A recent severe winter storm in the United States, affecting regions from Texas to New England, has highlighted the important role of the stratospheric polar vortex in shaping extreme weather events.

What is the Polar Vortex?

The polar vortex is a large region of low pressure and extremely cold air that surrounds both the North Pole and South Pole.

• It extends from the tropopause (boundary between the troposphere and stratosphere) into the stratosphere and even the mesosphere (above 50 km).

• The term “vortex” refers to the counter-clockwise circulation of strong winds that trap cold air near the poles.

The polar vortex acts like a circular wind system, keeping the cold Arctic or Antarctic air confined to the polar regions under normal conditions.

Structure and Formation

• The vortex is formed due to temperature differences between the poles and the equator.

• Strong winds develop in the upper atmosphere, creating a stable circulation of cold air around the poles.

• It contains some of the coldest air on Earth.

The greater the temperature contrast, the stronger the vortex becomes, especially during winter.

Seasonal Behavior

• The polar vortex is strongest during winter in each hemisphere.

• During summer, it weakens or may even disappear due to reduced temperature differences.

Seasonal changes in solar heating directly affect the strength and stability of the vortex.

Interaction with Jet Streams

• Sometimes, the polar vortex weakens or becomes unstable.

• This allows it to expand or shift southward, pushing cold Arctic air into lower latitudes.

• This movement is guided by the jet stream, which is a narrow band of strong winds in the upper atmosphere (around 9 km altitude).

When the vortex weakens, the jet stream becomes wavy, allowing cold air to escape and cause extreme cold events far from the poles.

Global Impact of the Polar Vortex

• Cold air outbreaks linked to the polar vortex are common in the United States, but they also affect parts of Europe and Asia.

• These events can lead to severe winter storms, freezing temperatures, and disruptions to daily life.

The polar vortex is a global atmospheric system, not limited to one region, and influences weather patterns across continents.

Arctic vs Antarctic Polar Vortex

• The Antarctic polar vortex is more stable and uniform because Antarctica is surrounded by oceans.

• The Arctic polar vortex is more irregular and variable due to the presence of land and ocean, making it more prone to disruptions.

This is why cold air outbreaks are more frequent in the Northern Hemisphere compared to the Southern Hemisphere.

Impact on Humans

• The polar vortex itself is not directly harmful, but its effects can be significant.

• When it expands, it can cause extreme cold waves in regions not used to such temperatures.

• This can lead to health risks, infrastructure damage, and disruptions in transport and energy supply.

The danger lies in the intensity and suddenness of cold weather events, rather than the vortex itself.

Conclusion

The polar vortex plays a crucial role in global weather systems, especially during winter. Understanding its behavior helps explain extreme cold events and winter storms across regions like the United States, Europe, and Asia. As climate patterns evolve, studying the polar vortex becomes increasingly important for weather prediction and disaster preparedness.

Recently, European Union and India reaffirmed their commitment to promote cooperation in the peaceful uses of nuclear energy under the India–Euratom agreement. This highlights growing collaboration in safe, sustainable, and civilian nuclear technologies.

What is Euratom?

European Atomic Energy Community is an international organization established under the Treaty of Rome in 1957.

• Its primary aim is to develop and regulate the peaceful use of nuclear energy across Europe.

• It was created to promote a common nuclear energy market rather than fragmented national programs.

Euratom ensures that nuclear energy in Europe is used safely, efficiently, and only for civilian purposes, avoiding duplication and promoting cooperation among countries.

Objectives of Euratom

The key objectives of Euratom include:

• Promoting peaceful use of atomic energy

• Developing a unified nuclear energy market in Europe

• Encouraging research and innovation in nuclear science

• Ensuring safe handling and disposal of nuclear materials

Importantly, Euratom does not regulate nuclear materials used for military purposes.

The focus on peaceful uses ensures that nuclear energy contributes to development and sustainability, rather than defense or weapons.

Membership

• The original members were Belgium, France, West Germany, Italy, Luxembourg, and the Netherlands.

• Today, Euratom includes all member states of the European Union.

Euratom has expanded along with the EU, making it a pan-European framework for nuclear cooperation.

Functions and Role

Euratom plays a crucial role in regulating the civil nuclear sector in Europe, which contributes nearly 30% of the EU’s energy production.

Key Functions:

1. Safeguards: Ensures nuclear materials are not diverted for non-peaceful purposes.

2. Research and Development: Promotes innovation through research programs.

3. Investment Facilitation: Encourages funding and development of nuclear infrastructure.

4. Equal Supply Access: Ensures fair distribution of nuclear materials among member states.

5. Waste Management and Safety: Oversees safe disposal of nuclear waste and operational safety standards.

Euratom acts as both a regulator and promoter, ensuring nuclear energy is safe, accessible, and efficiently used.

Institutional Structure

Euratom is governed by key European institutions:

• European Commission (executive role)

• Council of the European Union (decision-making body)

• European Court of Justice (legal oversight)

Key Instruments:

• Euratom Supply Agency: Ensures equitable nuclear material supply.

• Safeguards and research activities: Monitor usage and promote innovation.

• Joint Research Centre (JRC): Conducts nuclear research and technical studies.

This institutional framework ensures accountability, transparency, and scientific advancement in nuclear energy management.

Role in Future Energy: Nuclear Fusion

Euratom is actively involved in developing nuclear fusion technology, which has the potential to provide:

• Abundant energy

• Clean and sustainable power

• Reduced environmental impact compared to fossil fuels

Fusion energy is considered the future of clean energy, and Euratom’s investment in this field supports long-term energy security.

Conclusion

Euratom represents a cooperative and regulated approach to nuclear energy, ensuring that its benefits are harnessed safely and sustainably. The growing partnership between India and Euratom reflects a shared commitment to clean energy, technological advancement, and responsible nuclear governance.

The Ministry of Panchayati Raj, in collaboration with the Ministry of Education and the Ministry of Tribal Affairs, is organizing a National Award Ceremony to felicitate the winners of the Model Youth Gram Sabha initiative. This step reflects the government’s commitment to promoting youth participation in grassroots governance.

About Model Youth Gram Sabha

The Model Youth Gram Sabha is a simulated platform for school students where they participate in mock sessions of a Gram Sabha. It is inspired by the concept of Model United Nations, which is widely used in schools as an educational simulation of global governance.

This initiative aims to provide practical exposure to democratic functioning at the village level.

Purpose of the Initiative

The primary objective of the Model Youth Gram Sabha is to strengthen Janbhagidari (people’s participation) and promote participatory local governance.

It also aims to:

• Develop civic awareness among students

• Encourage active involvement in democratic processes

• Build understanding of Panchayati Raj Institutions

Implementation

The programme is being implemented across more than 1,000 schools in India, including:

• Jawahar Navodaya Vidyalayas

• Eklavya Model Residential Schools (EMRSs)

• Various State Government schools

This wide coverage ensures inclusive participation of students from diverse backgrounds.

Key Features

Students from Classes 9 to 12 actively participate in the programme by assuming different roles such as:

• Sarpanch

• Ward members

• Village-level officials (e.g., Village Secretary, Anganwadi Worker)

They conduct mock Gram Sabha meetings, where they:

• Discuss local governance issues

• Prepare village budgets

• Design development plans

This hands-on approach helps students understand the real functioning of local self-government.

Financial Support

To support the effective conduct of the programme, the Ministry of Panchayati Raj provides financial assistance of ₹20,000 per school.

This funding helps schools organize structured and meaningful simulation sessions.

The Bulletin of the Atomic Scientists has recently moved the Doomsday Clock to 85 seconds to midnight, which is the closest the world has ever been to global catastrophe. This change highlights increasing concerns about nuclear risks, climate change, and emerging technologies.

About the Doomsday Clock

The Doomsday Clock is a symbolic clock that represents how close humanity is to a global catastrophe. In this framework, midnight signifies complete annihilation or “doomsday.”

The clock functions as a metaphor:

• The hand moves closer to midnight when threats increase

• It moves away from midnight when global conditions improve

Thus, it serves as a warning tool for humanity about existential dangers.

History and Development

The Doomsday Clock was created in 1947 by the Bulletin of the Atomic Scientists.

• At the time of its creation, it was set at 7 minutes to midnight

• Since then, it has been reset 27 times

• In January 2026, it was adjusted to 85 seconds before midnight, marking the most critical position ever recorded

This reflects the growing intensity of global threats over time.

Factors Affecting the Clock

The position of the clock is determined by evaluating major global risks, such as:

• Nuclear weapons proliferation

• Climate change

• Disruptive and emerging technologies

These factors collectively influence the assessment of global security.

About the Bulletin of the Atomic Scientists (BAS)

The Bulletin of the Atomic Scientists is a nonprofit organization established to inform the public about serious global threats, especially those related to nuclear weapons.

Origin

It was founded in September 1945 by the Atomic Scientists of Chicago at the University of Chicago, soon after the development of atomic weapons.

Founding Members

Its founding members included renowned scientists associated with the Manhattan Project, such as:

• Albert Einstein

• J. Robert Oppenheimer

• Eugene Rabinowitch

Purpose and Significance

The primary aim of the Bulletin is to warn humanity about the dangers of advanced technologies, particularly nuclear weapons.

It published its first newsletter in December 1945, initiating efforts to:

• Raise public awareness

• Influence global policy decisions

The Pension Fund Regulatory and Development Authority has recently launched the NPS Swasthya Pension Scheme (NSPS) on a pilot basis. This initiative aims to combine pension savings with healthcare financial support, marking an important reform in the social security framework.

About NPS Swasthya Pension Scheme (NSPS)

The NPS Swasthya Pension Scheme (NSPS) is a new initiative introduced as a Proof of Concept (PoC) under the Regulatory Sandbox Framework of PFRDA.

The scheme is designed to:

• Integrate health-related financial benefits with the National Pension System (NPS)

• Provide financial assistance for both out-patient and in-patient medical expenses

It functions as a sector-specific contributory pension scheme under the Multiple Scheme Framework (MSF) and is offered on a voluntary basis to Indian citizens.

Nature and Implementation

The scheme is being implemented on a limited and experimental basis:

• It is a pilot project with a restricted number of subscribers

• Pension Funds can launch it only after obtaining approval from PFRDA

• Certain provisions of the PFRDA (Exits and Withdrawals under NPS) Regulations, 2015 have been relaxed

Additionally, Pension Funds may collaborate with:

• FinTech companies

• Health service administrators

This ensures efficient and technology-driven implementation.

Eligibility and Contributions

• Any Indian citizen is eligible to join the scheme

• A Common Scheme Account under NPS is mandatory

Subscribers:

• Can contribute any amount as per NPS norms

• Those aged above 40 years (excluding government sector subscribers) can transfer up to 30% of their contributions to the NSPS

Withdrawal Provisions

The scheme provides flexible withdrawal options for medical needs:

• Partial withdrawals up to 25% of the subscriber’s contribution are allowed for medical expenses

• There is no limit on the number of withdrawals, provided a minimum corpus of ₹50,000 is maintained

In critical situations:

• If medical expenses exceed 70% of the available corpus, subscribers can opt for 100% premature withdrawal for treatment

Claim Settlement and Safeguards

The scheme ensures secure and transparent claim handling:

• Funds are paid directly to hospitals, Health Benefit Administrators (HBA), or Third Party Administrators (TPA)

• Payments are made based on verified claims and medical bills

• Any remaining balance is returned to the subscriber’s Common Scheme Account

Significance of the Scheme

The NPS Swasthya Pension Scheme is significant because it:

• Integrates healthcare and pension planning

• Provides financial security during medical emergencies

• Helps address the challenge of rising healthcare costs

• Strengthens the overall social security system in India

Conclusion

The NSPS is an innovative and forward-looking initiative that links retirement savings with healthcare needs. If successfully implemented, it can play a crucial role in enhancing financial resilience and health security among citizens.