefiting millions of children under the Mission Poshan 2.0 initiative.

Key Features of the Poshan Tracker App

• Comprehensive Overview: The app offers a complete view of Anganwadi Centre activities, including service deliveries and beneficiary management for pregnant women, lactating mothers, and children under six.
• Digitization and Automation: It replaces physical registers used by workers with digital records, thereby enhancing the quality and efficiency of their work.
• Smartphone Provision: Anganwadi workers have been provided with smartphones through the Government e-Market (GeM) to streamline service delivery.
• Technical Support: Each state has a designated nodal person to provide technical assistance and resolve issues related to the Poshan Tracker application.
• Service Accessibility: Migrant workers who registered in their original state can access services at the nearest Anganwadi in their current location.

In News:

Union Minister of State for Women and Child Development, launched the Rashtriya Poshan Maah 2024 in Dhar district of Madhya Pradesh on 1st September,2024.

Key Highlights:

• As part of the 7th Rashtriya POSHAN Maah, awareness programs are being organized at various levels.
• Under the ICDS (Integrated Child Development Services) Project, complementary feeding activities were conducted at Anganwadi Centres (AWC) Paduck Bagicha, South Andaman.
• Also, at AWC, Champin Nancowrie, Nicobar district (Andaman & Nicobar) under the ICDS Tribal initiative, local food items and nutrition sources were displayed.
• These efforts aim to further the Prime Minister's vision of a ‘Suposhit Bharat’ by conducting diverse large-scale activities, harnessing the potential of Gram Panchayats and Urban Local Bodies.

Rashtriya Poshan Maah:

• The programme is annually celebrated in the month of September, with a different theme each year, primarily focusing on addressing malnutrition by ensuring convergence of various nutrition-related schemes and programmes.
• The objective of the Poshan Maah is to ensure community mobilisation and bolster people’s participation for addressing malnutrition amongst young children, and women and to ensure health and nutrition for everyone.

Poshan Abhiyaan:

• POSHAN Abhiyan (Prime Minister's Overarching Scheme For Holistic Nourishment) focuses on advancing nutritional outcomes for children under six years, adolescent girls, pregnant women, and lactating mothers.
• To cultivate widespread awareness about nutrition at each stage of life, it is celebrated annually as Poshan Maah (1st—30th September) and Poshan Pakhwada (fortnight of March).
• POSHAN Abhiyan (National Nutrition Month) aims to strengthen efforts to end hunger and malnutrition.
• It focuses to improving the nutritional outcomes among children, adolescent girls, pregnant women, and lactating mothers by focusing on prenatal care, diet, and optimal breastfeeding.
• The Ministry of Women and Child Development plans month-long activities under Poshan Maah, focusing on issues such as the hygiene and sanitation, anaemia prevention, maternal and infant health, among others.
• There are outreach programmes, identification drives, camps, and fairs with a special focus on pregnant and lactating women, children below six years, and adolescent girls in order to realise the vision of ‘Swasth Bharat’.

In News:

The Union Cabinet, chaired by Prime Minister Narendra Modi, approved the proposal of Kaynes Semicon Pvt Ltd to setup a semiconductor unit in Sanand, Gujarat, with an investment of Rs 3,300 crore.

Key Highlights:

• The proposed unit, under the India Semiconductor Mission (ISM), will produce nearly 60 lakh chips per day.
• The chips produced in this unit will cater to a wide variety of applications which include segments such as industrial, automotive, electric vehicles, consumer electronics, telecom and mobile phones, etc.
• The initiative aligns with India’s goal of developing indigenous semiconductor capabilities.
• As per the reports, India’s semiconductor market is projected to reach $64 billion by 2026, positioning the country as a major global semiconductor hub.
• The first indigenously-developed chip is set to arrive in the country by the end of this year.
• In March, PM Modi laid the foundation stone of three semiconductor projects worth Rs 1.25 lakh crore.
• Tata Electronics is setting up a semiconductor fab in Dholera, Gujarat and one semiconductor unit in Morigaon, Assam.
• CG Power is setting up one semiconductor unit in Sanand. These units will produce lakhs of direct and indirect jobs.
• These four units will bring an investment of almost Rs 1.5 Lakh crore. The cumulative capacity of these units is about 7 crore chips per day, according to the Ministry of Electronics & IT.
• The Programme for Development of Semiconductors and Display Manufacturing Ecosystem in India was notified in 2021 with a total outlay of Rs 76,000 crore.

About India Semiconductor Mission (ISM)

• It is a specialized and independent Business Division within the Digital India Corporation that aims to build a vibrant semiconductor and display ecosystem to enable India’s emergence as a global hub for electronics manufacturing and design.
• ISM has all the administrative and financial powers and is tasked with the responsibility of catalysing the India Semiconductor ecosystem in manufacturing, packaging, and design.
• ISM has an advisory board consisting of some of the leading global experts in the field of semiconductors.
• ISM has been working as a nodal agency for the schemes approved under the Semicon India Programme.

Semicon India Programme:

• Launched in 2021 with a total budget of Rs. 76,000 crore, the ISM is overseen by the Ministry of Electronics and IT (MeitY), Government of India. This initiative is part of a broad effort to develop a sustainable semiconductor and display ecosystem within the country.
• The programme is designed to offer financial support to companies involved in semiconductor and display manufacturing and design. It also aims to foster the creation of domestic Intellectual Property (IP), and to promote and incentivize the Transfer of Technologies (ToT).
• Under this programme, four key schemes have been introduced:

1. Scheme for establishing Semiconductor Fabs in India.
2. Scheme for establishing Display Fabs in India.
3. Scheme for setting up Compound Semiconductors/Silicon Photonics/Sensors Fabs and Semiconductor Assembly, Testing, Marking, and Packaging (ATMP)/OSAT facilities in India.
4. Design Linked Incentive (DLI) Scheme.

In News:

The Commission for Scientific and Technical Terminology (CSTT) has recently unveiled a groundbreaking web portal, ‘shabd.education.gov.in,’ which is set to be a significant resource for technical terminology across all 22 official Indian languages. This initiative, supported by the Union Education Ministry, aims to consolidate and digitize scientific and technical terminologies, making them accessible to users in multiple languages.

Key Features of the Portal:

1. Central Repository: The website serves as a central repository for glossaries developed by CSTT and other institutions. It currently hosts 322 glossaries with approximately 2.2 million words, with a goal to expand to 450 glossaries.
2. Search Functionality: Users can search for technical terms using various criteria, including language, subject, type of dictionary, or specific language pairs. This comprehensive search capability allows for targeted and efficient access to information.
3. Feedback Mechanism: The portal enables users to provide feedback on the terminologies, helping to refine and update the database based on real-world use and expert input.
4. Expanding Technical Education: The launch of this platform supports the broader goal of enhancing technical education in Indian languages, which is crucial for fields like medicine and engineering.

Historical Context and Support:

• CSTT's Role: Established in 1961, CSTT is tasked with developing and defining scientific and technical terms in Hindi and other Indian languages. The commission also publishes textbooks, monographs, and journals, and organizes various academic events to promote standardized terminology.
• Process of Compilation: Terminologies are compiled through specialized committees for each subject area, with separate language committees ensuring the standardization of terms. The CSTT has been assisted by the National Translation Mission in this effort.

Impact and Usage:

• Since its launch in March 2024, the portal has seen significant engagement, with over 122,000 hits from both domestic and international users. This reflects the growing interest and need for accessible technical terminology in multiple languages.
• The portal is poised to play a crucial role in standardizing and disseminating technical knowledge across diverse linguistic communities in India, facilitating better understanding and education in various scientific and technical fields.

• Launched on October 2, 2014, the Swachh Bharat Mission (SBM) has been pivotal in advancing sanitation infrastructure in India.
• By 2020, the mission had facilitated the construction of over 11 crore household toilets under its Grameen component and over 63 lakh individual and 6.36 lakh community public toilets under its Urban component. This extensive sanitation drive aimed at eradicating open defecation and improving public health.

Impact on Infant Mortality

A recent study published in Nature has highlighted the significant health benefits resulting from SBM. According to the report, titled ‘Toilet Construction under the Swachh Bharat Mission and Infant Mortality in India,’ the initiative may have averted approximately 60,000 to 70,000 infant deaths annually between 2014 and 2020. The study, analyzed data from 35 states and 640 districts from 2011 to 2020, focusing on the infant mortality rate (IMR) and under-five mortality rate (U5MR).

Key Findings

1. Decrease in Infant Mortality:
   • The study established an inverse relationship between toilet access and infant mortality. It noted that districts with increased toilet coverage saw a marked decline in infant deaths.
   • In 2003, the average toilet coverage in districts was below 40%, rising to over 60% by 2020. Correspondingly, infant mortality rates fell from an average of 48.9 per 1,000 live births in 2003 to 23.5 per 1,000 live births in 2020.
2. Significant Decline:
   • The research observed a substantial decline in infant mortality rates from 40 per 1,000 live births in 2012 to below 30 per 1,000 live births by 2019.
   • The mortality rate for children under five also dropped from about 44 per 1,000 live births in 2012 to below 30 by 2019.
3. Regional Variations:
   • Despite the overall improvement, certain regions like parts of Uttar Pradesh, Madhya Pradesh, Odisha, and Andhra Pradesh continued to report higher infant mortality rates, ranging between 45-60 per 1,000 live births in 2020.

Conclusion

The SBM has demonstrably improved sanitation in India, with a notable reduction in infant mortality rates attributed to the increased availability of household toilets. While the mission has achieved significant progress, ongoing efforts and investments in broader public health infrastructure are essential to address persistent regional disparities and sustain health gains.

Constitution and Tenure:

• Notification and Term:
  • The 23rd Law Commission of India was notified by the Union government on September 2, with effect from September 1.
  • The commission will have a three-year term, concluding on August 31, 2027.
  • The tenure of the previous Law Commission, chaired by former Karnataka High Court Chief Justice Ritu Raj Awasthi, ended on August 31.

Role and Importance of the Law Commission:

• Purpose:
  • The Law Commission is a non-statutory body formed by the Union Ministry of Law and Justice through a gazette notification.
  • Its role includes reviewing the functioning of laws, recommending the repeal of obsolete legislation, and providing recommendations on issues referred by the government.
• Composition:
  • Typically chaired by a retired Supreme Court or High Court judge.
  • Includes legal scholars and can also have serving judges.
• Impact:
  • Over the years, 22 Law Commissions have submitted 289 reports.
  • Their recommendations have influenced significant legislation, such as the Code of Criminal Procedure, 1973 (CrPC), and the Right of Children to Free and Compulsory Education Act, 2009 (RTE Act).

Constitution of the 23rd Law Commission:

• Structure:
  • The commission will consist of:
    • A full-time chairperson.
    • Four full-time members, including a member-secretary.
    • Up to five part-time members.
    • Ex officio members including the secretaries of the Legal Affairs and Legislative departments.
• Appointment and Remuneration:
  • Chairperson and full-time members can be serving Supreme Court or High Court judges or other experts chosen by the government.
  • The chairperson will receive a monthly salary of ?2.50 lakh, while members will receive ?2.25 lakh.
  • The member-secretary must be an officer of the Indian Legal Service of the rank of Secretary.
  • Serving judges appointed to the commission will serve until retirement or the end of the commission’s term, without additional remuneration.

Terms of Reference:

• Primary Tasks:
  • Identify and recommend the repeal of obsolete or irrelevant laws.
  • Create a Standard Operating Procedure (SOP) for periodic review and simplification of existing laws.
  • Identify laws that are misaligned with current economic needs and suggest amendments.
• Directive Principles and Reforms:
  • Examine laws in light of Directive Principles of State Policy and suggest improvements and new legislation to achieve constitutional objectives.
  • Address laws affecting the poor, conduct post-enactment audits of socio-economic legislation, and review judicial administration for responsiveness.

Previous Commission's Contributions:

• Reports and Recommendations:
  • The 22nd Law Commission produced 11 reports, including:
    • A report in April 2023 recommending retention of Section 124A of the Indian Penal Code (sedition law), with suggested amendments for clarity.
    • A report recommending a new law to protect trade secrets.
    • A report on simultaneous elections, though it was not submitted to the government before the commission’s chairperson assumed office as a Lokpal member.

Upcoming Focus:

• The 23rd Law Commission is expected to continue examining key issues, including the implementation of a uniform civil code, which was also considered by the 22nd Commission but whose recommendations remain unpublished.

Why is it in the News?

After analysing the archived data from the space agency’s Magellan mission, scientists suggest that Venus, the almost Earth-sized planet was volcanically active between 1990 and 1992.

What is the Magellan Mission?

• NASA's Magellan mission to Venus was one of the most successful deep space missions launched from Kennedy Space Center in Florida in the year 1989.
• It was the first spacecraft to image the entire surface of Venus and made several discoveries about the planet.
• Magellan burned up about 10 hours after being commanded to plunge into the Venusian atmosphere.
• Magellan's primary mission was to use a synthetic aperture radar (SAR) to create detailed maps of the surface of Venus.
  • The SAR allowed Magellan to penetrate a thick cloud layer which made it challenging to study Venus from Earth.
• By mapping the planet's surface, scientists aimed to investigate the planet's geology and landforms, including its vast plains, steep mountains, and impact craters.
• Magellan was also sent to measure the planet's gravity and magnetic fields.
• This information was considered important to NASA scientists as it would provide more information about the planet's interior structure and composition.
• Because Venus is a planet close to Earth that compares in size and composition, mapping and studying Venus was considered an important mission as it added to understanding the evolution and geology of rocky planets like Earth.

What is the Magellan Spacecraft?

• The Magellan spacecraft was a space probe launched into space on May 4, 1989, by NASA on the Space Shuttle Atlantis.
• NASA named Magellan after the Portuguese explorer Ferdinand Magellan, who was the first documented person to circumnavigate the Earth.
• The Magellan probe aimed to map the planet Venus and collect data about its atmosphere and physical characteristics.
• Venus is the second planet from the sun in the Milky Way solar system and is, along with Mercury, one of two planets that orbit between Earth and the sun.
• Known for being the first spacecraft to map the surface of Venus, Magellan remained in Venus' orbit for four years before being burned up in its atmosphere in October 1994.

What does the study reveal?

• The study identified a 2.2 square kilometre volcanic vent associated with Maat Mons, the second-highest volcano on Venus, located in the Atla Regio near the planet's equator.
• The vent showed signs of drained lava, and the radar images indicated that it had doubled in size over eight months, with the lava lake seeming to have reached the rim. These changes suggested that the vent had been actively erupting and spewing lava.

This discovery provides new insights into the geology and activity of Venus and highlights the importance of studying the planet's surface features to better understand its history and evolution.

Why is it in the News?

Securing water for the future as the mantra, the Greater Hyderabad Municipal Corporation (GHMC) in the latest intervention has taken up the Shallow Aquifer Management (SAM) model on a pilot basis in the city.

What is an Aquifer?

• An aquifer is a body of porous rock or sediment that is saturated with groundwater.
• Groundwater enters an aquifer through precipitation that seeps down through the soil.
• It can then move through the aquifer and emerge at the surface via springs and wells.
• Aquifers are classified into two types:
  • Deep Aquifers
  • Shallow Aquifers

What is Shallow Aquifer Management (SAM)?

• In 2022, the Atal Mission for Rejuvenation and Urban Transformation (AMRUT) launched a Shallow Aquifer Management (SAM) pilot program in ten cities across nine states:
  • Bengaluru (Karnataka), Chennai (Tamil Nadu), Dhanbad (Jharkhand), Gwalior (Madhya Pradesh), Hyderabad (Telangana), Jaipur (Rajasthan), Kolkata (West Bengal), Pune and Thane (Maharashtra), and Rajkot (Gujarat).
• The SAM pilot is overseen by the National Institute of Urban Affairs (NIUA) and supported by the Advanced Center for Water Resources Development and Management (ACWADAM) in Pune and the Biome Environmental Trust in Bengaluru.
• Under SAM, the Greater Hyderabad Municipal Corporation (GHMC) has identified five municipal parks for implementation this year.

How does it work?

• The project involves drilling shallow water injection borewells to depths of 100-120 feet to extract water from shallow aquifers.
• This process helps recharge the underlying layers during rainfall events by collecting water from the surrounding watershed and directing it through recharge pits.
• Consequently, underground water layers are replenished, leading to a rise in the water table.

Why is it in the News?

With the cases of extortion and ‘digital arrest’ frauds on the rise, the Indian Cyber Crime Coordination Centre (I4C) working under the Union Ministry of Home Affairs issued an advisory asking the citizens to be alert about such frauds.

What is ‘Digital Arrest’?

• ‘Digital arrest’ is a new and innovative tactic employed by cybercriminals to defraud gullible victims and extort money.
• The modus operandi in this cybercrime method is that fraudsters pose as law enforcement officials such as police, Enforcement Directorate, and CBI, among others, and manipulate them into believing that they have committed some serious crime.
• The cyber fraudsters deceive the victim into believing that he or she has been put under ‘digital arrest’ and will be prosecuted if they do not pay the scamsters a huge amount of money.
• The fraudster often uses the tactic of instilling fear and a sense of urgency in the victims, ensuring they part with their money before realizing it's a scam.
• The cyber criminals often force the naive victims to self-arrest or self-quarantine themselves, by tricking them into believing that they have been put under ‘digital arrest’ and cannot leave their house unless they pay up.

Modus Operandi of Digital Arrest Scams:

• Initial Engagement: Fraudsters initiate contact with unsuspecting individuals through various digital communication channels, such as phone calls, WhatsApp, or Skype.
• Fear and Urgency Manipulation: The scammers employ psychological tactics to instil fear and a sense of urgency in their victims.
  • They present fabricated evidence and falsely claim that the victim is embroiled in criminal activities or is facing an imminent arrest warrant.
• Elaborate Scams: To enhance the legitimacy of their scheme, the scammers create elaborate setups, including simulated police stations, virtual interrogations, and video calls with individuals posing as senior police officers.
• Layered Interrogations: Victims are subjected to multiple rounds of “interrogations,” with the scammers assuming different roles, such as a “constable,” a “sub-inspector,” and finally a “DCP-level officer.”
  • This layered approach aims to convince victims of the gravity of the situation and increase their susceptibility to the scam.
• Financial Exploitation: Under the imminent threat of arrest, victims are coerced into transferring substantial sums of money into designated accounts.
  • The scammers deceitfully claim that these funds are necessary to clear the victim’s name or resolve the alleged criminal charges.

Actions Taken by the Centre:

• Intelligence agencies have determined that the incidents are part of a coordinated online economic crime network operated by transnational crime syndicates.
• The Indian Cyber Crime Coordination Centre (I4C), overseen by the Ministry of Home Affairs, has collaborated with Microsoft to block over 1,000 Skype IDs associated with such illicit activities.
  • Additionally, efforts are underway to block SIM cards, mobile devices, and "mule" accounts utilized by cybercriminals.
• Money mules, also known as "smurfers," are individuals unwittingly used by fraudsters to launder stolen or illegal money through their bank accounts.
  • Following reports of such incidents, these individuals often become the focus of police investigations due to their involvement, as highlighted in a security advisory by HDFC Bank.
• The Home Ministry is collaborating with other ministries, their agencies, the Reserve Bank of India (RBI), and various organizations to combat these criminal activities.
  • I4C is actively providing technical support and inputs to the police forces of states and union territories to identify and investigate cases.
  • I4C has leveraged its social media platform Cyberdost, along with its presence on platforms like Twitter, Facebook, and Instagram, to disseminate infographics and videos aimed at raising awareness about cybercrime.
• Citizens are urged to remain vigilant and help spread awareness about cybercrime.
  • They are encouraged to report any such incidents promptly to the cybercrime helpline at 1930 or through the website http://www.cybercrime.gov.in.
  • Additionally, filing a complaint and notifying the local police is advised.

Why is it in the News?

The Union Health Ministry has issued standardised guidelines for confirming heatstroke and heat-related deaths in the country.

What is a Heatstroke?

• Heatstroke, also known as sunstroke, is a medical emergency resulting from the body overheating due to exposure to high temperatures and humidity or prolonged physical exertion in hot conditions.
• Individuals experiencing heat exhaustion may exhibit symptoms such as fatigue, dizziness, headache, nausea, vomiting, low blood pressure, and increased heart rate.

Criteria for Heatstroke:

• Heatstroke is characterized by body temperatures of 40°C (104°F) or higher, accompanied by delirium, seizures, or coma, posing a potentially fatal condition.

Heatstroke Deaths in India:

• According to analysis of data from the National Crime Records Bureau, over 11,000 people in India died due to heatstroke between 2012 and 2021.

Government Initiatives:

• The Health Ministry released a National Action Plan on Heat-Related Illness in July 2021, outlining strategies to address health challenges posed by heat waves.
• The India Cooling Action Plan (ICAP) aims to mitigate heat impacts by ensuring sustainable cooling and thermal comfort for all by 2037-38.

First Aid Measures for Heatstroke:

• • Move the affected person to a cool, shaded area.
  • Offer water or a rehydrating drink if the person is conscious.
  • Fan the person to promote cooling.
  • Seek medical attention if symptoms worsen, persist, or if the person loses consciousness.
  • Avoid giving alcohol, caffeine, or carbonated beverages.
  • Apply a cool, wet cloth to the person's face or body.
  • Loosen clothing to improve ventilation.

Key Points from the Guidelines:

• Rationale for the Guidelines: Between 2013 and 2022, there was an 85% increase in estimated annual heat-related mortality compared to 1991–2000, driven by global warming and changing demographics.
• Without significant adaptation progress, annual heat-related deaths could surge by 370% by mid-century if global temperatures continue to rise towards 2°C above pre-industrial levels.
• In light of these projections, enhancing our understanding and surveillance of heat-related health issues is imperative.

Preparation and Authorship:

• The guidelines were developed by the National Programme on Climate Change and Human Health (NPCCHH) in collaboration with the National Centre for Disease Control (NCDC).

Objective:

• The guidelines aim to assist hospitals in identifying criteria for categorizing deaths as heat-related or due to heat stroke, promoting evidence-based medical decision-making.

Autopsy Considerations:

• Decisions regarding autopsy should be based on factors such as the circumstances of death, the age of the deceased, and available resources.
• Where feasible, collecting blood, urine, etc., for toxicological examination is recommended, contingent on the condition of the body.

Challenges in Diagnosing Heat-Related Deaths

• Diagnosing heat-related deaths post-mortem presents several challenges, including:
• Frequently unavailable pre-terminal or terminal body temperatures.
• Non-specific autopsy findings vary based on the duration of survival after heat exposure.
• Reliance on-scene investigation for diagnosing hyperthermia, a condition resulting from the body's inability to regulate heat.
• Consideration of circumstances of death and exclusion of alternative causes.
• It's noted that autopsies are not mandatory for heat-related deaths.

Why is it in the News?

Boeing’s Starliner spacecraft, carrying two NASA astronauts, will be launched by an Atlas V rocket from the Kennedy Space Center in Cape Canaveral, Florida, to the International Space Station (ISS).

What is Boeing’s Starliner?

• Starliner, a reusable spacecraft, has a pusher abort system.
  • This allows the crew to safely escape throughout the launch and the ascent phases of the mission.
• In addition to being software-driven, the Starliner has wireless internet that will help with “crew communication, entertainment and docking with the International Space Station”
• The spacecraft can fly and course-correct on its own.
• It operates like advanced self-driving cars, with features similar to sophisticated cruise control and hands-free driving, allowing astronauts to simply enjoy the ride without intervention.
• It also allows astronauts to choose their level of control.
• Consisting of a crew capsule and a service module, the Starliner aims to revolutionize space travel with its advanced features and capabilities.

Crew Capsule:

• The crew capsule is the heart of the spacecraft, providing housing for astronauts during their journey.
• Designed to withstand the rigours of reentry, the capsule ensures a safe return to Earth for its occupants.

Service Module:

• The service module is equipped with essential systems for astronaut survival, such as air and temperature control, water supply, and sanitation facilities.
• Additionally, it contains the necessary engines and fuel required for manoeuvring the spacecraft in space.
• This module is not reusable and is designed for single use.

Starliner Specifications:

• With a width of over 4 meters, the Starliner can accommodate up to seven astronauts at once.
• The spacecraft boasts a unique weldless structure, making it both durable and reusable, with a potential for up to 10 missions and a six-month turnaround time between launches.
• Furthermore, the Starliner incorporates modern technologies like wireless internet and tablet interfaces for enhanced crew interaction.

Launch Vehicle:

• The Starliner is compatible with the Atlas V rocket, operated by United Launch Alliance (ULA), a joint venture between Boeing and Lockheed Martin.
• This collaboration ensures the seamless integration of the spacecraft and launch vehicle, optimizing mission success.

Why is the mission significant?

• In 2014, NASA selected Boeing and SpaceX to develop spacecraft for transporting astronauts to the International Space Station (ISS).
• While SpaceX has already conducted multiple successful missions with its Dragon crew capsule, the Starliner's success would mark the first time the United States has two domestically produced spacecraft capable of carrying astronauts to space.
• Once operational, Boeing and SpaceX will alternate missions to the ISS, with each crew's expedition lasting up to six months.
• This partnership will continue until the ISS is decommissioned in the next decade.

Why is it in the News?

Recently, China launched its second mission to the far side of the Moon. If successful, it will be the world’s first mission to bring back samples from the part of the Moon that the Earth never gets to see.

What is Chang’e-6 Mission?

• China's Chang'e-6 spacecraft launched recently, on a mission to collect samples from the far side of the Moon.
• The mission aims to grab samples containing material ejected from the lunar mantle and thus provide insight into the history of the Moon, Earth, and Solar System.
• It is a 53-day-long mission. After reaching the Moon’s orbit, the mission’s orbiter will circle the natural satellite while its lander will descend into the 2,500-kilometre-wide South Pole-Aitken basin on the lunar surface.
• The impact that created the basin, among the largest in the history of the solar system, is thought to have dug up material from the lunar mantle.
• If that material can be retrieved, scientists can learn more about the history of the Moon’s insides.
• After collecting samples through scooping and drilling, the lander will launch an ascent vehicle, which will transfer the samples to the orbiter’s service module.
  • This module will then return to the Earth.
• China is the only country to achieve a soft landing on the far side of the Moon.
  • In 2019, its Chang’e-4 mission landed on the region and explored the Moon’s Von Karman crater with the help of a rover.

Why is the Far Side of the Moon Important?

• The Moon’s far side is often referred to as the dark side because it cannot be seen from the Earth, not because it does not catch the Sun’s rays.
  • The Moon is tidally locked with the Earth and therefore, we see only one side of the Moon, also known as the near side.
• The far side has been under the spotlight in recent years as it is very different from the near side.
• It has a thicker crust, more craters and fewer maria, or plains where lava once flowed.
• Examining the samples from the far side can help scientists solve mysteries about the origin and evolution of the Moon — till now, scientists have only been able to analyse samples from the near side.
• The far-side samples can also give answers to the longstanding question: why is it different from the near side?
• Going to the far side, getting samples and doing different kinds of geophysical measurements is really important to figuring out this really long, long-standing mystery.

Why is it in the News?

Developing a domestic manufacturing infrastructure for electrolyzers is expected to reduce the cost of green hydrogen and strengthen India's competitive advantage.

What are Electrolysers?

• Electrolysers are devices that produce hydrogen through a chemical process called electrolysis, which splits water molecules into hydrogen and oxygen molecules using electricity.

How do They work?

• These devices consist of a stack of conductive electrodes separated by a membrane, to which a high voltage and current are applied.
• This induces an electric current in the water, causing it to decompose into its constituents: hydrogen and oxygen.
• The generated oxygen is either released into the atmosphere or stored for future use as a medical or industrial gas.
• The hydrogen produced can be stored as a compressed gas liquefied for industrial use or utilised in hydrogen fuel cells, which power various transportation vehicles like trains, ships, and aircraft.

Types of Electrolysers:

• Alkaline Electrolysers: This technology, predominantly used by the fertiliser and chlorine industries, employs thick membranes and nickel-based electrodes.
  • It currently represents a significant portion of global electrolyser capacity.
• Proton Exchange Membrane (PEM) Electrolysers: Operating at high pressure, PEM electrolysers utilise thin perfluorosulfonic acid (PFSA) membranes.
  • Though they require gold and titanium-plated electrodes and catalysts like platinum, iridium, and ruthenium, they produce high-purity hydrogen and are easy to cool, making them a popular choice.
• Solid Oxide Electrolysis Cell (SOEC) Electrolysers: These devices utilise heat to produce hydrogen from steam and are ideal for locations with available heat sources such as nuclear or industrial facilities.
  • Operating at high temperatures ranging from 500 to 850 degrees Celsius.
• Anion Exchange Membrane (AEM) Electrolysers: Operating at significantly lower temperatures of 50 to 60 degrees Celsius, AEM electrolysers combine the less harsh conditions of alkaline electrolysers with the simplicity and high efficiency of PEM electrolysers.

Electrolyzers and Green Hydrogen Production:

• Green hydrogen is renewable hydrogen produced using water electrolysis technology and electricity generated from renewable energy sources, such as solar or wind.
• It is gaining unprecedented momentum globally, and it is believed that it is a key component in accelerating the shift to clean energy.
• The commercialization of electrolyzers can make green hydrogen more readily available and enable energy systems across the globe to undergo fundamental transformations to lower emissions and reduce their negative impact on the environment.

Why is it in the News?

The Defence Research and Development Organisation (DRDO) recently tested a next-generation torpedo release system aimed at boosting the Navy’s anti-submarine warfare capabilities.

What is a SMART System?

• The SMART system, designed to bolster the Indian Navy's anti-submarine warfare capabilities, represents a fusion of cutting-edge technology and indigenous innovation.
• With its supersonic capabilities and torpedo release mechanism, the SMART system offers a formidable deterrent against potential submarine threats, enhancing the Indian Navy's operational readiness and maritime defence posture.
• The SMART system comprises a mechanism by which the torpedo is launched from a supersonic missile system with modifications that would take the torpedo to a far longer range than its own.
  • For example, a torpedo with a range of a few kilometres can be sent a distance to the tune of 1000 km by the missile system from where the torpedo is launched.
• The system also gives flexibility in terms of the missile system’s launch platform.
• A number of DRDO laboratories including Defence Research and Development Laboratory (DRDL) and Research Centre Imarat (RCI), both in Hyderabad; Aerial Delivery Research and Development Establishment (ADRDE) in Agra; and Naval Science and Technology Laboratory (NSTL) Visakhapatnam have developed the technologies required for SMART.

Key Features of SMART Anti-submarine Missile System:

• It is a canister-based, long-range anti-submarine missile system.
• It has been developed by the DRDO for the Indian Navy.
• The objective behind the project is to develop a quick reaction system that can launch a torpedo from a standoff distance.
• The missile has a range of 643 km carrying a lightweight torpedo of range 20 km with a 50 kg high explosive warhead.
• SMART uses a two-way data link connected to airborne or ship-based submarine detection and identification systems.
• It can be launched from a surface ship or a truck-based coastal battery.
• The missile is powered by a dual-stage solid-propellant rocket and utilizes electro-mechanical actuators for course correction.
• The missile utilizes sea skimming to reduce detection range.
• The first successful test of SMART was done on 5 October 2020 from Abdul Kalam Island.

Significance:

• This missile-based mechanism to launch lightweight torpedoes can target submarines hundreds of kilometres away — far beyond the conventional range of lightweight torpedoes.
• It will be particularly employed in the absence of other assets for immediate action when an enemy submarine is detected.

Why is it in the News?

Recently, the Indian Historical Records Commission (IHRC) has adopted a new logo and motto.

About Indian Historical Records Committee (IHRC):

• The Indian Historical Records Committee (IHRC) is a national forum established in 1919, comprising creators, custodians, and users of records.
• Its primary purpose is to advise the Government of India on matters related to record management and their utilization for historical research.

Secretariat:

• The National Archives of India, New Delhi, serves as the Secretariat for the IHRC, formerly known as the Indian Historical Records Committee since 1911.

Leadership and Membership:

• Led by the Union Minister of Culture, the IHRC consists of 134 members, including government agencies, government-appointed nominees, representatives from State/UT Archives, universities, and learning institutions.
• Over the years, the IHRC has convened 62 sessions.

Committee Structure: The IHRC operates with two adjunct bodies:

• Editorial Committee: Responsible for reviewing and approving papers based on archival sources for presentation at committee sessions.
• Standing Committee: Tasked with reviewing the implementation of committee recommendations and providing input on meeting agendas.
  • The Secretary of the Ministry of Culture chairs the Standing Committee of IHRC.
• The Indian Historical Records Commission (IHRC) has adopted a new logo and motto recently.
• The logo signifies the theme and uniqueness of IHRC entirely.
  • The pages in the shape of lotus petals represent IHRC as the resilient nodal institution for maintaining historical records.
  • The Sarnath pillar in the middle represents India's glorious past.
  • Brown as the colour theme reinforces the organization's mission of preserving, studying, and honouring India's historical records.
• The motto translates as "Where history is preserved for the future."
  • The IHRC plays a vital role in identifying, collecting, cataloging, and maintaining historical documents, manuscripts other sources of historical information.
  • By doing so the Commission ensures that valuable historical knowledge is conserved for future generations.
• The motto, therefore, reflects the Commission's commitment to ensuring the safeguarding of historical documents and making these accessible for the benefit of present and future generations.

Why is it in the News?

The United States has confirmed providing long-range Army Tactical Missile Systems (ATACMS) to Ukraine to aid its war effort against Russia.

What is the ATACMS System?

• The Army Tactical Missile Systems (ATACMS) is one of the most potent missile systems built by US-based arms manufacturer Lockheed Martin.
• This is a surface-to-surface artillery weapon system.
• Its biggest strengths are the long-range of attack, the ability to fire cluster munitions, and the weapon system’s mobility.
• Range: There is a mid-range version of the ATACMS, called Block 1, and a long-range version, Block 1A.
  • ATACMS Block 1 has a range of 165 kilometres. Ukraine was provided these systems last year and used them to attack targets in October.
  • ATACMS Block 1A, on the other hand, has a maximum range of 300 km. However, this depends on the kind of munition the missile carries.
• With such a range, the long-range ATACMS Block 1A is capable of striking targets well beyond the range of existing Army cannons, rockets, and other missiles.
• Mobility: ATACMS missiles are fired from the High Mobility Artillery Rocket System (HIMARS) and M270 Multiple Launch Rocket System (MLRS) platforms. Both of these launching systems are highly mobile automatic systems.

Why Ukraine can’t use ATACMS to Target Russian Territories?

• Despite territories deep inside Russia now being within the range of the ATACMS, Ukraine cannot use it to hit targets in these locations.
• Ukraine has committed to only use the weapons inside Ukraine, not in Russia.
• The US administration has made it clear that the weapons cannot be used to hit targets inside Russia.
• The Biden administration is concerned that if Ukraine strikes deep into Russian territory, it will anger Moscow and escalate the conflict.

Why is it in the News?

The Indian Air Force achieved a milestone by successfully test-firing an air-launched ballistic missile, ROCKS or Crystal Maze 2, capable of hitting targets over 250 kilometers away.

About Crystal Maze-2 Missile:

• Crystal Maze 2 missile also known as ROCKS is an advanced air-launched missile developed by Israel, designed for precision strikes on high-value targets.
• This missile is capable of engaging heavily fortified positions from long distances, ensuring minimal collateral damage.
• It is renowned for its accuracy and reliability in combat scenarios, making it a preferred choice for missions requiring surgical precision.
• The missile’s integration into various platforms enhances its operational flexibility and effectiveness in diverse combat environments.

Features:

• Crystal 2 operates effectively in GPS-denied areas and can breach regions secured by air defense systems.
• This system allows for the choice between penetration or blast fragmentation warheads, making it suitable for targeting both surface and heavily fortified underground facilities.
• With a striking distance of over 250 kilometers, it offers versatility with options for either penetration or blast fragmentation warhead, ensuring the destruction of above-ground or well-protected underground targets.
• India is currently developing the Crystal Maze 2 missile.
• The Indian Air Force (IAF) has successfully conducted tests on this missile and aims to procure it in large numbers under the Make in India initiative.
• This move highlights India’s dedication to achieving self-sufficiency in defense manufacturing.

Why is it in the News?

Each organ transplant case will receive a distinctive National Organ and Tissue Transplant Organisation (NOTTO) ID assigned to both the donor and the recipient.

Highlights of the News:

• The Union Health Ministry has mandated the cessation of commercial organ transactions, particularly those involving foreign nationals, and emphasized the need for stringent oversight by local authorities.
• For deceased donor transplants, a NOTTO-ID is required for organ allocation, while in living donor transplants, the ID must be generated within 48 hours post-surgery through the NOTTO website by the hospital.

What is the National Organ and Tissue Transplant Organization (NOTTO)?

• NOTTO is a national organization established under the Directorate General of Health Services, Ministry of Health and Family Welfare, Government of India.

It serves as the central coordinating hub for:

• Organ and tissue procurement and distribution.
• Maintaining a registry of organ and tissue donation and transplantation activities across the country.

NOTTO comprises two divisions:

• National Human Organ and Tissue Removal and Storage Network:
  • Acts as the primary center for nationwide coordination of organ and tissue procurement, distribution, and registry.
  • Established in accordance with the Transplantation of Human Organs (Amendment) Act 2011.
• National Biomaterial Centre (National Tissue Bank):
  • This center focuses on filling the gap between demand and supply while ensuring quality assurance in tissue availability.
  • The Transplantation of Human Organs (Amendment) Act 2011 has expanded NOTTO's scope to include tissue donation and registration of tissue banks.

Activities performed by NOTTO include:

• • Coordinating tissue procurement and distribution
  • Donor tissue screening
  • Tissue removal and storage
  • Tissue preservation
  • Laboratory screening of tissues
  • Tissue tracking
  • Sterilization
  • Record maintenance
  • Data protection and confidentiality
  • Quality management in tissues
  • Patient information on tissues
  • Developing guidelines, protocols, and standard operating procedures
  • Training and assistance in registering other tissue banks

Why is it in the News?

According to a recent report by UN Women, six months into the war, Gaza is facing a humanitarian crisis disproportionately impacting women and girls.

What is UN Women?

• Founded in 2010 by the United Nations General Assembly as part of the UN reform agenda.
• Merges resources and mandates to create a more significant impact on gender equality and women's empowerment.
• Serves as a global advocate for women and girls, addressing their needs and accelerating progress.

Key Roles:

• Supports intergovernmental bodies like the Commission on the Status of Women in developing policies, global standards, and norms for gender equality.
• Assists member states in implementing these standards and offers technical and financial support upon request.
• Builds effective partnerships with civil society organizations.
• Leads and coordinates the UN system's work on gender equality while promoting accountability through regular monitoring of progress.

Sustainable Development Goals (SDGs):

• Works globally to realize the SDGs for women and girls.
• Promotes women's equal participation in all aspects of life.

Country-level Support:

• Collaborates with government and non-governmental partners in countries that request assistance.
• Helps implement policies, laws, services, and resources to advance gender equality.

Grant-making Funds:

• Fund for Gender Equality: Provides grants to support innovative, high-impact programs by government agencies and civil society groups.
• UN Trust Fund to End Violence against Women: Finances initiatives that address violence against women and girls.

Commission on the Status of Women (CSW):

• A global policy-making body focused on gender equality and women's advancement.
• Operates as a functional commission of the United Nations Economic and Social Council (ECOSOC).

Information and Advocacy:

• Regularly provides information on women's rights issues to the General Assembly, ECOSOC, and the Security Council.
• Maintains the UN Secretary-General's database on violence against women, tracking measures taken by UN Member States and organizations.
• UN Women plays a vital role in advancing gender equality and women's empowerment worldwide by providing crucial support, resources, and advocacy through its various initiatives and collaborations.

Why is it in the News?

As the 23rd session of the UN Permanent Forum on Indigenous Issues begins in New York, United States on April 15, participants pointed out that though recognition of indigenous territories is increasing, it is not happening at the pace the planet needs.

About the UN Permanent Forum on Indigenous Issues:

• Established in 2000, the UNPFII serves as an advisory body to the United Nations Economic and Social Council (ECOSOC), focusing on indigenous issues related to economic and social development, culture, environment, education, health, and human rights.
• Alongside the Expert Mechanism on the Rights of Indigenous Peoples and the Special Rapporteur on the Rights of Indigenous Peoples, the UNPFII is one of three UN entities mandated to address Indigenous Peoples' issues.

The Permanent Forum's primary objectives include:

• • Providing expert advice and recommendations to the Council, United Nations programs, funds, and agencies.
  • Raising awareness and fostering integration and coordination of indigenous issues within the UN system.
  • Preparing and disseminating information on indigenous issues.

Membership and Structure

• The UNPFII consists of sixteen independent experts who serve three-year terms and may be re-elected or re-appointed for one additional term.
• Eight members are nominated by governments, while the remaining eight are nominated directly by indigenous organizations from their respective regions.
• Following each session, the UNPFII submits a report containing recommendations and draft decisions to the ECOSOC, contributing to global efforts to address and improve the well-being of Indigenous Peoples worldwide.

Why is it in the News?

Israel for the first time used a seaborne missile defense system to shoot down a drone approaching from the Red Sea that had set off sirens in the port city of Eilat.

What is the C-Dome Defense System?

• The C-Dome is a naval version of Israel's Iron Dome air defense system, designed to protect against rocket and missile attacks.
• Drawing from Iron Dome's technology, C-Dome shares its 90% effectiveness rate and utilizes radars to detect and destroy short-range rockets with its missiles.

Operational Deployment and Integration:

• First unveiled in 2014 and declared operational in 2022, the C-Dome is mounted on Sa'ar 6-class corvettes and German-made warships.
• It employs the same interceptor as the Iron Dome but differs in its integration with the ship's radar for target detection, ensuring full-circular vessel protection.

Combatting Modern Threats:

• C-Dome's primary objective is to counter a wide range of modern maritime and coastal threats with high kill probability.
• Its successful deployment and performance underscore its pivotal role in safeguarding Israel's naval interests and assets against evolving security challenges.

About Iron Dome:

• Developed by Rafael Advanced Defense Systems and Israel Aerospace Industries, the Iron Dome is a cutting-edge air missile defense system that offers protection against short-range rockets by intercepting them above Israeli territory.
• With its multi-rocket handling capacity, Iron Dome became operational in 2011 and features:
  • All-weather capabilities for day and night functionality
  • Launching versatility with various interceptor missiles
  • A range of approximately 40 miles
  • Portable design for deployment on ships or land
  • Adaptive defense through reloadable interceptors

Iron Dome consists of three key elements:

• • Radar system for detecting incoming rockets
  • Command-and-control mechanism to evaluate threat levels
  • Interceptors are designed to neutralize incoming rockets before impact
• These components work in tandem to provide Israel with a robust and reliable defense against aerial threats.

Why is it in the News?

India has successfully flight-tested the new generation ballistic missile Agni-Prime from the APJ Abdul Kalam Island off the coast of Odisha.

About Agni-Prime Missile:

• Agni-P or Agni-Prime is a new generation nuclear-capable medium-range ballistic missile (MRBM) developed by the DRDO that incorporates technological advances from Agni-IV and Agni-V and is considered a successor for Agni-I and Agni-II missiles in the operational service of the SFC.
• Agni-Prime, with a strike range of 1,000 to 2,000 km, has significant upgrades, which include composite motor casing, maneuverable reentry vehicle (MaRV), improved propellants, and navigation and guidance systems.
• It is a two-stage, surface-to-surface, road-mobile, and solid-fueled missile that is transported by a truck and launched via a canister.
• It is a ballistic missile with a dual redundant navigation and guidance system.

Features:

• Although Agni-Prime looks similar to Agni-III, the weight is reduced by half.
• Agni-P will replace older generation missiles such as Prithvi-II (350 km), Agni-II (2,000 km), Agni-III (3,000 km), and Agni-4 (4,000 km) ballistic missiles.
• Agni-Prime incorporates upgrades such as propulsion systems, composite rocket motor casings, and advanced navigation and guidance systems.
• Along with Agni-V, Agni-P will provide India with stronger deterrence against countries such as China and Pakistan.
• While Agni-V brings all of China within its strike range, Agni-P seems to have been developed to counter Pakistan's forces.
• Agni-P is developed to achieve maximum maneuverability against missile defense systems and higher accuracy for precision strikes.

What is a Ballistic Missile and why is it named so?

• A Ballistic missile follows a ballistic flight path - which comprises three phases of flight.
• In the first phase or the boost phase, the solid-fuel rocket engine propels the missile upwards and it has to rapidly gain velocity and altitude, by knifing through the densest parts of the earth's atmosphere.
• The second and unpowered phase of flight happens in the upper reaches of the earth's atmosphere or in space, where the missile travels along its pre-determined path, but without the power of its engines.
• It is known as the coast phase or mid-course phase and during this time, it travels along a horizontal path.
• During the coasting, the missile is either in space or the upper atmosphere, where it faces minimal resistance or drag.
• In the third and final phase or the terminal phase, the missile descends and gets back into the earth's atmosphere and flies towards its target, while being guided by its on-board systems.

Why is it in the News?

Officials recently emphasized that India's shrimp export value chain is certified by the Marine Products Export Development Authority (MPEDA), ensuring that abusive conditions are not tolerated at shrimp farms.

About the Marine Products Export Development Authority (MPEDA):

• The Marine Products Export Development Authority (MPEDA) was set up by an act of Parliament in 1972.
  • The erstwhile Marine Products Export Promotion Council established by the Government of India in September 1961 was converged into MPEDA on 24th August 1972.
• MPEDA is given the mandate to promote the marine products industry with special reference to exports from the country.
• It is the nodal agency for the holistic development of the seafood industry in India to realize its full export potential as a nodal agency.
• Based on the recommendations of MPEDA, the Government of India notified new standards for fishing vessels, storage premises, processing plants, and conveyances.
• MPEDA’s focus is mainly on Market Promotion, Capture Fisheries, Culture Fisheries, Processing Infrastructure & Value addition, Quality Control, Research and Development.
• It is envisaged that this organization would take all actions to develop and augment the resources required for promoting the exports of “all varieties of fishery products known commercially as shrimp, prawn, lobster, crab, fish, shellfish, other aquatic animals or plants or part thereof and any other products which the authority may, by notification in the Gazette of India, declare to be marine products for (the) Act”.
• The Act empowers MPEDA to regulate exports of marine products and take all measures required for ensuring sustained, quality seafood exports from the country.
• MPEDA is given the authority to prescribe for itself any matters that the future might require for protecting and augmenting the seafood exports from the country.
• It is also empowered to inspect marine products, their raw materials, fixing standards, specifications, and training as well as take all necessary steps for marketing the seafood overseas.

Major Functions of MPEDA:

• • Infrastructure registration for seafood export trade.
  • Trade information collection and dissemination.
  • Promotion of Indian marine products overseas.
  • Assistance for infrastructure development and modernized processing.
  • Aquaculture promotion for export production augmentation.
  • Deep-sea fishing project promotion and equipment upgrade.
  • Market promotion and publicity activities.
  • Inspection of marine products and raw materials, setting standards.
  • Training for fishermen, fish processing workers, and aquaculture farmers.
  • Research and development through RGCA.
  • Extension activities through NETFISH and NaCSA.
  • Matters related to protecting and increasing seafood exports.
• Headquarters of MPEDA is located in Kochi, Kerala.
• Nodal Ministry: Ministry of Commerce and Industry.
• It has Trade Promotion offices in New Delhi, Tokyo, and New York.

Why is it in the News?

The Congress has hailed as an “important first step” the Supreme Court’s notice to the Election Commission and the Centre on a plea seeking a complete count of VVPAT slips and said the matter should be decided before the Lok Sabha polls commence.

What is the Voter Verifiable Paper Audit Trail (VVPAT)?

• The Voter Verifiable Paper Audit Trail, or VVPAT system, was first introduced in 2014 for the first time during the 2014 Lok Sabha Elections.
• The ECI conducted pilot tests of VVPAT systems in a few constituencies in 2011, and after successful trials, VVPAT was gradually deployed across all polling stations in subsequent elections.
• It is connected to Electronic Voting Machines (EVM) and enables voters to confirm that their votes were cast as intended.
• The concept of VVPAT was to enhance the credibility and transparency of EVMs.

What are VVPAT Slips?

• VVPAT slips are an integral part of the EVMs used in elections.
• It provides a physical paper trail for voters to verify that their vote has been correctly recorded by the EVM.
• It ensures transparency and accountability in the electoral process by allowing voters to verify their vote before casting it finally.
• The VVPAT produces a paper slip that permits the voter to confirm the accuracy of their vote on the EVM.
• This slip displays the name and symbol of the party chosen by the voter.
• Additionally, the machine features a transparent window through which the voter can observe the printed slip.
• Subsequently, the slip is securely deposited into a sealed compartment within the machine.
• However, in the event of a dispute, this sealed box can be opened for further examination.

Controversies Surrounding VVPAT:

• Despite its intended purpose of enhancing transparency, VVPAT has been subject to several controversies over the years.
• Some critics have raised concerns about the reliability of VVPAT systems, citing instances of malfunctioning printers, paper jams, and discrepancies between electronic and paper records.
• The Opposition parties within the INDIA bloc have been advocating for the full counting of VVPATs, to bolster public trust in the EVMs, which itself has been subjected to intense scrutiny recently.
• Their concern has mostly stemmed from allegations of delay in the printing and displaying of VVPAT slips for every vote, which they claim can significantly increase the time required for vote counting.

Supreme Court’s intervention in VVPATs:

• In April 2019, the SC asked the poll panel to increase the number of EVMs that undergo VVPAT physical verification from one to five per assembly segment in a parliamentary constituency.
• In the month of May the same year, the Supreme Court dismissed a writ petition seeking 100 percent counting of VVPAT in the 2019 Lok Sabha elections.
• Earlier in the same month, the Supreme Court had also dismissed the review petition filed by opposition parties to increase verification of VVPAT-EVM to 50 percent.

Why is it in the News?

Ever since the general election was announced two weeks ago, a total of 79,000 violations have been reported on the Election Commission of India’s (ECI) cVigil app across the country.

About C-Vigil App:

• cVigil is a user-friendly and easy-to-operate application, that connects vigilant citizens with the District Control Room, Returning Officer and Field Unit (Flying Squads), or Static Surveillance Teams.
• By using this app, citizens can immediately report incidents of political misconduct within minutes and without having to rush to the office of the returning officer.
• As soon as the complaint is sent on the cVigil app, the complainant receives a unique ID, through which the person will be able to track the complaint on their mobile.
• This creates a rapid and accurate reporting, action, and monitoring system.

The cVIGIL app enabled voters to

• Register Complaints: The app allows every citizen within the election boundaries to report the Model Code of Conduct / Expenditure Violations by taking photos/audio/video through their mobile phones by signing into the application.
• Anonymous User: The app also allows the citizen to complain anonymously, without revealing their details/ identity.
• Geotagging: The app automatically enables a geo-tagging feature when users switch on their camera in the cVIGIL to report a violation, which helps the field unit to know the precise location of the incident.

Benefits of the Application:

• cVIGIL is a convenient and user-friendly app allowing citizens to send pictorial evidence of the model code of conduct violations in their vicinity.
• Each reported incident is tracked and scrutinized from the beginning to the endpoint, thus bringing accountability into the system.
• The immediate location verification feature of the cVIGIL will act as a strong deterrence for miscreants and wrong-doers as they can be easily tracked.
• A combination of all these factors will encourage citizens to keep vigil over unhealthy electoral practices and bring them to the notice of the Election Commission.
  • This in turn will help the commission reach its objective of conducting free and fair elections.

Why is it in the News?

Recently, NASA's Soho mission, which is tasked with observing the Sun, has captured its 5000th comet as it dives around the star in our Solar System.

About Solar and Heliospheric Observatory (SOHO):

• SOHO was built as a general solar observatory, with twelve suites of scientific instruments to track all of these properties of the Sun.
• During its operations, it has provided important insights, including:
  • Details about the interior of the Sun,
  • What sunspots look like beneath the surface,
  • Measurements of the speed of the solar wind,
  • The charged particles that escape from the corona,
  • Mapping the magnetic field behavior over the Sun’s surface; and
  • Revealing new phenomena such as “solar tornadoes”.
• Built in Europe, SOHO is operated jointly by ESA and NASA, with contributions from a large number of scientists, engineers, and other staff around the world.
• The spacecraft was launched in 1995 with a planned two-year mission.
• Its work was successful enough to justify keeping the observatory going, and it’s still operating more than 20 years later.
• The probe orbits the Sun at a place where the gravity of the Sun and Earth balance each other out, known as the first Lagrange point (L1).
• Center for Astrophysics (CfA) scientists and engineers provided SOHO’s Ultraviolet Coronagraph Spectrometer (UVCS), which operated until 2013 and measured the ultraviolet spectrum of the hot solar atmosphere.
  • UVCS provided the insight that the corona is too hot to be produced by ordinary thermal transfer, where particles collide and pass energy to each other.
  • Instead, the corona and solar wind must be accelerated by the magnetic field interactions in some way.
• Other SOHO instruments measure the speed and composition of the solar wind; the seismic waves that travel across the Sun’s surface; the fluctuations in the temperature, composition, and density of different parts of the corona; and the motion of matter upward from the Sun’s interior to its surface.

Why is it in the News?

As per a study, the residential sector is responsible for 47% of India's overall black carbon emissions.

What is Black Carbon?

• Black carbon is the dark, sooty material emitted alongside other pollutants when biomass and fossil fuels are not fully combusted.
• It contributes to global warming and poses severe risks.
• Studies have found a direct link between exposure to black carbon and a higher risk of heart disease, birth complications, and premature death.
• Most black carbon emissions in India arise from burning biomass, such as cow dung or straw, in traditional cookstoves.
• According to a 2016 study, the residential sector contributes 47% of India’s total black carbon emissions.
• Industries contribute a further 22%, diesel vehicles 17%, open burning 12%, and other sources 2%.
• Decarbonization efforts in the industry and transport sectors in the past decade have yielded reductions in black carbon emissions, but the residential sector remains a challenge.
• Black carbon is a potent contributor to global warming due to its efficient absorption of light and subsequent heating of its surroundings.
  • This process leads to the conversion of incoming solar radiation into heat.
• Moreover, black carbon influences cloud formation and affects regional circulation and precipitation patterns.
  • When deposited on ice and snow, it diminishes surface albedo, reducing their ability to reflect sunlight and causing surface warming.

Impacts:

• Black carbon significantly contributes to global warming and poses substantial risks to human health.
  • Exposure to black carbon has been linked to increased incidences of heart disease, birth complications, and premature mortality.
• Its warming effect on climate is estimated to be 460-1,500 times more potent than that of CO2.

Why is it in the News?

India's largest gas utility GAIL (India) Ltd commissioned the country's first SSLNG unit at its Vijaipur complex in Madhya Pradesh recently.

India Unveils Its First Small-Scale LNG Plant:

• In a significant step towards a cleaner energy mix, GAIL (India) Ltd. has commissioned India's first Small-Scale LNG (SSLNG) plant in Vijaipur, Madhya Pradesh.
• This plant will produce 36 tonnes of Liquefied Natural Gas (LNG) daily, utilizing cutting-edge technology like treatment skids and liquefaction skids to convert natural gas into LNG.
• As part of India's commitment to increasing the proportion of natural gas in its primary energy mix from 6% to 15% by 2030, the SSLNG plant will play a pivotal role in reducing pollution emissions while catering to the nation's growing energy demands.
• This milestone achievement paves the way for a greener future and positions India as a significant player in the global LNG landscape.

What is Small-Scale LNG?

• Small-scale LNG (SSLNG) is an emerging industry that offers a novel approach to natural gas distribution.
• While there is no standard international definition, SSLNG typically involves the liquefaction and transportation of natural gas in smaller quantities using specialized trucks and vessels.
  • This allows for the supply of LNG to industrial and commercial consumers in regions without pipeline connectivity.
• SSLNG can be sourced from existing large-scale LNG import terminals or small liquefaction plants in gas-rich locations.
  • End-users regasify the LNG using small vaporizers for traditional use cases like supplying Compressed Natural Gas (CNG) for vehicles and piped gas for households and industries.
• Alternatively, LNG can be supplied in its liquid form for direct use.

Benefits of Small-Scale LNG (SSLNG):

• Expanded Accessibility: SSLNG overcomes the constraints of traditional pipeline infrastructure, enabling natural gas delivery to regions previously lacking access.
  • This opens new avenues for cleaner fuel alternatives and widespread energy availability.
• Operational Flexibility: SSLNG's modular design allows for rapid deployment in response to local demand fluctuations, making it an ideal solution for remote locations, industrial environments, and diverse transportation requirements.
• Sustainability Promotion: By fostering the adoption of cleaner fuels, SSLNG significantly reduces emissions in various transportation sectors, including trucks, buses, and marine vessels. This contributes to a greener future and combats climate change.
• Strengthened Energy Security: Decentralized SSLNG distribution systems diversify fuel sources and bolster energy security, ensuring reliable and stable energy supply amid global fluctuations and uncertainties.

Challenges of Small-Scale LNG (SSLNG) Implementation:

• Vehicle Availability Constraints: Limited options for LNG-powered vehicles impede the widespread adoption of LNG as a fuel source, underscoring the need for increased production and diversification of vehicle models.
• Insufficient Retail Infrastructure: The lack of a well-established LNG retail network hinders convenient consumer access to LNG fuel, emphasizing the importance of infrastructure expansion and enhancement.
• Higher Upfront Investment: The comparatively higher initial costs of LNG vehicles compared to traditional diesel options may deter potential buyers, necessitating innovative financial solutions and incentives.
• Financing Barriers: The absence of dedicated financing options for LNG vehicles poses obstacles for interested buyers, requiring tailored financial instruments to support SSLNG uptake.
• Restricted Pipeline Coverage: SSLNG faces logistical challenges in areas without existing natural gas pipeline networks, highlighting the need for infrastructure development to extend its reach to remote regions.
• Regulatory and Permitting Hurdles: SSLNG projects may encounter regulatory and permitting setbacks, including environmental and safety concerns, potentially prolonging project timelines and inflating costs.
• Addressing these challenges is essential for expediting SSLNG implementation and fostering its growth.

Why is it in the News?

The Vikram Sarabhai Space Centre (VSSC), the Indian Space Research Organisation (ISRO) facility at Thumba in Thiruvananthapuram, has developed a multi-purpose app that will help astronauts on the Gaganyaan space flight mission carry out a range of tasks such as looking up vital technical information or communicating with one another.

About SAKHI App:

• The Vikram Sarabhai Space Centre (VSSC), an ISRO facility in Thumba, Thiruvananthapuram, has created the versatile 'SAKHI' app for astronauts on the Gaganyaan space flight mission.
• SAKHI stands for 'Space-borne Assistant and Knowledge Hub for Crew Interaction'.

Purpose:

• During the mission, the app will assist Gaganyaan crew members in various tasks such as accessing vital technical information and communicating with each other.

Utility:

• Health Monitoring: It will monitor key health parameters like blood pressure, heart rate, and oxygen saturation, providing crucial insights into the crew's physical condition during the mission.
• Additionally, it will remind them of hydration, dietary schedules, and sleep patterns.
• Connectivity:
• Astronauts can use the app to maintain mission logs in various formats, including voice recordings, texts, and images.
• It will ensure seamless communication between the crew, the onboard computer, and ground-based stations.
• Current Status: An engineering model of the custom-built hand-held smart device featuring SAKHI has been tested, with the development of a flight model underway.

About the Gaganyaan Mission:

• The primary objective of the mission is to demonstrate the capability to launch and safely return three crew members to low Earth orbit.
• The Launch Vehicle Mark-3 (LVM3) is designated as the launch vehicle for the Gaganyaan mission.
• Crew Escape System (CES): A vital component of the mission, CES is powered by quick-acting, high-burn rate solid motors.
  • It ensures the safe evacuation of the Crew Module and crew in case of emergencies during launch or ascent.
• Orbital Module: Comprising the Crew Module (CM) and Service Module (SM), the Orbital Module orbits the Earth, providing safety and support throughout the mission phases.
• Crew Module (CM): Designed to offer a habitable space with Earth-like conditions for the crew during their time in space.
• Service Module (SM): This module supports the CM during orbit, containing essential systems such as thermal, propulsion, power, avionics, and deployment mechanisms.
• This will mark ISRO's inaugural manned spaceflight mission, joining the ranks of the US, Russia, and China, which have previously conducted human spaceflights.

Why is it in the News?

Prime Minister Narendra Modi has reiterated the Government’s commitment to move towards self-sufficiency in edible oils production and harped on the importance of oil palm cultivation in the northeast region.

About the National Mission for Edible Oils - Oil Palm (NMEO-OP):

• The National Mission for Edible Oils - Oil Palm (NMEO-OP) is an initiative launched by the Government of India in August 2021 to significantly enhance oil palm cultivation and crude palm oil production.
• This centrally sponsored scheme prioritizes the North East region and the Andaman and Nicobar Islands, aiming to boost the area and productivity of oilseeds and Oil Palm.
• The targets of NMEO-OP include expanding the oil palm area to 10 lakh hectares by 2025-26, a substantial increase from 3.5 lakh hectares in 2019-20, along with elevating Crude Palm Oil production to 11.20 lakh tonnes by 2025-26 from 0.27 lakh tonnes in 2019-20.
• Furthermore, the mission seeks to enhance consumer awareness to maintain a consumption level of 19.00 kg/person/annum until 2025-26.
• Implementation of NMEO-Oil Palm involves various stakeholders such as the State Departments of Agriculture and Horticulture, Central University, ICAR-Institutions, CDDs, SAUs, KVKs, Central Agencies/Cooperatives, Oil palm processors/ Associations, DD Kisan, AIR, DD, TV channels.
• The salient features of NMEO-OP encompass assistance for planting material, inputs for intercropping up to a gestation period of 4 years, the establishment of seed gardens and nurseries, micro-irrigation, bore well/pump set/water harvesting structure, vermicompost units, solar pumps, harvesting tools, custom hiring center cum harvester groups, farmers and officers training, and replanting of old oil palm gardens, among others.

Oil Palm Production in India:

• Originating in West Africa, Oil Palm (Elaeis guineensis) is a relatively recent crop in India known for its high vegetable oil yield per hectare.
• It yields two main oils, palm oil, and palm kernel oil, utilized in both culinary and industrial applications.
• The primary oil palm-growing states in India include Andhra Pradesh, Telangana, and Kerala, which collectively contribute to 98% of the total production.
• Additionally, Karnataka, Tamil Nadu, Odisha, Gujarat, and Mizoram also have significant areas dedicated to oil palm cultivation.

Why is it in the News?

Ahead of the Lok Sabha polls, public broadcaster Prasar Bharati launched a news-wire-like service to offer free content across mediums, which will be free of copyright or credit obligations.

What is PB-SHABD?

• PB-SHABD, an acronym for Prasar Bharti - Shared Audio Visuals for Broadcast and Dissemination, is a comprehensive platform designed to deliver daily news feeds encompassing video, audio, text, photos, and other formats to media subscribers.
• Leveraging the expansive network of Prasar Bharati reporters, correspondents, and stringers, the service offers up-to-the-minute news coverage spanning various regions of the country.
• Functioning as a centralized hub for news content, SHABD serves as a valuable resource for organizations, offering a wide array of news stories across fifty categories in all major Indian languages.
• Furthermore, the shared feeds facilitate tailored storytelling across diverse platforms, catering to the specific needs of newspapers, TV channels, and digital portals.
• In an inaugural gesture, the service is provided free of charge for the initial year, extending invaluable support to smaller media outlets and contributing to enhanced accessibility to news content.

About Prasar Bharti:

• Prasar Bharti functions as the nation's Public Service Broadcaster, operating under the Prasar Bharati Act established in 1997 as a statutory autonomous body.
• Its primary objective is to deliver public broadcasting services aimed at informing and entertaining the public.
• Comprising the former media units of the Ministry of Information and Broadcasting, namely the Doordarshan Television Network and All India Radio, Prasar Bharti plays a vital role in disseminating news and entertainment content.
• Headquartered in New Delhi, Prasar Bharti serves as a cornerstone of India's media landscape, dedicated to fulfilling its mandate of public service broadcasting.

Why is it in the News?

India on Monday announced the successful testing of an Agni missile capable of carrying multiple warheads meant to hit multiple targets simultaneously.

What are Agni-5 Missiles?

• Agni is a long-range missile developed indigenously by the Defence Research and Development Organisation, DRDO.
• The family of Agni missiles has been in the arsenal of the Indian armed forces since the early 1990s.
• This latest variant of the missile is equipped with what is known as MIRV (Multiple Independently Targetable Re-entry Vehicle) technology, first developed at least five decades ago but in possession of only a handful of countries.

Salient Features of Agni-5:

• Powered by a three-stage solid-fuel engine, Agni-5 boasts a range exceeding 5,000km.
• The Agni series encompasses medium to Intercontinental variants, spanning Agni-1 to Agni-5, with ranges varying from 700 km to over 5,000 km.
• DRDO’s successful June 2021 test of Agni P, a canisterized missile, demonstrated a range capability ranging between 1,000 and 2,000 km.
• With its ability to be launched from both road and rail platforms, Agni-5 ensures ease of deployment and swift launch capabilities.

What is MIRV Technology?

• The MIRV have revolutionized the concept of ballistic missile payloads by enabling a single missile to carry multiple warheads, each capable of targeting enemies at different locations.
• The technology was first introduced in the US with the successful test of the Minuteman III in 1968, which brought the technology into actual use in the 1970.
• The Soviet Union developed their own MIRV-enabled ICBM and SLBM technology by the end of the 1970s.
• The strategic shift started by MIRV has enabled many nations to greater target damage and reduce the effectiveness of enemy missile systems, altering the landscape of global nuclear deterrence.
• The warheads on MIRVs can be launched at different speeds and in different directions.
  • Some MIRVed missiles can hit targets as far as 1,500 km apart.
• The technology requires a delicate combination of large missiles, small warheads, precise guidance, and a complex mechanism for releasing warheads sequentially during flight.

How does MIRV Work?

• The MIRV-equipped missile follows a trajectory into space similar to other ballistic missiles.
  • After the boost phase, the missile’s upper stage, known as ‘bus’, reaches suborbital spaceflight, and aligns itself based on designated targets.
• The ‘bus’ sequentially deploys multiple warheads along with decoys and countermeasures.
  • Each warhead can be assigned a different target or trajectory.
• After the deployment, the warheads re-enter the Earth’s atmosphere and proceed to their respective targets.

What are the Challenges?

• The MIRV technology enhances first-strike proficiency and complicates the calculus of mutual assured destruction.
• With the ability to deploy multiple warheads from a single missile, nations can achieve a broader spread of targets, making the defense system less effective and more costly.
• Although MIRVs were not initially made to defeat ballistic missile defenses, they are much more difficult to defend against than traditional missiles.
• Possession of MIRV technology not only exhibits a country’s nuclear prowess but plays a crucial role in shaping international security and nuclear deterrence strategies.

Why is it in the News?

In line with the “future academic vision” instead of “commercial interests”, the UGC has notified modalities on March 6 for state private universities to set up off campus centers within their respective states.

News Summary:

• The University Grants Commission (UGC) recently permitted private universities to establish off-campus centers and outlined regulations for the same.
• Previously, private universities in the country were restricted from opening off-campus centers in other states.
• In a meeting held on March 5, the UGC decided to authorize state private universities to establish off-campus centers across the country, provided they meet specific criteria.
• Criteria include a minimum of five years of establishment and accreditation from the National Assessment and Accreditation Council (NAAC), without requiring an A or B grade.
• Universities seeking to establish off-campus centers must meet staff, infrastructure, and financial requirements mandated by the commission and obtain approvals from statutory and regulatory bodies.
• These universities must ensure the provision of infrastructure, faculty, and courses offered at the main campus to students at their off-campus centers.
• A one-time establishment fee of Rs 10 lakh is required to be paid to the UGC by the universities.
• The UGC reserves the right to conduct inspections and take punitive actions against universities in case of irregularities or complaints.
• Additionally, the UGC may order the closure of a university’s off-campus center for violations, with the university responsible for relocating affected students to the main campus.

About University Grants Commission (UGC):

• The University Grants Commission (UGC) of India operates as a statutory body established under the UGC Act, 1956.
• Its primary mandate encompasses coordinating, determining, and upholding standards within higher education institutions across India.
• UGC holds the authority to grant recognition to universities and colleges within the country and allocates funds to these recognized institutions.
• Nodal Ministry: Department of Higher Education, Ministry of Education.

Mandate of UGC:

• Facilitating and coordinating university education initiatives.
• Establishing and maintaining standards in teaching, examination, and research activities within universities.
• Formulating regulations to define minimum education standards.
• Monitoring advancements in collegiate and university education while disbursing grants to these institutions.
• Serving as a crucial intermediary between the Union and State governments and higher education institutions.
• Providing advisory services to the Central and State governments concerning measures aimed at enhancing university education standards.

Conclusion

Academic experts said that this decision may prove beneficial for students as they will get more options to choose from. However, it also means that the 16 government-run universities in the state will face more competition. More students may shift to these centers, leaving a large number of approved seats in the public universities vacant every year.

Why is it in the News

India has made its first move to address a key shortcoming it currently has in unlocking opportunities around generative artificial intelligence (AI) – that of computing hardware.

What is IndiaAI Mission?

• India's AI Mission entails the launch of an artificial intelligence (AI) initiative, announced by the Prime Minister at the Global Partnership on Artificial Intelligence (GPAI) Summit 2023 in New Delhi, with implementation overseen by the 'IndiaAI' Independent Business Division (IBD) under Digital India Corporation (DIC).
• Led by the Ministry of Electronics and IT (MeitY), the mission aims to establish a computing capacity exceeding 10,000 graphics processing units (GPUs) and develop foundational models trained on datasets encompassing major Indian languages, focusing on priority sectors such as healthcare, agriculture, and governance.
• Additionally, the mission will involve the establishment of AI Curation Units (ACUs) in 50-line ministries and the creation of an AI marketplace to provide AI services and pre-trained models to AI application developers.
• Implementation of the AI computer infrastructure will follow a public-private partnership model, with 50% viability gap funding, with Rs 4,564 crore allocated from the total outlay of Rs 10,372 crore for building computing infrastructure.

Key Features of the IndiaAI Mission:

• IndiaAI Compute Capacity: Establishing a scalable AI computing ecosystem to meet the growing demands of India's burgeoning AI start-ups and research community.
• IndiaAI Innovation Centre: Focusing on the development and deployment of indigenous Large Multimodal Models (LMMs) and domain-specific foundational models in critical sectors.
• IndiaAI Datasets Platform: Streamlining access to high-quality non-personal datasets to fuel AI innovation.
• IndiaAI Application Development Initiative: Promoting the adoption of AI applications in critical sectors, addressing problem statements sourced from Central Ministries, State Departments, and other entities.
• IndiaAI FutureSkills: Mitigating barriers to entry into AI programs by expanding AI courses at undergraduate, master's, and Ph.D. levels.
• IndiaAI Startup Financing: Supporting and accelerating deep-tech AI startups by providing streamlined access to funding for futuristic AI projects.
• Safe & Trusted AI: Ensuring the responsible implementation of AI projects through the development of indigenous tools and frameworks to foster trust and safety in AI applications.

The Significance of the IndiaAI Mission:

• The IndiaAI Mission aligns with the vision of fostering indigenous AI development and leveraging AI technology for the benefit of India.
• It aims to demonstrate to the international community the positive impact of AI technology on society, thereby enhancing India's global competitiveness.
• By establishing a comprehensive ecosystem for AI innovation through strategic partnerships across public and private sectors, the mission will catalyze AI-driven advancements.
• It will foster creativity and bolster internal capabilities, ensuring India's technological sovereignty.
• Furthermore, the mission is poised to create employment opportunities that demand advanced skills, leveraging India's demographic advantage.

Why is it in the News?

Prime Minister Modi recently virtually launched India’s first indigenously developed hydrogen fuel cell ferry manufactured by Cochin Shipyard Limited (CSL), which will be deployed for service at Varanasi in Uttar Pradesh.

What is the "Harit Nauka" (Green Boat) Initiative?

• Initiated by the Ministry of Ports, Shipping, and Waterways, "Harit Nauka" aims to facilitate a sustainable transition of inland vessels.
• In January 2024, the shipping ministry introduced the "Harit Nauka" guidelines, outlining the path towards environmentally friendly practices for inland vessels.
• According to these guidelines, all states are mandated to progressively adopt green fuels for 50% of their inland waterway-based passenger fleets within the next decade, to achieve 100% adoption by 2045. This initiative aligns with the Maritime Amrit Kaal Vision 2047, aimed at reducing greenhouse gas emissions.
• The implementation of this initiative not only contributes to reducing emissions but also paves the way for replicating such environmentally friendly ferry models across the country to enhance urban mobility.
• Furthermore, it serves as a significant catalyst for advancing the objectives of the National Green Hydrogen Mission.

What are Hydrogen Fuel Cells?

• Hydrogen fuel cells harness the chemical energy of hydrogen to generate electricity, offering a clean energy solution with electricity, heat, and water as the sole products and by-products.

Functioning:

• Similar to batteries, fuel cells continuously produce electricity and heat as long as fuel is supplied. A typical fuel cell comprises two electrodes—an anode (negative electrode) and a cathode (positive electrode)—surrounding an electrolyte.
• Hydrogen fuel is supplied to the anode, while air is directed to the cathode. At the anode, a catalyst separates hydrogen molecules into protons and electrons, which then travel different paths.
• Electrons create an electric current through an external circuit, while protons migrate through the electrolyte to the cathode, combining with oxygen and electrons to form water and heat.

Challenges in India:

• High Cost: Fuel cell systems remain relatively expensive compared to conventional energy sources.
• Infrastructure Deficiency: India currently lacks the necessary infrastructure for the widespread adoption of fuel cell technology, including hydrogen production and distribution networks.
• Technical Hurdles: Despite ongoing advancements, fuel cell technology is still in its nascent stages, facing persistent technical challenges.
• Policy Constraints: The absence of a comprehensive policy framework from the Indian government has constrained the development and adoption of fuel cell technology, impeding research and investment.

India's Initiatives:

• In response to these challenges, India has formulated the National Green Hydrogen Policy, delineating a vision for the growth of the hydrogen and fuel cell industry.
• The policy aims to position India as a global hub for the production, utilization, and export of Green Hydrogen and its derivatives, signalling a strategic commitment to advancing sustainable energy solutions.

Characteristics of the Hydrogen-Powered Ferry:

• Length and Capacity: The hydrogen fuel cell vessel is a 24-meter-long catamaran, capable of accommodating up to 50 passengers in its air-conditioned passenger area.
• Battery-Free Operation: Distinguished by its innovative design, this ferry does not rely on conventional batteries for storing electrical energy.
  • Instead, it utilizes hydrogen fuel, stored in cylinders onboard the vessel. With five hydrogen cylinders capable of carrying 40kg of hydrogen, the ferry can sustain operations for eight hours. Additionally, it features a 3-kW solar panel to complement its power source.
• Fuel Cell Technology: Equipped with a 50-kW PEM (proton-exchange membrane) fuel cell, coupled with Lithium-Ion Phosphate batteries, the ferry boasts adaptability in response to varying power demands.
  • PEM fuel cells, renowned for their lower operating temperature, lightweight, and compactness, are commonly employed in automotive applications.
• Environmental Sustainability: With zero emissions and noise, coupled with enhanced energy efficiency, the hydrogen fuel cell-powered ferry stands as an environmentally friendly alternative.
  • Its minimal moving parts contribute to reduced maintenance requirements compared to combustion vessels.
• Additional Advantages: While hydrogen fuel cell technology has been in development for maritime purposes, only a handful of countries worldwide have executed demonstration projects.
  • Thus, this ferry positions India at the forefront, providing an early advantage in harnessing the potential of hydrogen as an emerging green fuel within the marine sector.

Why is it in the News?

The project for anemia control under Mission Utkarsh will be a joint public health initiative by the Ministries of Ayush and Women and Child Development and will be launched in five aspirational districts first as a pilot project.

About Mission Utkarsh:

• Mission Utkarsh was launched in January 2022, a new initiative of “rapid improvement of selected Districts” to improve.
• Under this mission, 15 central ministries and departments are working to bring select key performance indicators in bottom districts to the state and national average.
• Over 94,000 adolescent girls between the age group of 14-18 years registered under Poshan Tracker at approximately 10,000 Anganwadi Centres will benefit in 12 12-month periods of the program.
• The coordinating agency for the project will be the Central Council for Research in Ayurvedic Sciences (CCRAS).
• Classical Ayurveda medicines (Drakshavaleha and Punarnavadi mandoor) for better nutrition to improve the health of the anemic adolescent girls will be provided for a period of 3 months.
• These five districts are Dhubri in Assam, Bastar in Chhattisgarh, Paschimi Singhbhum in Jharkhand, Gadchiroli in Maharashtra, and Dholpur in Rajasthan.
• Building research capacity through training, conferences, workshops, and seminars with the active participation of researchers of integrative healthcare would be enhanced.

What is Anaemia?

• According to WHO, anemia occurs when there is a lower-than-normal count of red blood cells or a reduced hemoglobin concentration within them, crucial for oxygen transport throughout the body.

Symptoms

• This condition leads to symptoms like fatigue, weakness, dizziness, and shortness of breath due to decreased oxygen-carrying capacity in the blood.

Causes:

• Iron deficiency is the most common nutritional cause, although deficiencies in folate, vitamins B12 and A can also contribute.
  • Chronic diseases like kidney or liver disease, cancer, and genetic conditions such as sickle cell anemia further exacerbate anemia.

Significance:

• Anaemia has significant implications, particularly affecting vulnerable populations like pregnant women and children under five, impacting reproductive health and reducing work capacity, thus posing an economic burden.

Anaemia in India:

• India faces a substantial anemia burden, with recent surveys indicating alarming prevalence rates among women aged 15-49 and children aged six months to five years, highlighting the urgent need for public health interventions.

Why is it in the News?

Fifty-two years after the last successful Apollo mission, a US-made spacecraft landed on the Moon recently which also marks the arrival of private space companies on the lunar surface.

What is Odysseus Lunar Exploration?

• Odysseus is a spacecraft built by Intuitive Machines, embarked on its journey from Earth aboard a Falcon 9 rocket by SpaceX recently.
  • Intuitive Machines, headquartered in Houston, USA, boasts a decade-long legacy in space exploration endeavours.
• Loaded with six NASA payloads, Odysseus set its course for the Moon.
• Its lander module, Nova-C, achieved the milestone of landing in the Moon's south pole region, following Chandrayaan-3's similar feat last year.
• This marks the third successful moon-landing event in under a year, alongside Chandrayaan-3 and Japan's SLIM (Smart Lander for Investigating Moon).

Mission Objectives:

• The primary aim of the lunar lander is to assess the environmental conditions at the Moon's south pole.
• This assessment holds significant importance as NASA gears up for a crewed mission in September 2026 with Artemis III.
• Before sending astronauts to this area, NASA seeks to gather crucial data, including insights into water presence and accessibility, to inform mission planning.

Funding:

• Under the Commercial Lunar Payload Services (CLPS) program, NASA allocated $118 million to Intuitive Machines for this mission.
• CLPS has engaged at least 14 private companies to ferry NASA payloads to the Moon, fostering a collaborative environment aimed at nurturing the private space industry's capabilities in lunar exploration technology and science.

The Significance of Odysseus:

• Advancing Long-Term Lunar Presence: Odysseus' successful landing heralds a transformative phase in lunar exploration, aiming to establish infrastructure and a technological ecosystem capable of sustaining extended human presence.
• Diverging from Past Lunar Missions: In contrast to the moon landings of the 1960s and 1970s spearheaded by the US and the Soviet Union, Odysseus' mission focuses on leveraging lunar resources for sustained exploration.
  • While historic moon landings were remarkable feats, technological limitations of the time hindered the immediate utilisation of lunar resources such as mining.
• Supporting US Commitment to Moon Exploration via Artemis Program: Odysseus' touchdown aligns with the US commitment to rekindle lunar exploration through the ambitious Artemis program.
  • This endeavour transcends mere lunar landing missions, aiming to establish essential infrastructure and a thriving lunar economy conducive to comprehensive exploration.
• Unlocking Lunar Potential as a Gateway to Deep Space: By laying the groundwork for lunar infrastructure and economic activity, missions like Odysseus pave the way for leveraging the Moon as a springboard for deeper space exploration, offering nations unprecedented opportunities for cosmic discovery.

Why is it in the News?

Recently, the Union Housing and Urban Affairs Secretary Manoj Joshi told the Parliamentary Standing Committee on Housing and Urban Affairs that Some projects under the Smart Cities Mission would not be able to meet the June 30 deadline and the respective state governments would be responsible for completing them thereafter.

Key Highlights of the Report:

• Approximately 400 Smart City Mission (SCM) projects are facing challenges in meeting the extended deadline of June 2024, according to a recent report by the Parliamentary committee.
• These projects, being implemented by around ten cities under the Center's flagship SCM, are at risk of not being completed within the timeframe.
• The Ministry of Housing and Urban Affairs (MoHUA) has granted a second extension to the Smart Cities Mission, giving it until June 2024 to finalize pending work.
  • However, if these projects are not completed by then, the respective state governments will be responsible for completing them at their own expense.
• The role of the ministry extends beyond merely transferring funds; it also involves overseeing project execution and ensuring successful completion.
  • Despite the challenges, the ministry has emphasized that there will be no further extensions to the mission.
• Delays have been attributed to various factors, including difficulties in relocating local populations, legal hurdles such as land procurement issues, frequent turnover of smart cities' CEOs, and delays in projects requiring coordination with other government entities.
• In light of these challenges, the committee has proposed extending the Smart Cities Mission to Tier-2 cities located within 50-100 km of capital cities and tourist destinations.
  • Additionally, the committee has highlighted the importance of protecting privacy rights, especially given the extensive deployment of surveillance technology like CCTV cameras and Integrated Command and Control Centers across all 100 cities involved in the mission.

What is the Smart Cities Mission (SCM)?

• The Smart Cities Mission (SCM) was initiated on 25th June 2015, to foster urban centers that offer essential infrastructure and a sustainable, clean environment.
• Through a competitive process spanning from 2016 to 2018, 100 cities were selected for development as Smart Cities, each receiving five years from their selection to complete designated projects.
• Administered as a Centrally Sponsored Scheme under the Union Ministry of Housing and Urban Affairs (MoHUA), the program entails financial support from the Central Government amounting to Rs. 48,000 crores over five years, equating to an average of Rs. 100 crore per city per year, matched by an equivalent contribution from the State or Urban Local Body (ULB).
• Guided by six core principles, the Smart Cities initiative aims to enhance the quality of life for residents through the implementation of innovative solutions, fostering economic growth, and addressing social, economic, physical, and institutional aspects of urban development. It prioritizes sustainable and inclusive progress, endeavouring to establish scalable models that can serve as beacons for other cities aspiring for advancement.

• Financing for the Smart Cities Mission entails shared responsibilities between the Central Government, state governments, and ULBs, requiring equal contributions for project implementation.
  • As of December 1, 2023, significant progress has been made, with 6,419 projects worth Rs. 1,25,105 crore completed out of a total of 7,970 projects valued at Rs. 1,70,400 crore.
  • An additional 1,551 projects worth Rs. 45,295 crore are currently in progress, though certain cities, particularly those in the North-Eastern and Himalayan regions, as well as small Union Territories, face challenges in keeping pace.
• Budget allocations for the Smart Cities proposal have seen adjustments, with a reduction in the outlay from Rs. 7,634 crores to Rs. 7,535 crores in the revised budget for 2023-24, and a further decrease to Rs. 2,236 crores for the 2024-25 fiscal year.

Why is it in the News

Defense minister Rajnath Singh commissioned survey vessel INS Sandhayak into the Indian Navy at the Naval Dockyard recently.

About INS Sandhayak:

• INS Sandhayak stands as the first unit in a series of four Survey Vessel (Large) ships under construction at Garden Reach Shipbuilders & Engineers (GRSE), Kolkata.
• Its primary mission is to conduct thorough coastal and deep-water Hydrographic Surveys, focusing on Port and Harbour approaches, navigational channels, and routes.
• The operational scope extends to maritime limits, encompassing the Exclusive Economic Zone (EEZ) and extended continental shelf.

Features:

• • The vessel is equipped to gather oceanographic and geophysical data, serving the needs of both defense and civil applications.
  • In a secondary role, it provides limited defense capabilities and can function as a hospital ship during wartime or emergencies.

• Cutting-Edge Technology:

• • Equipped with advanced hydrographic tools, including a Data Acquisition and Processing System, Autonomous Underwater Vehicle, Remotely Operated Vehicle, DGPS Long-range positioning systems, and Digital side-scan sonar.

• Performance Specifications:

• • Powered by two diesel engines, INS Sandhayak boasts a speed capability exceeding 18 knots.
  • With a length of 110 meters and a displacement of 3400 tons, the vessel maintains an indigenous content exceeding 80 per cent by cost.

• Historical Continuity:

• • This ship has been re-incarnated in its current form from the previous Sandhayak, decommissioned in 2021.

Why is it in the News?

The 22nd Law Commission of India led by Justice Ritu Raj Awasthi has recommended that the offense of criminal defamation should be retained in the new criminal laws.

About the Law Commission of India:

• The Law Commission of India is a non-statutory body, constituted by the Government of India from time to time.
• The commission's function is to research and advise the government on legal reform, and is composed of legal experts, and headed by a retired judge.
  • The commission is established for a fixed tenure and works as an advisory body to the Ministry of Law and Justice.
• The first Law Commission was established during colonial rule in India by the East India Company under the Charter Act of 1833 and was presided over by Lord Macaulay.
  • After that, three more commissions were established in British India.
• The first Law Commission of independent India was established in 1955 for a three-year term.
  • Since then, twenty-one more commissions have been established.
• The 22nd Law Commission has been notified with effect from 21st February 2020 for a term of 3 years.
  • Cabinet approves the extension of the term of the 22nd Law Commission of India up to 31st August 2024.
• Justice Rituraj Awasthi (Former Chief Justice of the Karnataka HC) was appointed as the chairperson of the current 22nd Law Commission.
• The last chairman of the 21st Law Commission was retired Supreme Court judge Justice B.S. Chauhan.

The Responsibilities of the Law Commission:

• Identification of laws which are no longer relevant and recommending the repeal of obsolete and unnecessary enactments;
• Suggesting enactment of new legislations as may be necessary to implement the Directive Principles and to attain the objectives set out in the Preamble of the Constitution;
• Considering and conveying to the Government its views on any subject relating to law and judicial administration that may be specifically referred to it by the Government through the Ministry of Law & Justice (Department of Legal Affairs);
• Considering the requests for providing research to any foreign countries as may be referred to it by the Government through the Ministry of Law & Justice (Department of Legal Affairs);
• Preparing and submitting to the Central Government, from time to time, reports on all issues, matters, studies and research undertaken by it and recommending such reports for effective measures to be taken by the Union or any State; and
• Performing such other functions as may be assigned to it by the Central Government from time to time.

Why is it in the News?

The government will set up a coordination cell to implement the National Quantum Mission (NQM) with a focus on establishing four technology hubs in the format of consortia of academia, research and development labs and industry.

What is the National Quantum Mission (NQM)?

• The National Quantum Mission (NQM) will assist India take a giant leap into the future of technology.
• India has entered the ranks of the select few nations actively pursuing the advancement of quantum technology by establishing this programme.
• In 2023, the government sanctioned the National Quantum Mission (NQM), spanning from 2023-24 to 2030-31, with the following key features:
• The mission aims to initiate, foster, and amplify scientific and industrial research and development in Quantum Technology (QT), establishing a dynamic and innovative ecosystem.
  • Its ultimate goal is to propel quantum technology-led economic growth, foster the QT ecosystem, and position India as a leading nation in the field of Quantum Technologies & Applications.
• It willl be implemented by the Department of Science & Technology (DST) under the Ministry of Science & Technology.

Key Objectives:

• Develop intermediate-scale quantum computers with 50-1000 physical qubits across platforms like superconducting and photonic technology within eight years.
  • Implement satellite-based secure quantum communications over a 2000-kilometre range within India, ensuring long-distance secure quantum communications with other countries.
  • Establish inter-city quantum key distribution over 2000 km and multi-node Quantum networks with quantum memories.
  • Develop highly sensitive magnetometers in atomic systems and Atomic Clocks for precision timing, communications, and navigation.
  • Support the design and synthesis of quantum materials like superconductors, novel semiconductor structures, and topological materials for quantum device fabrication.
  • Develop single photon sources/detectors and entangled photon sources for applications in quantum communications, sensing, and metrology.

Implementation:

• The mission involves the establishment of four Thematic Hubs (T-Hubs) in leading academic and National R&D institutes, focusing on Quantum Computing, Quantum Communication, Quantum Sensing & Metrology, and Quantum Materials & Devices.
  • These hubs will concentrate on generating new knowledge through basic and applied research and promote R&D in their respective domains.

Significance:

• NQM has the potential to elevate India's Technology Development ecosystem to global competitiveness.
  • It is expected to significantly benefit various sectors such as communication, health, finance, and energy, with applications ranging from drug design to space, banking, and security.
  • The mission aligns with national priorities, including Digital India, Make in India, Skill India, Stand-up India, and Start-up India, and contributes to Sustainable Development Goals (SDG).
• With the launch of this mission, India will be the seventh country to have a dedicated quantum mission after the US, Austria, Finland, France, Canada and China.

What is Quantum Technology?

• The term "quantum technology" is used to describe the research and development of techniques to build supercomputers with enhanced speed, security, and efficiency in data processing above conventional computers.
• Quantum mechanics, which governs the behaviour of subatomic particles, is used to design these novel systems.
• The peculiar characteristics of subatomic particles are the key to quantum technology's capabilities in processing massive quantities of information concurrently.

Why is it in the News?

The National Mission for Clean Ganga (NMCG), the Centre’s nodal agency responsible for the abatement of pollution in river Ganga and its tributaries, has assumed new powers under which it may now permit the discharge of treated sewage and effluent that conforms to the prescribed “norms” into the river, canal or water bodies.

About the National Mission for Clean Ganga (NMCG):

• The National Clean Ganga Mission (NMCG) is a flagship programme developed by the National Council for the Rejuvenation, Protection and Management of the Ganga River, also known as the National Ganga Council.
• It is registered as a society under the Societies Registration Act, 1860.
• It came into existence on August 12th 2011 and is supported by the State-Level Program Management Groups (SPMGs) in Uttar Pradesh, Uttarakhand, Bihar, Jharkhand and West Bengal.
• The Government of India established this body to encourage a coordinated effort by the listed states to tackle the contamination of the Ganga River by offering financial and technological assistance.

Key objectives of the National Mission for Clean Ganga (NMCG):

• The project entails rehabilitating and boosting existing STPs and immediate short-term action to reduce pollution at the exit points on the riverfront in order to control the inflow of sewage.
• To preserve the consistency of the water cycle without altering the fluctuations of the natural season.
• Restore and control surface and groundwater supply.
• Regenerate and preserve the natural flora of the city.
• To preserve and invigorate the aquatic biodiversity and the riparian biodiversity of the Ganga River basin.
• Enable the public to engage in the process of protecting, rejuvenating and maintaining the water.

Major functions of the National Mission for Clean Ganga (NMCG):

• Execution of the National Ganga River Basin Authority (NGRBA) work program
• Integration of the National Ganga River Basin Project supported by the World Bank
• Supervise and manage the execution of projects approved by the Government of India under NGRBA
• To perform some additional research or duties as may be delegated by MoWR, RD & GJ in the context of restoration of the Ganga River
• Layout regulations and procedures for the conduct of NMCG affairs and contribute or revise, vary or amend them as and when required
• Grant or accept financial aid, loan securities or properties of any kind, and undertake and approve the management of any endowment trust, fund or gift that is not incompatible with the objectives of the NMCG.
• Take all such action and take any other action that might seem appropriate or relevant to the accomplishment of the goals of the NGRBA.

Why is it in the News?

Indian Pharmacopoeia Commission (IPC) has recently issued a drug safety alert for doctors and patients about the use of the commonly used painkiller mefenamic acid, popularly sold under the brand name Meftal.

Context:

• The Pharma standard body, Indian Pharmacopoeia Commission (IPC) in its preliminary analysis of Adverse Drug Reactions (ADRs) from the PvPI database revealed that Meftal can lead to Drug Reactions with Eosinophilia and Systemic Symptoms (DRESS) Syndrome.
• According to doctors, this syndrome causes a diverse array of clinical symptoms, anywhere from 2 to 8 weeks after initiating the offending drug.

What is DRESS syndrome?

• DRESS syndrome (Drug Rash with Eosinophilia and Systemic Symptoms) is an adverse reaction term that is currently used to describe a hypersensitivity reaction.
• Experts classify DRESS syndrome as a type 4 hypersensitivity reaction.
• It is a serious drug reaction affecting the skin and other organs, with a mortality rate of up to 10%.
• It manifests when the immune system excessively responds to specific medications, leading to a type 4 hypersensitivity reaction.
• This reaction can manifest with various symptoms across the body, including fever, abnormalities in blood, and inflammation of organs.

What are the symptoms of DRESS syndrome?

• Patients diagnosed with DRESS syndrome typically present with a rash, fever, and eosinophilia but can have a variety of symptoms including liver, lung, or kidney involvement.
• “DRESS syndrome should be suspected if a diffuse rash erupts and is accompanied by fever, facial edema, and enlarged lymph two to six weeks after starting a new high-risk medication.

How to treat DRESS Syndrome?

• The most important step to treat DRESS Syndrome is to stop the medication involved in the reaction, and sometimes, no further treatment is needed.
• Topical steroids can be given to treat the rash and in certain cases, further treatment is needed to protect the organs from damage, such as with steroids, which can be given either intravenously or orally.
• “Treatment with steroids can be needed for weeks or even months, and lab work is monitored carefully during this time.
• The average time to recovery is six to nine weeks.

Why is it in the News?

The Odisha Government invoked the Orissa Essential Services (Maintenance) Act (ESMA) prohibiting strikes by paramedical staff, including nurses, pharmacists, technicians, Class III and IV employees, to ensure that medical services are not disrupted.

About Essential Services Maintenance Act (ESMA):

The Indian Parliament enacted ESMA in 1968 to ensure the continuous provision of critical services crucial to people's daily lives. This legislation prohibits employees in essential services from striking, regardless of bandhs or curfews.

• Designated Essential Services: Public conservation, sanitation, water supply, hospitals, national defense, petroleum, coal, electricity, steel, fertilizer production, and banking-related services fall under the ambit of essential services.
• Communication, transportation, and government initiatives for food grain acquisition and distribution are also covered.
• State-Specific Application: State governments, individually or collaboratively, can enforce ESMA within their territories, each having its own version with slightly varied provisions.
• This allows states to address disruptions that impact specific regions.
• Central Government Activation: In the case of a nationwide disruption, especially in sectors like railways, the central government may invoke ESMA.
• Consequences for Striking Employees: Employees engaging in illegal strikes under ESMA can face disciplinary action, including dismissal. Legal consequences may involve arrests without a warrant, with imprisonment for up to one year, fines, or both for those participating or instigating the strike.

Why is it in the News?

Scientists have brought the Propulsion Module (PM) of the Chandrayaan-3 mission , which initially brought the Vikram lander to within 100 km of the Moon's surface before detaching and executing a historic controlled descent on August 23, back into Earth orbit.

What is a Propulsion Module in Chandrayaan-3?

• The Propulsion Module is a rectangular component of the Chandrayaan-3 spacecraft, equipped with solar panels for power.
• Its primary purpose was to transport the Lander module to the lunar polar circular orbit and facilitate its separation.
• Following separation, the SHAPE payload within the Propulsion Module was activated.
• Initially intended for a three-month operation during the mission, the ISRO announced on December 4th that the Chandrayaan-3's Propulsion Module had been manoeuvred out of lunar orbit.
• Placed high above Earth for an additional mission, the module is currently sustained by residual fuel.
• This bonus mission will showcase technologies crucial for future lunar sample retrieval, according to ISRO.
• As of now, the ISRO has not disclosed its plans for the spacecraft once it depletes its fuel.

Importance of Propulsion Module's Return to Earth's Orbit:

• ISRO highlighted the key achievements resulting from the return manoeuvres conducted on the Propulsion Module (PM) in connection to upcoming missions:
• Planning and executing the trajectory and manoeuvres for the return journey from the Moon to Earth.
• Developing a software module for planning such manoeuvres, along with its initial validation.
• Planning and executing a gravity-assisted flyby around a planet or celestial body.
• Preventing uncontrolled crashing of the PM onto the Moon's surface at the end of its life, aligning with the requirement of avoiding debris creation.

What is Chandrayaan-3 Mission?

Why is it in the News?

The Codex Alimentarious Commission (CAC) has recently praised India’s Standards on Millets and accepted its proposal for the development of global standards for millets during its 46th session held in Rome, Italy.

About Codex Alimentarius Commission (CAC):

• The Codex Alimentarious Commission (CAC) is an international food safety and quality standard-setting body created by WHO and FAO of the United Nations with 188 member countries.
• It is the body responsible for all matters regarding the implementation of the Joint FAO/WHO Food Standards Programme.
• Membership of the Commission is open to all Member Nations and Associate Members of FAO and WHO which are interested in international food standards.
• The Commission meets in regular session once a year alternating between Geneva and Rome.
• The programme of work of the Commission is funded through the regular budgets of WHO and FAO with all work subject to approval of the two governing bodies of the parent organizations.
• The Commission works in the six UN official languages.
• India has been a member of this commission since 1964.
• The 46th session of the Codex Alimentarius Commission (CAC) was held from 27 November to 2 December (2023) in Rome, Italy.
• In the current session, India has framed a comprehensive group standard for 15 types of millets specifying 8 quality parameters, which received resounding applause at the international meet.
• India put forward a proposal for the development of global standards for millet, particularly for Finger millet, Barnyard millet, Kodo millet, Proso millet, and Little millet as group standards as in the case of pulses.

Why in the News?

Aviation regulator DGCA has issued amended norms for operating powered hang gliders in the country.

About Hang Gliders:

• A hang glider is a distinctive type of aircraft that relies on air currents to remain airborne, setting it apart from conventional aircraft with engines and propellers.
• These aerodynamic marvels depend on wind dynamics for lift rather than propulsion.
• Operational Mechanics: Due to their unpowered nature, hang gliders necessitate launching from elevated points such as hills or mountains.
• Gravity, acting as the primary force, encompasses the weight of both the pilot and the wing.
• This weight generates thrust, propelling the aerofoil through the air.
• The aerofoil's distinctive shape prevents the hang glider from descending rapidly and facilitates lift.
• The aerofoil's design manipulates airflow, compelling the air above the wing to move faster, creating a low-pressure area.
• Simultaneously, the wing's downward and forward motion compresses the air beneath, fostering lift as the aerofoil is drawn into the low-pressure zone.
• Pilots maintain control during flight by manipulating the trapeze and adjusting direction and speed.
• Powered Hang Gliders: In a departure from traditional hang gliders, powered hang gliders integrate features of both hang gliders and powered aircraft.
• Equipped with a small engine, these variants enable pilots to take off and sustain flight without relying on natural elements like thermals or wind conditions, making them accessible to less-experienced aviators.