1.Citizenship rule change: Declare, surrender Pak, Bangladesh and Afghan passports 2.SC voices ‘reservations’ on its own bail decision 3.Why has the WHO declared a PHEIC over Ebola outbreak? 4.THE 3rd India-Nordic Summit will be held in Oslo 5.How does Earth protect itself from the Sun? New mission to find out

1.Citizenship rule change: Declare, surrender Pak, Bangladesh and Afghan passports

Why in News?

The Central Government has notified draft amendments to the Citizenship Rules, 2009 through the Citizenship (Amendment) Rules, 2026 under the Citizenship Act, 1955. The amended rules require certain applicants seeking Indian citizenship to declare and surrender passports issued by Pakistan, Bangladesh, and Afghanistan after citizenship approval.

Key Changes in the Citizenship Rules

The amendment introduces a new provision, paragraph (iiA), into Schedule IC of the Citizenship Rules, 2009.

Under the revised rules:

• Applicants must disclose details of passports issued by Pakistan, Bangladesh, or Afghanistan.
• Details to be provided include:
  • Passport number
  • Date of issue
  • Place of issue
  • Expiry date
• Applicants must agree to surrender the passport within 15 days of being granted Indian citizenship.
• The passport must be surrendered to the designated postal authority.

The rules become effective from the date of publication in the Official Gazette.

According to the Ministry of Home Affairs, the amendment is intended as an administrative clarification to improve verification, documentation, and record-keeping in citizenship cases.

Citizenship Act, 1955

The Citizenship Act, 1955 is the principal law governing acquisition and loss of Indian citizenship after the commencement of the Constitution.

Constitutional Basis

Part II of the Constitution (Articles 5–11) deals with citizenship.

• Articles 5–10 define citizenship at the commencement of the Constitution.
• Article 11 empowers Parliament to regulate citizenship through legislation.

The Citizenship Act, 1955 was enacted under Article 11.

Modes of Acquiring Indian Citizenship

The Act provides five methods for acquiring Indian citizenship:

1. By Birth (Section 3): Citizenship based on birth in India, subject to conditions regarding parents’ nationality and legal status.

2. By Descent (Section 4): Citizenship granted to persons born outside India to Indian parents.

3. By Registration (Section 5): Applicable to certain categories such as:

• Persons of Indian origin
• Spouses of Indian citizens
• OCI cardholders
• Minor children of Indian citizens

4. By Naturalisation (Section 6):Granted to foreigners fulfilling residence and eligibility conditions prescribed under law

5. By Incorporation of Territory (Section 7): Applicable when a foreign territory becomes part of India.

Modes of Losing Indian Citizenship:

1. Renunciation (Section 8)It is a voluntary act of giving up Indian citizenship. A citizen makes a written declaration to renounce citizenship. It becomes effective once the declaration is registered and accepted. Usually done when a person wants citizenship of another country. 2. Termination (Section 9)It is an automatic loss of citizenship. Occurs when an Indian citizen voluntarily acquires citizenship of another country. No application or government approval is required. It applies only in cases of voluntary foreign citizenship. 3. Deprivation (Section 10)It is a compulsory cancellation by the Government of India. Applies only to citizens by naturalisation, registration, or similar means (not by birth in some cases). Grounds include: Obtaining citizenship by fraud or false information Showing disloyalty to the Constitution of India Unlawful communication or trade with enemy states Staying outside India in violation of citizenship rules It is a punitive action by the government

Important Amendments to the Citizenship Act

• 1986 Amendment: Restricted citizenship by birth by requiring at least one parent to be an Indian citizen.
• 2003 Amendment: Tightened citizenship by birth provisions
• Introduced the Overseas Citizen of India (OCI) scheme
• 2015 Amendment: Merged the PIO and OCI schemes.
• 2019 Citizenship Amendment Act (CAA): The Citizenship Amendment Act, 2019 provided a fast-track path to Indian citizenship for Hindus, Sikhs, Buddhists, Jains, Parsis, and Christians from Pakistan, Bangladesh, and Afghanistan who entered India on or before 31 December 2014.The amendment reduced the naturalisation period for these groups from 11 years to 5 years.

Significance of the New Rules

The latest amendment is significant because it:

• Strengthens documentation and verification procedures
• Clarifies surrender obligations relating to foreign passports
• Reinforces India’s single citizenship framework
• Improves administrative oversight in citizenship processing

The issue also remains politically and constitutionally sensitive because citizenship laws in India are closely linked with debates on migration, national security, secularism, and constitutional equality.

2.SC voices ‘reservations’ on its own bail decision

Why in News?

The Supreme Court of India recently expressed reservations regarding its earlier judgments denying bail to Umar Khalid and Sharjeel Imam in the Delhi riots conspiracy case under the Unlawful Activities (Prevention) Act, 1967 (UAPA). While granting bail to a Jammu and Kashmir man incarcerated for nearly five years in a narco-terrorism case, the Court strongly reiterated that “bail is the rule and jail is the exception,” emphasizing that personal liberty under Article 21 cannot be overshadowed by stringent statutory provisions.

The judgment has revived debate regarding the balance between national security and fundamental rights, particularly in relation to prolonged pre-trial incarceration under anti-terror laws.

Supreme Court’s Key Observations

The Supreme Court observed that prolonged imprisonment without completion of trial can effectively convert the legal process itself into punishment before conviction.

The Court emphasized:

• Section 43D(5) of the UAPA cannot override constitutional guarantees under Article 21.
• The right to personal liberty and speedy trial remains fundamental even in UAPA cases.
• Constitutional courts possess powers to grant bail in cases involving excessive delay in trial.
• Bail jurisprudence should not permit indefinite incarceration merely because allegations are serious.

The Court also expressed concern that some judicial decisions were gradually weakening earlier constitutional principles protecting liberty against state excesses.

Importantly, the Court acknowledged reservations regarding its own earlier judgments denying bail to Umar Khalid and Sharjeel Imam, suggesting concern over the strict interpretation of bail provisions under UAPA.

Section 43D(5) of UAPA

Section 43D(5) is one of the most stringent provisions under the Unlawful Activities (Prevention) Act, 1967.

Under this provision:

• Bail can be denied if the court believes accusations appear “prima facie true.”
• Courts examine prosecution materials at an early stage.
• The threshold for denial of bail becomes extremely low.

As a result:

• Accused persons may remain imprisoned for several years before trial completion.
• Pre-trial detention itself can become punitive.
• The presumption of innocence may weaken in practice.

The Supreme Court noted that such prolonged incarceration violates the constitutional spirit of liberty and fairness.

Supreme Court on Bail and Personal Liberty

The Court reaffirmed a long-standing constitutional principle:

“Bail is the rule, jail is the exception.”

This principle originates from earlier judgments emphasizing that liberty should not be denied unnecessarily before conviction.

The Court highlighted:

• Delayed trials cannot justify endless incarceration.
• Seriousness of allegations alone cannot become the sole ground for continued detention.
• Constitutional courts must intervene where procedural delays violate fundamental rights.

The observations are particularly significant because they strengthen judicial recognition that anti-terror legislation cannot operate outside constitutional limitations.

Article 21 and the Right to Liberty

• The Supreme Court of India relied heavily on Article 21 of the Constitution while emphasizing that personal liberty cannot be curtailed indefinitely under stringent laws such as the Unlawful Activities (Prevention) Act, 1967.
• Article 21 states:

“No person shall be deprived of his life or personal liberty except according to procedure established by law.”

• Initially, Article 21 received a narrow interpretation in the A.K. Gopalan v. State of Madras judgment, where the Supreme Court held that any procedure prescribed by a validly enacted law would satisfy constitutional requirements, even if the procedure was harsh or unreasonable.
• The scope of Article 21 expanded significantly after the landmark Maneka Gandhi v. Union of India judgment. The Supreme Court ruled that the “procedure established by law” must not only exist legally but must also be fair, just, reasonable, and non-arbitrary.
• The Maneka Gandhi judgment established that Articles 14, 19, and 21 are interconnected and together protect individuals against arbitrary state action.
• Through judicial interpretation, Article 21 evolved into the broadest fundamental right and now includes several derivative rights essential for a dignified life, such as:
  • Right to speedy trial
  • Right to legal aid
  • Right against arbitrary detention
  • Right to dignity
  • Right to privacy
  • Right against custodial violence
  • Right to fair investigation and fair procedure
• In Hussainara Khatoon v. State of Bihar, the Supreme Court recognized the right to speedy trial as an integral part of Article 21 and held that delayed justice violates fundamental rights.
• In the present case, the Supreme Court clarified that even laws enacted for national security purposes must satisfy constitutional standards of fairness, reasonableness, and proportionality.

Unlawful Activities (Prevention) Act (UAPA)

The Unlawful Activities (Prevention) Act, 1967 is India’s principal anti-terror legislation aimed at protecting sovereignty, integrity, and national security.

Evolution of UAPA

Originally enacted in 1967 to deal with unlawful associations and secessionist activities, the law expanded significantly after:

• The repeal of TADA
• The repeal of POTA
• Post-9/11 global anti-terror developments
• The 26/11 Mumbai attacks

Several anti-terror provisions from repealed laws were incorporated into UAPA.

Important Features of UAPA

• Broad Definition of Terrorist Activities: The Act defines terrorist acts widely, including acts threatening sovereignty, integrity, or security.
• Ban on Organizations: The government can declare organizations as terrorist organizations.
• Designation of Individuals: The 2019 amendment empowered the government to designate individuals as terrorists even without organizational affiliation.
• Extended Detention: The law permits: Longer police custody, Extended investigation periods, Filing of chargesheets up to 180 days
• Property Attachment
• Investigating agencies such as the National Investigation Agency can attach terror-linked properties.

Significance of the Judgment

The Supreme Court’s observations are important because they:

• Reassert the primacy of personal liberty
• Reinforce Article 21 protections
• Strengthen the right to speedy trial
• Highlight dangers of prolonged incarceration without conviction
• Encourage constitutional scrutiny of anti-terror laws
• Attempt to balance national security with civil liberties

The judgment may significantly influence future bail decisions under UAPA and revive broader constitutional debates on liberty, due process, and state power in India’s criminal justice system.

3.Why has the WHO declared a PHEIC over Ebola outbreak?

Why in News?

• The World Health Organization (WHO) has declared the ongoing Ebola outbreak in the Democratic Republic of the Congo (DRC) and Uganda a Public Health Emergency of International Concern (PHEIC) on May 16, 2026.
• The declaration came amid growing concerns regarding the spread of the Bundibugyo ebolavirus strain, rising suspected deaths, and the risk of international transmission across borders.
• The move activates coordinated international response mechanisms, including emergency surveillance, deployment of vaccines and monoclonal antibody treatments, and mobilization of global health resources.

Why Did WHO Declare a PHEIC?

• A Public Health Emergency of International Concern (PHEIC) is the highest level of global health alert issued by the WHO under the International Health Regulations (IHR), 2005.
• Such a declaration is made when a disease outbreak becomes serious, sudden, unusual, or unexpected and poses a potential risk to multiple countries, thereby requiring coordinated international action.
• In the present case, the Ebola outbreak has spread across regions of the DRC and Uganda, creating fears of wider transmission in Central and East Africa.
• The outbreak is particularly concerning because Ebola is a highly infectious disease with a high fatality rate and the affected regions often face healthcare infrastructure challenges, conflict situations, and difficulties in surveillance and containment.

The declaration enables the WHO and member countries to:

• Coordinate emergency health responses
• Mobilize international funding and technical assistance
• Strengthen surveillance and border monitoring
• Accelerate deployment of vaccines, medicines, and medical personnel
• Enhance data sharing and global preparedness

Current Status of the Ebola Outbreak

The outbreak is reportedly caused by the Bundibugyo ebolavirus strain, one of the species responsible for Ebola Virus Disease.

As of May 16, 2026:

The WHO has expressed concern regarding the possibility of further cross-border transmission because of population movement and limited healthcare access in affected areas.

Ebola Virus Disease (EVD)

• Ebola Virus Disease is a severe and often fatal zoonotic disease caused by viruses belonging to the Orthoebolavirus genus of the Filoviridae family.
• The disease primarily affects humans and non-human primates.
• Fruit bats are considered the natural reservoir hosts of the virus. Human infection initially occurs through contact with infected wild animals such as bats, monkeys, chimpanzees, gorillas, or forest antelopes.
• Thereafter, the disease spreads from person to person through direct contact with blood, secretions, organs, bodily fluids, or contaminated surfaces and materials.
• The virus may also spread during unsafe burial practices and through sexual transmission because the virus can persist in certain body fluids even after recovery.

Symptoms and Severity

The incubation period of Ebola ranges from 2 to 21 days. Symptoms usually begin suddenly and progressively worsen.

Initial symptoms include:

• Fever
• Fatigue
• Muscle pain
• Headache
• Sore throat

As the disease advances, patients may develop:

• Vomiting
• Diarrhea
• Abdominal pain
• Skin rash
• Liver and kidney dysfunction
• Internal and external bleeding in severe cases

Vaccines and Treatment

Scientific advancements after previous Ebola epidemics have significantly improved preparedness and treatment options.

Currently, two approved Ebola vaccines are available:

• Ervebo
• Zabdeno–Mvabea vaccine regimen

In addition, monoclonal antibody therapies such as:

• Ansuvimab (mAb114)
• REGN-EB3 (Inmazeb)

have improved survival rates when administered early alongside supportive care.

However, vaccine effectiveness can vary depending on the Ebola strain involved, making surveillance and rapid identification extremely important.

Significance

The latest PHEIC declaration highlights the continuing threat posed by emerging and re-emerging infectious diseases in an interconnected world. It underscores the importance of:

• Strong public health systems
• International cooperation
• Rapid surveillance and response mechanisms
• Vaccine preparedness
• Community trust and participation

The outbreak also demonstrates how regional health crises can quickly acquire global dimensions, making global health security an increasingly important component of international governance and public policy.

Top of Form

4.THE 3rd India-Nordic Summit will be held in Oslo

Why in News?

Oslo to host 3rd India-Nordic Summit, enhancing strategic ties with Denmark, Finland, Iceland, Sweden, and Norway.Bottom of Form

Key highlights

• The 3rd India-Nordic Summit will be held in Oslo, Norway.
• The summit aims to strengthen India’s strategic partnership with the Nordic countries — Denmark, Finland, Iceland, Sweden, and Norway.
• It will serve as a high-level platform for cooperation in economic, technological, environmental, and geopolitical areas.

Detailed Insights:

• The India-Nordic Summit is an important forum for enhancing collaboration in areas such as sustainable development, green transition, clean energy, innovation, and digital technologies.
• Discussions are expected to focus on expanding bilateral trade and investment, particularly in sectors like renewable energy, maritime economy, smart infrastructure, and advanced manufacturing.
• The summit will also explore cooperation in the Arctic region, including issues related to climate research, shipping routes, energy resources, and environmental sustainability.
• Nordic countries are global leaders in green technologies, carbon neutrality, and sustainable urban development, making them valuable partners for India’s climate and development goals.
• The meeting is also expected to address major global challenges such as climate change, energy security, resilient supply chains, geopolitical instability, and post-pandemic economic recovery.
• The summit reflects India’s increasing engagement with Northern Europe under its broader strategy of diversifying strategic and economic partnerships.

India-Nordic Relations: A Strategic Partnership for a Sustainable Future

India’s engagement with the Nordic countries (Denmark, Finland, Iceland, Norway, and Sweden) has evolved into a robust and multidimensional strategic partnership, driven by shared democratic values, economic complementarities, and a common vision for sustainable development. The relationship is increasingly focused on green transition, innovation, and strategic cooperation in areas like the Arctic and maritime security.

Evolution and Strategic Context

The India-Nordic relationship has gained significant momentum through a series of high-level engagements and summits.

• Summit Diplomacy: The 3rd India-Nordic Summit in Oslo (May 2026) builds upon the foundations laid during the 2018 (Stockholm) and 2022 (Copenhagen) summits, elevating cooperation to a strategic level.
• Shared Values: The partnership is anchored in shared democratic principles, the rule of law, and a commitment to a rules-based international order.
• Geopolitical Alignment: Amidst global geopolitical shifts and challenges (e.g., conflicts in Ukraine and Iran), the summits provide a platform for aligning views on global security, economic resilience, and sustainable development.
• PM Modi’s Engagement: Prime Minister Narendra Modi’s first visit to Norway and the conferment of the Grand Cross of the Royal Norwegian Order of Merit underscore the growing diplomatic recognition.

Pillars of Cooperation: A Multidimensional Approach

The current engagement spans several critical “green” and “strategic” pillars, reflecting mutual priorities.

Green Transition & Sustainability

Nordic nations are global leaders in green technologies and sustainable practices, offering valuable expertise for India’s ambitious climate goals.

• Renewable Energy: Strong focus on collaboration in offshore wind energy, leveraging Nordic technological prowess.
• Circular Economy: Sharing best practices and technologies for waste management, resource efficiency, and sustainable consumption.
• Carbon Capture: Joint research and development in carbon capture, utilization, and storage (CCUS) technologies.
• Climate Goals: Nordic expertise supports India’s commitments under the Paris Agreement and its target of Net Zero by 2070.

Arctic Governance & Research

The Arctic region is emerging as a key area of strategic interest and cooperation.

• Polar Science: Collaboration on Arctic research, building on India’s Himadri station in Svalbard.
• Climate Change Mitigation: Joint efforts to understand and mitigate the impacts of climate change in the Arctic, which has global ramifications.
• Sustainable Development: Exploring sustainable resource management and development models for the sensitive Arctic ecosystem.
• Arctic Council: India’s observer status in the Arctic Council facilitates engagement with Nordic members on regional issues.

Trade, Investment & Economic Ties

Economic cooperation is deepening, with a focus on investment, technology transfer, and market access.

• India-EFTA Trade Agreement: The implementation of the India-EFTA (European Free Trade Association) Trade and Economic Partnership Agreement provides a significant boost to trade and investment.
• Sovereign Wealth Funds: Norway’s sovereign wealth fund is a potential source of long-term capital for India’s infrastructure and green projects.
• Business Engagement: The India-Norway Business and Research Summit facilitates direct engagement between businesses, leading to new agreements.
• Innovation Partnerships: The upgrade of the India-Sweden Joint Innovation Partnership to version 2.0 and the establishment of a Joint Science and Technology Centre highlight technological collaboration.

Defence and Maritime Cooperation

Strategic convergence extends to defence and maritime security, particularly in areas of shared interest.

• Anti-Submarine Warfare: Exchange of expertise and joint exercises in anti-submarine warfare.
• Cold-Weather Logistics: Learning from Nordic experience in operating in extreme cold environments.
• Maritime Domain Awareness: Enhancing cooperation for monitoring and securing maritime routes.
• Shipbuilding: India seeks Nordic expertise in advanced shipbuilding, including ice-class vessels, to bolster domestic capabilities.

Technology and Space

Collaboration in cutting-edge technologies and space exploration is a growing area.

• Emerging Technologies: Cooperation in AI, blockchain, and fintech, leveraging Nordic innovation ecosystems.
• Space Exploration: Swedish Space Corporation’s support for Indian satellite tracking and observation.
• Arctic Ground Stations: Discussions on establishing Arctic ground stations to improve data for Indian agriculture and weather forecasting.

Key Developments and Milestones (May 2026 Context)

The 3rd India-Nordic Summit in Oslo has marked several significant developments.

• PM Modi’s First Norway Visit: A historic visit, the first by an Indian Prime Minister in 43 years, signifying renewed diplomatic focus.
• Grand Cross of the Royal Norwegian Order of Merit: Conferred upon PM Modi, recognizing his contributions to Norway’s interests and global humanity.
• India-Norway Business Summit: High-level participation from CEOs and researchers, resulting in new business agreements.
• India-Sweden Innovation Partnership 2.0: An upgraded framework for enhanced collaboration in science and technology.

Challenges and Opportunities

While the partnership is robust, certain aspects require continued focus.

• Geographic Distance: Overcoming logistical challenges associated with long distances.
• Market Access: Further reducing trade barriers and facilitating easier market access for businesses.
• Technology Transfer: Ensuring effective and mutually beneficial transfer of advanced technologies.
• Multilateral Coordination: Strengthening coordination on global platforms like the UN and WTO.

The India-Nordic partnership, rooted in shared values and a forward-looking agenda, is poised to play a crucial role in addressing global challenges and fostering sustainable growth in an increasingly interconnected world.

5.How does Earth protect itself from the Sun? New mission to find out

Why in News?

China and Europe collaborate on the SMILE mission to capture X-ray images of Earth’s magnetosphere, improving understanding of space weather and solar interactions.

Key Highlights:

• The Solar wind Magnetosphere Ionosphere Link Explorer (SMILE) mission is a joint mission of China and the European Space Agency (ESA).
• The mission is scheduled to launch at 05:52 CEST (09:22 IST).
• SMILE aims to capture the first-ever X-ray images of Earth’s magnetosphere, the magnetic shield that protects Earth from harmful solar particles.
• The satellite will operate from nearly 1.21 lakh km above Earth’s north pole to observe interactions between solar wind and Earth’s magnetic field.
• The spacecraft weighs around 2,600 kg and has an expected mission life of about three years.

Detailed Insights:

• Earth is continuously bombarded by charged particles, plasma, magnetic fields, and radiation emitted by the Sun in the form of solar wind.
• The magnetosphere acts as a giant protective magnetic bubble surrounding Earth, deflecting most harmful charged particles and preventing atmospheric erosion.
• The SMILE mission will study how solar ejections interact with Earth’s magnetic field and trigger geomagnetic phenomena such as auroras (Northern and Southern Lights).
• The mission will help scientists better understand space weather events like solar flares and Coronal Mass Ejections (CMEs), which can damage satellites, communication systems, GPS networks, and electricity grids.
• Findings from the mission may contribute to the development of advanced early warning systems for solar storms and geomagnetic disturbances.
• SMILE carries four scientific instruments, including:
  • Soft X-ray Imager (SXI) developed by ESA
  • Magnetometer
  • Light Ion Analyser (LIA)
  • Ultraviolet Aurora Imager (UVI) developed by the Chinese team

Earth’s Magnetosphere: Planetary Shield Against Solar Radiation

1. Formation and Interaction with Solar Wind

Geodynamo Effect

• Earth’s magnetic field is generated by the movement of molten iron and nickel in the outer core.
• This movement creates electric currents, producing the planet’s magnetic field through the geodynamo process.

Solar Wind Interaction

• The Sun continuously emits a stream of charged particles called the solar wind.
• When these particles approach Earth, they interact with Earth’s magnetic field and reshape it.

Bow Shock

• The bow shock forms where the supersonic solar wind abruptly slows down and heats up after colliding with Earth’s magnetic field.
• It is similar to the shock wave produced by a supersonic aircraft.

Magnetopause

• The magnetopause is the outer boundary of the magnetosphere where solar wind pressure balances Earth’s magnetic pressure.

Magnetosheath

• The region between the bow shock and magnetopause is called the magnetosheath.
• It contains slowed and turbulent solar wind plasma.

2. Structure of the Magnetosphere

Dayside CompressionOn the side facing the Sun, the magnetosphere becomes compressed due to constant solar wind pressure.MagnetotailOn the nightside, magnetic field lines stretch far into space, forming a long magnetotail extending millions of kilometres.Plasma SheetLocated within the magnetotail, the plasma sheet contains hot ionized particles and plays an important role in geomagnetic storms.Van Allen Radiation BeltsThese are doughnut-shaped regions of trapped energetic charged particles around Earth.Inner BeltDominated mainly by high-energy protons.Relatively stable in nature.Outer BeltDominated mainly by electrons.Highly dynamic and strongly influenced by solar activity.PlasmasphereA region of cold and dense plasma rotating along with Earth within the magnetosphere.

3. Importance of the Magnetosphere

Protection from Harmful Radiation

• The magnetosphere shields Earth from dangerous solar radiation and cosmic rays.

Atmospheric Preservation

• It prevents solar wind from stripping away Earth’s atmosphere over geological timescales.
• Mars lost much of its atmosphere partly because it lacks a strong global magnetic field.

Aurorae

• Charged particles travelling along magnetic field lines collide with atmospheric gases near the poles, producing auroras.

Geomagnetic Storms

• Strong solar events such as CMEs can disturb the magnetosphere, causing geomagnetic storms.

Impacts:

• Disruption of power grids
• Satellite malfunction
• GPS and communication failure
• Radio signal disturbances

Space Weather Forecasting

• Understanding magnetospheric behaviour is essential for predicting and mitigating the effects of space weather on modern technological systems.

Key Characteristics of Earth’s Magnetosphere

• Dynamic and constantly changing due to solar wind conditions
• Compressed on the dayside and extended on the nightside
• Traps charged particles in Van Allen radiation belts
• Produces auroras near polar regions
• Essential for protecting life and Earth’s atmosphere from solar radiation