About Rotating Detonation Engine (RDE):

• It is a type of propulsion system that differs from conventional gas turbines and ramjets in the way it uses fuel.
• Usually, engines use deflagration, which is a subsonic, steady way of burning fuel through a flame.
• On the contrary, an RDE uses detonation, wherein the fuel burns faster as rapid supersonic explosions rotate through the chamber of the engine.
• This rapid detonation produces more thrust for the same amount of fuel.
• This volume savings can be used to increase fuel and/or payload volume, providing potential range, speed, and affordability benefits compared to rockets, ramjets, and gas-turbines.
• These mechanically simple RDEs have no moving parts, making them less complex than gas turbine engines and therefore potentially lower cost and simpler to manufacture.

About National Anubhav Awards:

• It was launched in 2015 by the Department of Pension & Pensioners’ Welfare (DoPPW), Ministry of Personnel, Public Grievances & Pensions.
• Eligibility: The employees of Central Government, Central Public Sector Enterprises (CPSEs) and Public Sector Banks who are going to retire in the next 8 months or who have retired within 3 years are the ‘eligible employees’ for the submission of Anubhav write-ups. 
• Categories: The categories included Administrative Work, Good Governance, Research, Simplification of Procedures, Accounts, Field Work Contributions, and Constructive Feedback for Work Improvement.
• Objectives:
  • It aims to create a database of significant suggestions and work experiences.
  • It channels the human resource of retiring employees for nation building.
  • Enable Ministries/ Departments to take crucial steps while considering useful and replicable suggestions.
• Each ANUBHAV Awardees will be felicitated with a medal and certificate and a Prize of 10,000 rupees, whereas a Jury certificate Winner will be presented with a medal and a certificate.

About Appeal and Complaint Management System Portal:

• It is an online web application portal, initially introduced by the Central Information Commission in 2016.
• It enables citizens to file Second Appeals and Complaints online and facilitates end-to-end digital processing of cases.
• It includes registration, scheduling of hearings, issuance and uploading of decisions and other related processes.

Key Facts about Appeal and Complaint Management System Portal 2.0:

• It has been developed as a technologically upgraded platform with enhanced security standards, improved functionalities and streamlined workflows.
• Key feature of AppCoMS 2.0
  • It has introduced a feature of user accounts for Applicants, Central Public Information Officers (CPIOs) of the Public Authorities and other stakeholders, linked with their e-mail ID and mobile number.
  • In the upgraded system, applicants will be able to submit Second Appeals and Complaints through their user accounts.
  • Under this version, applicants can view case timelines, access documents, download hearing notices and decisions/ orders.
  • It has the facility for use of Digital Signature Certificates (DSCs) for digitally signing and issuing notices/orders by the Commission.

About Exercise MAITREE:

• It is the joint military exercise between India and Thailand.
• It was instituted in 2006.
• It is an important platform for sharing best practices and strengthening military cooperation between India and Thailand.
• In Exercise MAITREE 2026, the Indian Army contingent is represented primarily by troops from 9 Gorkha Rifles.
• Focus: The exercise will involve company-level joint training focused on operations in jungle and semi-urban terrain.
• Aim: Aim of the exercise is to foster Military Cooperation between India and Thailand.
• The Exercise will enhance combined capabilities in executing Joint Counter Insurgency/ Terrorist Operations in Jungle and semi-urban Environment under Chapter VII of United Nations Charter.
• The training will include field exercises, combat discussions, lectures, demonstrations and a culminating validation exercise.
• The contingents will also exchange operational experience and showcase contemporary equipment and technologies employed during joint operations.
• Significance: It will further reinforce the longstanding bilateral relations between the two nations.

About Electronics Components Manufacturing Scheme:

• It was launched in 2025 by the Ministry of Electronics and Information Technology.
• Objective: To develop robust component manufacturing ecosystem by attracting investments (global / domestic) across the value chain by integrating its domestic electronic industry with the Global Value Chains (GVCs).
• The scheme will offer three incentive structures:
  • turnover-linked incentive (based on revenue)
  • capex-linked incentive (for investments in plants & machinery)
  • hybrid incentive model (a combination of both)
• Employment generation will be a mandatory requirement for all applicants, including both component manufacturers and capital equipment producers.
• Tenure: It has six-year tenure with a one-year gestation period for the Turnover Linked Incentive and the Capex Incentive is available for a five-year period. 
• The scheme focuses particularly on passive electronic components. In contrast, active components fall under the purview of the India Semiconductor Mission (ISM).
• Target: It to promote the manufacturing of select passive electronic components, including resistors, capacitors, speakers, microphones, special ceramics, relays, switches, and connectors.

Context

• Modern medicine possesses enormous knowledge, but ensuring that this expertise reaches patients at the right time remains a major challenge.
• Access traditionally depends on trained clinicians, healthcare institutions and connecting systems, all of which are difficult to expand rapidly.
• For India, where healthcare capacity is expanding alongside a complex disease burden, Artificial Intelligence (AI) offers a new possibility: extending medical expertise without proportionately increasing human resources.
• AI is increasingly entering diagnosis, consultations and hospital operations. The challenge is to make these systems reliable, safe, affordable and clinically appropriate for routine use.

Expanding the Reach of Medical Expertise

• AI can narrow the gap between medical knowledge and its availability at the point of care.
• By January 2025, the US. FDA had authorised more than 1,000 AI-enabled medical devices, particularly in areas such as radiology and cardiology.
• The U.K. NHS has also introduced AI-enabled ambient scribing to reduce administrative workloads.
• For India, this transformation is particularly important because specialist healthcare remains concentrated in major cities, while smaller towns and rural areas often face shortages of specialised expertise.
• AI can help prioritise medical scans, identify deteriorating patients and assist doctors in complex cases.
• Its greatest value may therefore lie in multiplying the productivity of existing healthcare professionals.

The Economic Benefits

• India faces rising patient volumes, chronic diseases and limited clinical capacity. AI can improve efficiency by reducing time spent on repetitive administrative and operational tasks.
• India has already established a strong digital foundation. By May 2026, more than 100 crore health records had been linked to Ayushman Bharat Health Accounts.
• The Ayushman Bharat Digital Mission's Scan and Share service has also reduced outpatient registration waiting times dramatically.
• AI can extend these gains to appointment scheduling, clinical documentation, claims processing, inventory management and discharge procedures.
• A January 2026 McKinsey analysis estimated that AI could reduce healthcare revenue-cycle collection costs by 30% to 60%.
• Such savings can release resources for doctors, nurses, equipment and infrastructure while reducing administrative burdens and staff fatigue.

Beyond Hospitals: New Healthcare Models

• Remote monitoring can maintain patient connectivity after discharge, while AI-supported preventive programmes can identify high-risk individuals before their conditions become severe.
• Virtual specialist support can connect smaller hospitals with experts elsewhere, while AI-assisted diagnostics can bring advanced medical capabilities closer to underserved communities.
• Patients with diabetes, cardiovascular disease and cancer could benefit from continuous monitoring rather than relying solely on episodic hospital visits.
• This can shift healthcare from a reactive approach towards early detection, prevention and continuous disease management.
• Healthier populations are more productive, require fewer costly interventions and enjoy better quality of life, creating substantial economic benefits.

The Need for Judicious Use

• AI should not be adopted indiscriminately. Effective healthcare AI requires clinical validation, representative data, human oversight and continuous evaluation.
• A system performing well in one hospital or population may not produce similar results elsewhere because India's States differ in demographics, disease patterns, infrastructure and healthcare access.
• AI performance can also change as patient populations and clinical practices evolve.
• Therefore, healthcare systems must continuously monitor AI tools rather than assume that effectiveness at launch guarantees long-term reliability.
• The FDA's efforts to improve real-world evaluation of AI-enabled medical devices underline the importance of this approach.
• Since healthcare decisions directly affect human lives, patient safety and accountability must take precedence over technological enthusiasm.

AI as an Instrument of Inclusive Development

• India does not need AI everywhere. It needs AI where it can reduce delays, improve clinical decisions, expand access and prevent avoidable deterioration.
• Responsible integration should therefore take priority over indiscriminate deployment.
• Healthcare is fundamental to economic development because national prosperity ultimately depends on the health, longevity and productivity of people.
• India's next phase of development will require not only physical and digital infrastructure but also stronger human capital.
• AI can support this transformation by making medical expertise more accessible, improving operational efficiency and strengthening preventive and continuous care.

Conclusion

• The success of AI in healthcare should not be measured by the number of algorithms or hospitals using it, but by better patient outcomes.
• Its real impact will be visible when patients receive timely diagnosis, doctors gain more time for meaningful care, specialist expertise reaches smaller communities and preventable deterioration is reduced.
• With efficiency, equity, clinical responsibility and human oversight, AI can help transform Indian healthcare from a largely reactive system into one focused increasingly on anticipation, prevention and continuous management.
• Its ultimate economic return will lie in healthier citizens, greater productivity, longer lives and improved human well-being.

Context

• India’s scientific research faces persistent funding constraints, often prompting calls to tax profitable non-essential industries such as cinema, tourism, apparel and professional sport.
• Though seemingly attractive, this approach rests on the mistaken assumption that economic wealth is a fixed resource.
• A stronger solution lies in improving the efficiency of existing public expenditure, removing bureaucratic barriers and encouraging private and international investment in science.

A Flawed Proposition

• Taxing industries such as the IPL assumes that their profits come at the expense of scientific funding. This ignores the economic cascade effects of commercial activity.
• Organised sport generates employment in broadcasting, merchandise, food services, physiotherapy, rehabilitation and sports science.
• Cinema, tourism and manufacturing similarly create extensive economic networks.
• Science and commercial industries are also interdependent. Films require computing, optics and engineering; textiles depend on chemistry and materials science; sport increasingly uses biomechanics, medicine and nutrition.
• Thus, economic progress is not a zero-sum game in which the growth of one sector necessarily harms another.

The Problem of State Allocation

• Even if additional taxes generated revenue, efficient allocation would remain difficult.
• Government expenditure involves competing public priorities, including science, healthcare, education, infrastructure and public safety.
• The problem becomes more complex within science itself. Decisions must be made about disciplines, institutions, infrastructure and research priorities.
• Determining productivity and distributing funds can create bureaucratic discretion, institutional rivalry and conflicts of interest.
• Government subsidies also inevitably carry conditions, reducing the autonomy researchers expect from public funding.

What Is Allowed Instead of What Is Needed?

• India’s research system frequently divides funds into rigid categories such as equipment, electronics, consumables and travel.
• Such classifications can prevent laboratories from spending money where it is actually needed.
• This creates a damaging incentive: researchers may purchase what is permitted rather than what is scientifically necessary, particularly before the end of a financial year.
• Fear of losing unspent funds can further encourage wasteful expenditure.
• Consequently, scientists spend valuable time navigating procurement procedures instead of conducting research.
• Such bureaucratic distortions resemble the inefficiencies associated with the former Licence Raj.

Necessary Steps Towards Meaningful Reforms

• Structural Reforms Are More Important Than New Taxes
  • The priority should be to improve the use of existing resources.
  • Greater flexibility in research funding would allow scientists to respond to changing experimental requirements without excessive administrative intervention.
  • Recruitment procedures also require reform.
  • Outdated regulatory structures can make Indian institutions less attractive to talented researchers and contribute to the loss of scientific talent overseas.
  • Reducing GST and import duties on scientific equipment would further lower the cost of research.
  • Many specialised instruments cannot be procured domestically at the required quality or scale, making affordable global access essential for competitive research.
• Encouraging Private and Foreign Investment
  • India should develop a diversified science-funding ecosystem involving government, industry, philanthropy, universities and international institutions.
  • Excessive CSR compliance requirements can encourage companies to support short-term, low-risk projects rather than ambitious research.
  • Similarly, complicated procedures for foreign contributions discourage laboratories from accessing international resources.
  • Private endowments can provide greater accountability because donors and institutions have a direct interest in research outcomes.
• Rethinking Import Substitution and Procurement
  • Domestic manufacturing should be encouraged without compromising scientific quality.
  • Import substitution can become counterproductive when protection from global competition reduces incentives to develop world-class products.
  • Rigid procurement systems can similarly force researchers to choose cheaper but inferior equipment.
  • Scientific research requires precision, reliability and technological quality, not merely the lowest nominal price.
  • Procurement rules should therefore encourage competition, innovation and performance.

The Way Forward

• India needs to remove institutional bottlenecks rather than impose punitive taxation.
• Flexible grants, competitive procurement, lower taxes on scientific equipment, easier access to foreign funding and greater private participation can strengthen the research ecosystem.
• Successful industries should not be treated merely as convenient sources of additional revenue.
• They create employment, investment, innovation and tax revenues while contributing to wider economic growth. 

Conclusion

• India’s scientific challenge is not simply a shortage of money but an institutional and structural problem.
• Taxing sport, entertainment or other successful industries does little to resolve inefficient procurement, rigid funding categories or barriers to private investment.
• A stronger strategy requires greater institutional autonomy, efficient public spending, lower research costs and diversified funding.
• Economic growth and scientific advancement should be viewed as complementary rather than competing objectives.
• India can become a global scientific leader by removing the barriers that prevent existing capital, talent and knowledge from being used effectively.

Why in News?

• Critical minerals such as lithium, cobalt, nickel, rare earth elements and graphite are indispensable for electric vehicles (EVs), batteries, renewable energy, electronics, defence and advanced manufacturing.
• With domestic reserves and production insufficient to meet future demand, India is seeking overseas mineral assets through Khanij Bidesh India Ltd. (KABIL).
• India’s critical-mineral strategy combines domestic exploration, overseas asset acquisition, recycling, substitution and processing capacity to reduce vulnerability to concentrated global supply chains.

What’s in Today’s Article?

• KABIL and India’s Overseas Strategy
• Relative Success and Opportunity Lost
• Chile - Financial Constraints and Institutional Delays
• Structural Challenges Experienced by KABIL
• Way Forward

KABIL and India’s Overseas Strategy:

• Established in 2019, KABIL is a joint venture of National Aluminium Company Ltd. (NALCO), Hindustan Copper Ltd. (HCL) and Mineral Exploration & Consultancy Ltd. (MECL).
• Its mandate is to identify, explore, acquire and develop overseas critical-mineral assets.
• However, KABIL’s expansion has faced difficulties in Australia, Vietnam, Mali and Chile, with several proposed investments being delayed or abandoned. Argentina remains the principal area of tangible progress.

Relative Success and Opportunity Lost:

• Argentina:
  • KABIL has acquired five lithium brine blocks in Catamarca province. It is also evaluating seven additional greenfield lithium blocks in Catamarca and negotiating two more lithium projects in Jujuy.
  • The progress in Argentina reflects India’s attempt to secure lithium resources at source and develop a more resilient supply chain for the emerging battery economy.
• Australia:
  • In December 2024, a consortium of KABIL, Coal India Ltd. (CIL), Oil India Ltd. (OIL) and ONGC Videsh Ltd. (OVL) submitted a non-binding offer of $184 million for stakes in Australia’s Mt Marion and Wodgina lithium mines.
  • After the bidding process was reopened, the consortium revised its offer to $233 million in September 2025.
  • Nevertheless, the assets were ultimately acquired by South Korea’s POSCO, which paid $765 million for 15% stakes in each mine.
• Why India lost the bid?
  • KABIL identified several lessons from the failed transaction -
    • High asset valuations amid intense international competition.
    • Volatility in lithium prices, creating uncertainty over project profitability.
    • Wide divergence in long-term spodumene concentrate price forecasts.
    • Absence of an adequate domestic value chain for spodumene concentrate.
    • Limited time for consortium partners to complete due diligence.
    • Financial constraints and difficulties in mobilising large amounts of capital.
  • The episode demonstrates that acquiring mineral resources alone is insufficient; India also requires domestic capabilities in processing, refining, technology, logistics and manufacturing.

Chile - Financial Constraints and Institutional Delays:

• KABIL also explored a lithium brine project in Chile involving a high-value investment.
• After signing a non-disclosure agreement (NDA) in October 2025, it obtained initial access to the project's data room.
• Given the scale of investment, KABIL decided to pursue the opportunity jointly with other PSUs.
• However, due diligence could not be completed within the available timeframe, preventing submission of a bid.
• In another opportunity involving Chile’s state-owned mining company ENAMI, KABIL explored the entire lithium value chain—from exploration and extraction to processing and commercialisation.
• It eventually transferred the opportunity to CIL because of limited financial capacity and the substantial investment already required for its Argentine projects. 

Structural Challenges Experienced by KABIL:

• Four constraints:
  • Financial limitations: Critical-mineral projects require large upfront capital and have long gestation periods.
  • Commodity-price volatility: Lithium prices can fluctuate sharply, making high-priced acquisitions risky.
  • Global competition: Countries and companies with deeper financial resources can outbid Indian entities for strategic assets.
  • Geopolitical and country risks: Mining investments are exposed to regulatory changes, political instability, local opposition and resource nationalism in host countries.
• India must therefore move from a narrow “mine acquisition” approach towards an integrated overseas mineral strategy involving sovereign partnerships, risk-sharing finance, long-term offtake agreements and domestic processing capacity.

Way Forward:

• India should strengthen KABIL through greater financial autonomy, professional project evaluation, faster inter-PSU coordination and specialised mineral expertise.
• Public-sector entities can partner with private companies, foreign governments and global mining firms to distribute risks.
• Simultaneously, India needs to develop a domestic critical-mineral value chain, including beneficiation, refining, battery-material production and recycling.
• The long-term objective should be mineral security rather than ownership of individual mines.
• Diversified suppliers, strategic stockpiles, recycling, technological substitution and resilient supply chains can collectively reduce India’s external vulnerability.