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  • Festivals, Dances, Theatre, Literature, Art in News

    Living Root Bridges of Meghalaya

    This newscard is an excerpt from the original article published in TH.

    Living Root Bridges

    root

    • A living root bridge is a type of simple suspension bridge formed of living plant roots by tree shaping.
    • They are common in the southern part of the Northeast Indian state of Meghalaya. Such a bridge is locally called jingkieng jri.
    • They are handmade from the aerial roots of rubber fig trees (Ficus elastic) by the Khasi and Jaintia peoples of the mountainous terrain along the southern part of the Shillong Plateau.
    • Most of the bridges grow on steep slopes of subtropical moist broadleaf forest between 50m and 1150m above sea level.

    Why is it so unique?

    • As long as the tree from which it is formed remains healthy, the roots in the bridge can naturally grow thick and strengthen.
    • New roots can grow throughout the tree’s life and must be pruned or manipulated to strengthen the bridge.
    • Once mature some bridges can have as many as 50 or more people crossing, and have a lifespan of up to 150 years.

     

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  • Innovations in Sciences, IT, Computers, Robotics and Nanotechnology

    Superconductivity in Mercury

    mercury

    This newscard is an excerpt from the original article published in TH.

    What is a superconductor?

    • A superconductor is defined as a substance that offers no resistance to the electric current when it becomes colder than a critical temperature.
    • Some of the popular examples of superconductors are aluminium, magnesium diboride, niobium, copper oxide, yttrium barium and iron pnictides.

    How mercury becomes superconductor?

    • In 1911, Dutch physicist Heike Kamerlingh Onnes discovered superconductivity in mercury.
    • He found that at a very low temperature, called the threshold temperature, solid mercury offers no resistance to the flow of electric current.

    How is mercury capable of achieving superconductivity?

    Ans. Bardeen-Cooper-Schrieffer (BCS) theory

    • Scientists classified mercury as a conventional superconductor because its superconductivity could be explained by the concepts of Bardeen-Cooper-Schrieffer (BCS) theory.
    • While scientists have used the BCS theory to explain superconductivity in various materials, they have never fully understood how it operates in mercury — the oldest superconductor.
    • The researchers used state-of-the-art theoretical and computational approaches and found that all physical properties relevant for conventional superconductivity are anomalous in some respect in mercury.

    How BCS explains it?

    • In BCS superconductors, vibrational energy released by the grid of atoms encourages electrons to pair up, forming so-called Cooper pairs.
    • These Copper pairs can move like water in a stream, facing no resistance to their flow, below a threshold temperature.
    • By including certain factors that physicists had previously side-lined, the group’s calculations led to a clearer picture of how superconductivity emerges in mercury.
    • For example, when the researchers accounted for the relationship between an electron’s spin and momentum, they could explain why mercury has such a low threshold temperature (around –270°C).

    Coulomb repulsion and Mercury

    • Similarly, the group found that one electron in each pair in mercury occupied a higher energy level than the other.
    • This detail reportedly lowered the Coulomb repulsion (like charges repel) between them and nurtured superconductivity.
    • Thus, the group has explained how mercury becomes a superconductor below its threshold temperature.
    • Their methods and findings suggest that we could have missed similar anomalous effects in other materials, leading to previously undiscovered ones that can be exploited for new and better real-world applications.

     

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  • Festivals, Dances, Theatre, Literature, Art in News

    Ottanthullal Artform of Kerala

    ottanthullal

    A renowned folk artist has expressed his angst over the fading participation of students in Ottanthullal Artform.

    What is Ottanthullal?

    • Ottanthullal (or Thullal, in short) is recite-and-dance art-form of Kerala.
    • It was introduced in the 18th century by the famous Malayalam poet Kunchan Nambiar (1705 – 1770).
    • It is famous for its humour and social satire, and marked by its simplicity as opposed to more complex dance-forms like Kathakali and Koodiyattam.

    Unique features

    • Ottanthullal follows the classical principles of Natyasasthra (a treatise on art compiled in the 2nd century B.C.E).
    • It is enacted into three separate versions
    1. Ottanthullal
    2. Seethankan thullal
    3. Parayan thullal
    • The Ottanthullal is the most popular among the three varieties of Thullal.

    How is it performed?

    • The performance uses elaborate expressions and stories recited in verses to bring important mythological tales and stories to life.
    • The costume and makeup of the performer are similar to that of a Kathakali artist.
    • It is performed at temple festivals and cultural programmes.
    • The performer is supported by a singer who repeats the verses and is accompanied by an orchestra of mridangam or thoppimaddalam (percussions) and cymbals.

     

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  • Judicial Pendency

    Government Litigation

    cases

    Context

    • Much has been said about why we have a staggeringly high number of cases that constitute pendency or cases that are undecided in the court system. Pendency or cases pending in courts have been a source of agony for litigants, lawyers and judges alike. In 2018, the Law Commission of India, in its 230th report, noted that the government is the biggest litigant in the system.

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    Ratio: Number of Judges serving the population

    • India has 21 judges for every million people: India has a terribly low number of judges serving a very large population to be more precise, India has about 21 judges for every million people, as the government recently informed the Rajya Sabha.
    • Comparatively in China: China has about 159 judges for every million people.

    What is cause of concern for the government?

    • Pendency impacts governance and weakens law and order: It is a cause of concern for the government since an arduous dispute resolution system adversely impacts governance and weakens law and order in any country.
    • Government is the largest litigant: Our government has been seized by the burdens of the justice system for long, and is acutely aware of its own role in contributing to the number of cases that enter the courts and remain to be decided.

    Efforts taken by the Government to reduce its litigation

    • Government is well aware: The government has been cognisant of its role in contributing to litigation simply by being the biggest litigator in the courts.
    • Action plan in response to large number of Government litigation: On June 13, 2017, the department of justice of the Government of India, released an Action Plan to reduce Government Litigation. The action plan was in response to the fact that 46 per cent of the total pending cases in the court system pertains to the government.
    • Legal Information Management Briefing System (LIMBS): In 2015, they started the rather aptly named LIMBS project that intends to connect 55 ministries and their departments for litigation management. Aptly named, for it seeks to connect the various limbs of governance of our state. As on January 3, LIMBS shows that there are 6,20,000 cases involving the government pending before the court system.
    • National Litigation Policy (NLP), 2010: The status report to the NLP, 2010, was prepared because it is based on the recognition that the government and its various agencies are the predominant litigants in the courts and tribunals in the country. And, hence, it aimed to transform the government into an efficient and responsible litigant.

    Is all its litigation is initiated by the government?

    • To be fair to the government, not all its litigation is initiated by it.
    • For instance, the government is the catalyst in inter-departmental litigation (between wings of the government) and routine appeals in service matters.
    • However, citizens trigger writ jurisdiction of the courts and file appeals in criminal cases. These also constitute a segment of cases involving the government being heard at various high courts and the Supreme Court.
    • So, while the government can control some of the litigation it is involved in, it is not the catalyst in certain classes of cases that involve it.

    Way ahead

    • Insights provided by the Vidhi Centre: The Vidhi Centre for Legal Policy in its report on Government Litigation published in 2018, provides great insights into where the government can and cannot control the litigation it is party to.
    • Where Government control its litigation: For instance, the government’s 2010 National Litigation Policy (NLP) recognises that service matters should not be normally appealed and only cases which involve questions of constitutional interpretation should be pursued all the way till the Supreme Court. The government should implement this reform suggested by its own policymakers.
    • Reasons to reduce the litigation: There are many good reasons to reduce litigation that involves the government. Reducing the burden on the courts is a prime reason. As Vidhi 2018 notes, the costs involved in pursuing litigation eat into public funds. And a court battle between the individual and the state is also a battle of unequals.

    Conclusion

    • What we need to address the overburdened court system is for the largest litigant to use the court system more efficiently and cautiously. This would be a tremendous start to addressing the problem of pendency. Appointing more judges would be a massive step to helping more dispute resolution as well.

    Mains question

    Q. Pendency of cases haunts Indian judiciary for a very long time. While there are multiple reasons for pendency, it is said that Government is the largest Litigant discuss. Enlist what efforts are taken by the government to reduce its litigation?

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  • Capital Markets: Challenges and Developments

    RBI to issue first-ever Sovereign Green Bonds

    green bond

    The RBI would issue Sovereign Green Bonds (SGrBs) in two tranches of ₹8,000 crore each on January 25 and February 9.

    What are Sovereign Green Bonds?

    • A bond is an instrument to raise debt.
    • Since 2007, a market for bonds specifically self-labelled or designated as ‘green’ has emerged.
    • This label differentiates a green bond from a regular bond, which signifies a commitment to exclusively use funds raised to finance or re-finance “green” projects, assets, or business activities.
    • When these bonds carry guarantees related to the repayment of principal and payment of interest by the sovereign or the government, they are called sovereign green bonds (SGrB).

    How are the projects for green bonds selected?

    • A project is classified “green” on the basis of four key principles. These include-
    1. Encouraging energy efficiency in resource utilisation
    2. Reducing carbon emissions and greenhouse gases
    3. Promoting climate resilience and
    4. Improving natural ecosystems and biodiversity, especially in accordance with SDG (Sustainable Development Goals).

    When is the first sovereign green bond likely to be issued? 

    • In her Budget speech early this year, Finance Minister announced that sovereign green bonds will be issued for mobilising resources for green infrastructure.
    • The proceeds will be deployed in public sector projects that help in reducing the carbon intensity of the economy.
    • These green bonds would be available in 5-year and 10-year tenure.

    How are they different from conventional government bonds?

    • Government bonds or government securities (G-Secs) are normally categorised into two — Treasury Bills and dated or long-term securities.
    • These bonds carry coupon rates and are tradable in the securities market.
    • SGrB is one form of dated security. It will have a tenor and interest rate.
    • Money raised through SGrB is part of overall government borrowing.

    Who are likely to be the buyers of these bonds? 

    • Both domestic and international investors are expected to be interested in SGrB.
    • However, one thinking is foreign investors may be slightly hesitant due to currency risk.

     

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  • North-East India – Security and Developmental Issues

    Kuki-Chin Refugees Issue

    kuki chin

    As another round of refugee crisis brews on the Mizoram-Bangladesh border, several members of the Kuki-Chin community were “pushed back” by the Border Security Force (BSF).

    Who are the Kuki Chins?

    • The Chins of Myanmar, the Mizos of Mizoram and the Kukis of Bangladesh are of the same ancestry and belong to the Kuki ethnic group native to the Mizo hills.
    • They are collectively called the Zo people.
    • The Kuki Chin people are settled in the Chittagong Hill Tracts, the only extensive hill area in Bangladesh that lies in the southeastern part of the country.
    • It borders Myanmar on the southeast, Tripura on the north, Mizoram on the east and the Chittagong district in the west.
    • Mizoram shares a 318-km stretch of international border with Bangladesh.

    Why are they fleeing to Mizoram?

    • Already, since 2021, around 30,000 Kuki Chin refugees from Myanmar have sought shelter in Mizoram.
    • They have been escaping the crackdown by the military junta in Myanmar and identity-loss in Bangladesh.

    Roots of their insurgency

    • The roots of Kuki militancy lie in conflicts of ethnic identity.
    • First was the demand for self-determination solely for groups belonging to their ethnic fabric, meaning the dream to form a Kukiland.
    • The second reason for insurgency lies in the inter-community conflicts between the Kukis and the Nagas in Manipur.
    • The Kuki-Naga conflict was started over securing identity and land as some Kuki-inhabited areas coincided with Naga-inhabited areas.
    • Wanting to dominate trade and cultural activities in those areas the two communities often engaged in violent standoffs, with villages being torched, civilians killed and so on.

    What is India’s Stand?

    • The authorities are prepared to handle the inflow.
    • India would be extending help and shelter to the refugees coming in from Bangladesh on humanitarian ground.
    • A meeting of the Mizoram Cabinet decided to provide temporary shelter, food and medicine to the refugees who have already crossed over.

     

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  • Festivals, Dances, Theatre, Literature, Art in News

    Sagol Kangjei: Ancient Polo of Manipur

    sagol kangjei

    It is believed that Sagol Kangjei, the modern-day Polo game originated in Manipur.

    Sagol Kangjei

    • Modern polo is said to have originated from Sagol Kangjei, a sport indigenous to Manipur.
    • In this players ride horses, specifically the Manipur Ponies, which are referenced in records dating back to the 14th century.

    Conserving the breed: Manipur Pony

    • The Manipur Pony is one of five recognised equine breeds of India, and has a powerful cultural significance for Manipuri society.
    • The pony has been indispensable with Manipuri society for its socio-cultural association for centuries.
    • Its antecedents, however, are not clear, as one source stated Tibetan ponies as its ancestors while another source stated its origin to be a cross between Mongolian wild horse & Arabian.
    • The 17th Quinquennial Livestock Census 2003 had recorded 1,898 Manipur Ponies; the number fell to 1,101 in the 19th Quinquennial Livestock Census in 2012.

     

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  • Indian Navy Updates

    Underwater combat drones: Indian Navy’s readiness

    combat

    Context

    • India is on a drive to induct unmanned combat systems into the military. Months after the Indian Army announced the induction of swarm drones into its mechanized forces, the Navy chief, Admiral R Hari Kumar, reiterated the importance of autonomous systems in creating a future-proof Indian Navy (IN).

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    combat

    Indian Navy’s expanding surveillance and reasons for doing so

    • The IN, indeed, has been on a mission to expand surveillance in India’s near-seas: Two years after it leased MQ-9B Sea Guardian drones from the US, the navy, in July 2022, released an unclassified version of its unmanned roadmap for the induction of remote autonomous platforms including undersea vehicles.
    • Maritime deterrence in the Eastern Indian Ocean: A key driver for the enterprise is underwater domain awareness, deemed an increasingly vital component of maritime deterrence in the Eastern Indian Ocean.
    • Chinas undersea presence in the Indian ocean: In the aftermath of the conflict in Ladakh in June 2020, there is a growing sense among Indian experts and military planners that China’s undersea presence in the Indian Ocean is on the cusp of crossing a critical threshold.
    • Recent reports of sighting of Chinese drones in the waters of Indonesia: Recent reports of the sighting of Chinese drones in the waters off Indonesian islands suggest the Peoples Liberation Army Navy has been studying the operating environment of the Indian Ocean.
    • China already deployed vessels around Andaman in the name of research: Already, there has been a rise in the deployment of Chinese research and survey vessels in the waters around India’s Andaman and Nicobar Islands.
    • Recognizing the threat, Indian Navy sought acquire to own AUV: Ever more alive to the dangers posed by foreign undersea presence in Indian waters, the IN sought to acquire its own autonomous underwater vehicles (AUVs) with twin surveillance and strike capabilities.

    Analysis: The navy’s interest in armed underwater drones

    • Underwater vehicles never viewed as warfighting assets: Despite being widely used in underwater search and exploration, underwater vehicles have never quite been viewed as warfighting assets by India’s military establishment.
    • Never sought deploying underwater drones in combat roles: Notwithstanding the AUVs’ utility in tasks such as mine detection and ship survey, India’s naval planners have traditionally desisted from deploying undersea drones in a combat role.
    • Acknowledging war fighting capabilities and need of the hour: Indian analysts and decision-makers seem to be belatedly acknowledging the warfighting abilities of underwater autonomous platforms powered by artificial intelligence (AI).
    • Getting ready for the new era warfare: With the fourth industrial revolution (4IR) shaping a new era in warfare, Indian observers are beginning to recognise the likely impact of disruptive technologies on the maritime domain. AI powered by deep learning, data analytics, and cloud computing, many say, is poised to alter the maritime battlefront, potentially triggering a revolution in naval affairs in India.

    Challenges to harness the disruptive technologies in maritime combat

    • Ethical paradox: There is an ethical paradox that typifies artificially intelligent combat systems.
    • Imported AI tech algorithms cannot be under user control: Despite rendering warfare more deadly, AI compromises the control, safety, and accountability of weapon systems it also enhances the risk of shared liability between networked systems, particularly when weapon algorithms are sourced from abroad, and when the satellite and link systems that enable combat solutions are not under the control of the user.
    • Predisposition of data in AI can undermine the decision making: AI is characterised by a predisposition to certain kinds of data. Biases in the collection of data, in the set of instructions for data analysis, and in the selection of probabilistic outcomes muddle rational decision-making, undermining confidence in automated combat solutions.
    • The doctrinal paradox is equally troubling: There is no easy way of incorporating AI-fuelled warfighting approaches into doctrine, particularly when many technologies are in a nascent stage of development, and there is little clarity about how effective AI could be in combat.
    • Capacity limitation that restricts the development of AI: While technology absorption in the navy has matured in certain areas over a period of time, a large gap still exists in the development of critical technologies, which are system engineering, airborne and underwater sensors, weapon systems, and hi-tech components.

    The critics of AI in warfare

    • Technology without comprehensive testing is risky: That fielding nascent technologies without comprehensive testing puts both military personnel and civilians at risk.
    • Probabilistic assessment by computers not always provide optimal solution: A system of targeting human beings based on probabilistic assessments by computers that act merely on machine-learned experiences, is problematic because the computer neither has access to all relevant data to make an informed decision nor recognizes that it needs more information to come up with an optimal solution.
    • Shaping policy to account for AI is challenging: That is because military doctrine is premised on a traditional understanding of conflict. If war is a normative construct, then there are rules and codes to be followed, and ethical standards to be met.
    • AI could be inconsistent with the laws of war: What is more, AI seemingly automates weapon systems in ways that are inconsistent with the laws of war.

    combat

    Legality issues of underwater combat drones

    • Status by UNCLOS is not yet clear: It is not yet clear if unmanned maritime systems enjoy the status of ships under the UN convention of the laws of the sea; even if they do, it is unlikely that they can be classified as warships.

    Way ahead

    • Notwithstanding the announcement of multiple AI projects, the navy remains focused on using AI in noncombat activities such as training, logistics, inventory management, maritime domain awareness, and predictive maintenance.
    • India’s maritime managers recognize that the IN is still at a place on its evolutionary curve where incorporating AI in combat systems could prove risky. An incremental approach, many believe, is the best way forward.

    Conclusion

    • It is worth acknowledging that AI in warfare is not just a matter of combat effectiveness but also of warfighting ethics. AI-infused unmanned systems on the maritime battlefront pose a degree of danger, making it incumbent upon the military to deploy its assets in ways that are consistent with national and international law. India’s naval leadership would do well if it takes careful and calculated steps in developing AI-powered underwater systems.
  • Innovations in Sciences, IT, Computers, Robotics and Nanotechnology

    Green Hydrogen Mission: India in the right bus in the right direction

    Mission

    Context

    • As countries work on reducing their dependence on fossil fuels due to climate change considerations, a race is currently on to secure the energy sources of the future. Green hydrogen, produced through a clean process, is rightly seen as the most dependable source of energy of the future.

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    Mission

    Highlights: India’s efforts towards clean energy transition and the challenges

    • Seasonality challenge for solar and Wind energy: Solar and wind energy have almost been tamed, but their intermittency and seasonality continue to be a challenge.
    • High cost of nuclear energy: The Nuclear energy has been in use for several decades now, but its cost remains a constraint.
    • Electric vehicles are still not convenient: Even though electric vehicles are fast gaining in popularity, the convenience of petrol or diesel is still missing.
    • The government approval to the National Green Hydrogen Mission: recently government approved National green hydrogen Mission a keenly-awaited decision. The nearly Rs 20,000 crore mission is aimed at building domestic capabilities in developing technologies to produce hydrogen, an element that is readily available in nature but never alone, because of which it requires segregation.

    What is Green Hydrogen?

    • Clean and no harmful gas emission: The Green hydrogen is the one produced with no harmful greenhouse gas emissions.
    • Produced by electrolysis of water: It is made by using clean electricity from surplus renewable energy sources, such as solar or wind power, to electrolyse water. Electrolysers use an electrochemical reaction to split water into its components of hydrogen and oxygen, emitting zero-carbon dioxide in the process.
    • Energy intensive process: It is an energy-intensive process for splitting water into hydrogen and oxygen using renewable power to achieve this.

    Analysis: Green Hydrogen most dependable source of energy of the future

    • Energy of the future: The Green hydrogen, produced through a clean process, is rightly seen as the most dependable source of energy of the future.
    • Fuel for vehicles or to generate electricity: It can be used to generate electricity or as fuel in industries or vehicles.
    • Not yet cost effective: Even though the technology to produce hydrogen in an emission-free manner is not yet mature or cost-effective, it features prominently in several countries’ strategies to achieve net-zero emission status by the middle of this century.
    • Production is expensive: The green hydrogen currently makes up a small percentage of the overall hydrogen, because production is expensive. The current cost of green hydrogen in India is ₹300 to ₹400 per kg.

    Mission

    Late entry in Solar energy: a lesson to be remembered

    • Green hydrogen is still in a nascent stage: Efforts to harness the energy of hydrogen in a clean and affordable manner have been stepped up significantly in the last few years. In many ways, green hydrogen is where solar energy was 10-12 years ago.
    • Technology was available but not economical: The technology to harness the energy was available, but wasn’t economical. Then, dramatically, in a period of less than five years, a combination of technology improvement and massive demand in countries like China saw the prices of solar photovoltaic cells come down by 80-90 per cent, suddenly making solar energy an extremely attractive proposition.
    • India’s entry in solar revolution was a little late: India joined the solar revolution a little late, after the prices had come down. And while India is now one of the biggest players in solar energy, most of the raw materials and components are imported.
    • The big concern: There are already concerns that inability to develop domestic capabilities in solar manufacturing will only result in India moving from one kind of dependency oil imports to another.

    Mission

    National hydrogen mission: India’s efforts in right direction

    • Early entry in Hydrogen energy: With the hydrogen mission, India is making a relatively early entry into a still nascent technology domain.
    • Emphasis on developing domestic manufacturing capabilities: It is reassuring to see that the bulk of the financial allocation for the mission is geared towards developing domestic manufacturing of electrolysers, the equipment in which hydrogen is separated from water molecules, and the production of hydrogen.
    • Allocation of funds for R&D, a move in right direction: A substantial part of the money has been earmarked for R&D activities with the aim of developing globally competitive technologies.

    Conclusion

    • With the much-needed hydrogen mission, India is making a relatively early entry into a still nascent technology domain. It is important not to miss the bus like the solar revolution this time. For now, the government seems to be moving in the right direction.
  • Higher Education – RUSA, NIRF, HEFA, etc.

    UGC norms to setup Foreign Universities in India

    foreign universities

    The University Grants Commission (UGC) has unveiled draft regulations for ‘Setting up and Operation of Campuses of Foreign Higher Educational Institutions in India’.

    Quest for Foreign Universities in India: A quick recap

    • The government had in 1995 drafted the Foreign Education Bill which had to be shelved.
    • Another attempt was made in 2006, but the draft law could not cross the Cabinet stage.
    • Then in 2010, the UPA-2 government brought the Foreign Educational Institutions Bill, which failed to get enough support in the Parliament.
    • The bill lapsed in 2014 as UPA lost power.
    • The New Education Policy, 2020 allows for establishment of foreign university campuses in India.

    Procedure for Universities coming to India

    • The process for getting approval for setting up a campus in India will be strictly online in the beginning. Interested institutions have to apply at the UGC portal with a non-refundable fee, and then submit some documents.
    • After the applications are received, a committee formed by the Commission will examine these applications on these factors:
    1. Credibility of the institution
    2. Programmes to be offered by the institution
    3. Their potential to strengthen academic opportunities in India
    4. Proposed infrastructure

    UGC (Setting up and Operation of Campuses of Foreign Higher Educational Institutions in India) Regulations 2023: Key questions answered

    • UGC approval compulsory: All foreign universities that wish to set up their campus in India will be allowed to do so only after getting approval from the UGC.
    • Reputed institutions: To set up a campus in Indian foreign universities will either have to be in the top 500 to apply or will have to be “highly reputed” in their respective countries (if the varsity does not participate in global rankings). If their ranking is between 500 and 100, but the subject-wise ranking is higher than overall, then in such cases, the institutions will be permitted to set up their campuses only for those ranked subjects.
    • Quality assurance: Additionally, the UGC will reserve the right to inspect these Indian campuses of foreign HEIs at any time, and they will not be outside the purview of anti-ragging and other criminal laws.
    • Offline classes only: All the foreign universities that open their branches in India will be allowed to conduct offline classes only, i.e. foreign universities can offer only full-time programmes in physical mode.
    • Freedom to choose admission process, fee, and faculty: All foreign varsities will have the freedom to come up with their own admission process. However, the universities will have to ensure “quality of education imparted at their Indian campuses is on par with their main campus.”
    • Admissions to all: Foreign higher educational institutes will have the freedom to enroll Indian as well as international students on their Indian campuses.
    • International funds transfer: To ensure that there is no chaos in funds transfer, all matters related to funding will be as per the Foreign Exchange Management Act 1999.
    • Safeguarding of students’ interest: FHEI shall not discontinue any course or programme or close the campus without the commission’s prior approval. In the case of a course or programme disruption or discontinuation, the parent entity shall be responsible for providing an alternative to the affected students.
    • Equivalence with degrees awarded by Indian HEIs: The qualifications awarded to the students in the Indian campus shall be recognised and treated as equivalent to the corresponding qualifications awarded by the FEHI in the main campus located in the country of origin.
    • Securing India’s national interest: FEHIs shall not offer any such programme or course which jeopardises the national interest of India or the standards of higher education in India. The operation of FEHIs shall not be contrary to the sovereignty and integrity of India, the security of the state, friendly relations with foreign states, public order, decency, or morality.

    Why such move?

    • Increase in domestic enrolment: India has more than 1000 universities and 42,000 colleges. Despite having one of the largest higher education systems in the world, India’s Gross Enrolment Ratio (GER) in higher education is just 27.1%, among the worlds’ lowest.
    • Education quality improvement: The lack of quality in Indian education is reflected in the QS World University Rankings 2022. IIT Bombay was the top-ranking Indian institute in the list with a ranking of 177. Only eight Indian universities made it to the top 400.
    • Paving the way: London Business School, King’s College in London, the University of Cambridge, and New York University have started preliminary discussion with the GIFT City authorities and the regulator to establish facilities at the GIFT International Financial Services Centre.

    Benefits of the move

    • Human capital generation: This move would complement efforts to provide high quality human capital to India’s financial services industry.
    • Decreased overseas spending: Indian students’ overseas spending is set to grow from current annual $28 billion to $80 billion annually by 2024.
    • Reduce FOREX spending: Apart from fostering a competition in quality, International branch campuses can also help in reducing the foreign exchange outflow.
    • Prevents brain-drain: Education attracts opportunities. Atmanirbhar Bharat push will retain the domestic talent. More than eight lakh Indians gave up their citizenship in the last seven years.
    • Increase India’s soft power: Opening the door for foreign universities can improve India’s soft power as it will provide further impetus to the government’s Study in India programme that seeks to attract foreign students.

    Challenges

    • Regulatory challenges: The following factors may deter foreign higher educational institutions from investing in India-
    1. Multi-layer regulatory framework governing different aspects of higher education
    2. Lack of a single regulatory body overlooking the collaborations/ investments and
    3. Multiple approvals required to operate in India
    • Implementation issues: While NEP has taken the right steps to boost the education sector and pave the way for a globally-compatible education system, its implementation has been slow and requires clarity.
    • Higher possibility of Brain Drain: A policy challenge that stands before the GoI is to facilitate such tie-ups in a way that the Indian talent chooses to and is incentivised to remain in India and the Indian educational infrastructure is developed to match global standards.

    Conclusion

    • The intent of the GoI, with respect to international universities setting up campuses in India, is clear from the provisions in the NEP.
    • However, much clarity is awaited for the proper implementation.

     

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