Context:

• India recently hosted the 18th BRICS Summit in New Delhi, in September 2026. It was a success.
• Now, PM Narendra Modi plans to visit Canada and Brussels in December. India expects to sign formal Free Trade Agreements (FTAs) during these visits. This shows India is steadily building its global economic presence.
• This article highlights the challenges facing India’s inbound investment framework, examining why rising FDI commitments do not always translate into actual capital deployment.

The Headline Numbers

• India’s investment trajectory has genuinely improved:
  • RBI data: Gross inward FDI reached a record $94.8 billion in FY26.
  • UNCTAD’s World Investment Report 2026: India ranks 11^th among the world’s top FDI destinations, following a 44% rise in inflows.

The Global Lag, Reflected in India

• Despite the headline growth, UNCTAD’s report reveals that globally, international project finance remains roughly a quarter below its 2021 peak — a trend India mirrors.
• Case in point — greenfield data centre investments (a focal sector across economic partnerships):
• 
• This raises the central question: what creates the lag between committed investment and its actual deployment in greenfield projects?

The Real Negotiation Is Internal

• Investors believe incremental reform can ease this lag. Crucially, the remaining negotiations are often internal — between the Centre and States, between DPIIT and line Ministries, or between central rules and State notifications needed to enforce policy.
• Resolving these bottlenecks would benefit domestic enterprises as much as foreign investors.

Judicial Bottlenecks

• Commercial dispute resolution has improved but remains strained:
  • India’s courts had nearly 48 million pending cases as of April 2026, including about six million in High Courts.
  • Reforms like the Commercial Courts Act, 2015 and the Mediation Act, 2023 have helped. As a result, when companies write contracts now, they increasingly choose institutional arbitration as their standard method for resolving disputes.
  • Smaller enterprises, however, still rely heavily on courts — making better staffing of commercial benches and mediation centres essential to reducing resolution times.

The Labour Codes: A Case Study in Fragmentation

• Parliament’s consolidation of 29 central labour laws into four codes was a legislative milestone, with Central Rules notified in May 2026.
• But since labour sits on the Concurrent List, implementation depends on State notifications.
  • Gujarat moved swiftly, notifying rules under all four codes.
  • Other industrial states are still finalising theirs.
  • For enterprises designing national HR frameworks, this creates a messy transitional phase of varied state timelines.

Progress on Tax Certainty

• The Taxation Laws (Amendment) Act, 2021 effectively ended the ghost of retrospective tax disputes, withdrawing outstanding demands against entities like Vodafone and Cairn Energy.
• The relaunched Vivad se Vishwas scheme has helped reduce the broader direct-tax litigation backlog.

Compliance Recalibration: The QCO Example

• Mandatory BIS certification under Quality Control Orders (QCOs) was designed to protect consumers, but the framework expanded extensively.
  • The Gauba Committee found QCOs had grown from fewer than 70 to nearly 790, covering raw materials and intermediate goods.
  • For imported components, compliance costs rose to ₹20 lakh, with six- to eight-month certification timelines disrupting domestic MSME supply chains.
  • Government response: QCOs were withdrawn on critical intermediate goods, including PVC, aluminium and zinc, providing relief to manufacturers.

Trade Pacts and Investor Protection Gaps

• India’s modern trade agreements now introduce binding investment targets:
  • The EFTA agreement sets a historic $100-billion target, but investor-protection mechanisms remain a work in progress.
  • The India-EFTA TEPA lacks an independent bilateral investment dispute mechanism.
  • Switzerland is separately negotiating a bilateral investment treaty, which could inform future negotiations with the EU and UK.

Approval Speed: Still Uneven

• DPIIT is the nodal agency, but not the final decision-maker on approvals.
• A revised SOP issued in May 2026 sets a 12-week deadline, but compliance remains uneven.
• Positive example: Large-scale projects like Tata Electronics’ semiconductor facility in Dholera, Gujarat, show how effective administrative coordination can accelerate capital deployment.

Reform Lessons from Past Successes

• External Benchmark — Singapore’s CECA: Has facilitated over $195 billion in cumulative FDI since 2000, including $19.8 billion last year. Its non-discrimination and investor-protection frameworks offer a useful blueprint for India’s treaty negotiations.
• Domestic Benchmark — the mobile-phone industry: Demonstrates the potential of coordinated policy:
  • Production grew 33-fold since FY15 — from ₹180 billion to ₹6.27 trillion.
  • Exports reached ₹2.59 trillion.
  • India is now the world’s second-largest mobile-phone manufacturer by volume, meeting 99.2% of domestic demand through local production.

Conclusion

• India’s rise to the 11th-largest FDI destination and the world’s second-largest mobile-phone manufacturer shows real resolve in tackling internal bottlenecks.
• But the mobile-phone success and the stalled labour-code rollout sit side by side as proof that coordination, not capital, is now India’s binding constraint.
• The next phase of reform will be won or lost less in trade negotiating rooms abroad and more in the everyday friction between Central rules and State notifications at home.

About JOSH (Joint Squad for Health) Teams:

• JOSH Teams have been designed to channel the reach and energy of India’s youth into organised community action for TB elimination.
• It is being undertaken by the Union Ministry of Health and Family Welfare, in collaboration with the Ministry of Youth Affairs and Sports and the Ministry of Defence.
• It will bring together Class-I officers, MY Bharat volunteers, and NCC cadets to drive community-level engagement against TB.
• JOSH teams will be rolled out across 55 districts in 11 states in the first phase of the campaign.
• During the first phase, the initiative will focus on engagement at the block, ward, and community levels, taking the TB Mukt Bharat message beyond health facilities and closer to local communities.
• The teams will disseminate information on TB symptoms, prevention, timely diagnosis, and completion of treatment.
• They will also contribute to efforts to address myths and misconceptions surrounding TB, reduce stigma, and encourage individuals, families, and communities to participate actively in the national TB elimination movement.

About International Air Transport Association (IATA):

• It is the global trade association of airlines (for both freight and passenger carriers) that regulates the aviation industry by developing standards, procedures, and practices.
• It was established in 1945 in Havana, Cuba, as a successor to the International Air Traffic Association, which was formed in 1919.
• Head Office: Montreal, Canada.
• IATA was created to promote cooperation among airlines and ensure the safe, secure, and efficient transportation of people and goods across international borders.
• Its mission is to represent, lead, and serve the global airline industry by advocating for fair regulations, enhancing operational efficiency, and improving passenger and cargo services worldwide.
• In practice, its activity focuses on three main areas:
  • Standardization of processes and documentation used in international air transport.
  • Development of technical regulations for the transport of goods, especially in sensitive areas such as dangerous goods or perishable products.
  • Financial cooperation and settlement systems that enable airlines to operate global transportation networks.

_{What’s the difference between the IATA and the ICAO (International Civil Aviation Organization)?}

• While the IATA and ICAO (International Civil Aviation Organization) both serve the airline industry, they are distinct and different organizations.
• The key differences are the following:
  • IATA establishes standards for its member airlines, whereas ICAO establishes standards for member states.
  • IATA promotes on behalf of its airline industry members, whereas ICAO works to establish civil aviation rules and procedures (particularly as it pertains to the actual process of flight).

About Garo Tribe:

• The Garo are a Tibeto-Burman ethnic group primarily residing in the Garo Hills of Meghalaya with smaller populations in Assam, Tripura, Nagaland, and West Bengal.
• They are the second largest tribal community of Meghalaya.
• Historically, the tribe originated in Tibet and migrated to India 400 years ago.
• The main language spoken by these tribes is Garo, also known as "Garrow" and "Mande", which belongs to the Bodo branch of the Bodo-Naga-Kachin family of the Sino-Tibetan phylum.
• The Garo people live mostly in rural villages, with community life centered around agriculture.
• They practice both shifting (jhum) and wet rice cultivation, growing rice, millet, and vegetables.
• They are one of the last remaining matrilineal tribes in the world.
• Women play a central role in both family and economic life, as property and clan lineage are inherited through the female line.
• Villages are organized into exogamous clans, and social life is vibrant, featuring communal work, festivals, and traditional music and dance.
• Their homes are typically built on stilts, reflecting adaptation to the hilly terrain.
• Beliefs:
  • Historically, the Garo practiced Songsarek, an indigenous animistic religion centered on the worship of spirits, nature deities, and ancestors.
  • Since the late 19th century, Christianity has become the predominant faith among the Garo.
  • However, elements of traditional beliefs and rituals persist, especially in rural areas, and festivals such as Wangala (the harvest festival) continue to reflect their spiritual heritage.

About Hidimba Temple:

• Hadimba Temple, locally known as Dhungari Temple, also known variously as the Hadimba Temple, is a Hindu temple located in Manali, Himachal Pradesh.
• It is dedicated to Hidimbi Devi, wife of Bhima, a figure in the epic Mahabharata.
• The temple is surrounded by a cedar forest called Dhungiri Van Vihar at the foot of the Himalayas.
• It was built in 1553 during the reign of Kullu ruler Bahadur Singh, who ruled from 1546 to 1569.
• Architecture:
  • The temple is one of the few temples in India that follows a Pagoda style of architecture, which is common in Nepal and Tibet.
  • It has a unique wooden structure and a four-tiered roof with intricate carvings.
  • The roof is made of deodar wood, which is resistant to insects and decay.
  • The temple has intricate carvings on its wooden walls, doors, and windows.
  • The carvings depict various animals, plants, dancers, musicians, and scenes from the Mahabharata epic.
  • An enormous rock occupies the inside of the temple, with a tall brass image representing goddess Hidimba Devi.

About Canine distemper:

• It is a contagious and serious disease caused by the Canine Distemper Virus (CDV).
• The virus attacks the respiratory, gastrointestinal, and nervous systems of dogs and has a very high mortality rate.
  • In addition to dogs, canine distemper virus can infect ferrets as well as a wide range of other mammals, especially carnivores.
• Transmission:
  • CDV spreads primarily through direct contact with respiratory secretions like saliva, nasal discharge, and sneezing.
  • It can also be transmitted indirectly via contaminated surfaces, objects, or shared food and water bowls.
• Treatment:
  • There is no cure, and no antiviral drugs have been approved to combat the infection.
  • The best way to prevent canine distemper is through vaccination.

Why in news?

The 2026 Nobel Prize in Chemistry has been awarded to Henri B. Kagan and Kenso Soai "for the discovery of non-linear effects and autocatalysis in asymmetric organic synthesis."

In simpler terms, their work created a way to produce more of one type of molecule and less of its mirror image in chemical reactions — solving one of chemistry's most famous puzzles.

Henri Kagan, 96, is Professor Emeritus at Université Paris-Sud, France. Kenso Soai, 76, is Professor Emeritus at Tokyo University of Science, Japan.

What’s in Today’s Article?

• Understanding Chiral Molecules: The Lock and Key
• The Mystery of Life's "One-Handed" Chemistry
• Building Toward an Answer: Three Key Steps
• Kagan Finds the Missing Piece
• Soai Makes the Chemistry Self-Reinforcing
• Why This Matters?

Understanding Chiral Molecules: The Lock and Key

• The Nobel Prize's official press release explains chiral molecules using a lock-and-key analogy.
• Imagine manufacturing a key, only to discover the process produces two keys that are mirror images of each other. They look almost identical, but only one fits the lock — the other may do nothing, or in some cases, cause damage.
• This is essentially the problem chemists face with chiral molecules. Many molecules exist in two mirror-image forms, called enantiomers.
• They share the same chemical composition, but have different three-dimensional arrangements.

The Mystery of Life's "One-Handed" Chemistry

• The story traces back to Louis Pasteur (also known for the rabies vaccine), who in the mid-19th century studied tartaric acid, found in grapes and wine.
  • Pasteur discovered tartaric acid crystals existed in two mirror-image forms.
  • But bacteria fermenting tartaric acid consumed only one enantiomer — the one found in grapes — leaving its mirror image untouched.
• This pointed to a much bigger mystery: life itself appeared to be one-handed.
• Further evidence: When scientists examined life's building blocks, they found:
  • Naturally occurring amino acids bend polarised light to the left.
  • Sugars found in DNA bend it to the right.
• In other words, life overwhelmingly uses only one of the two possible mirror-image forms.
• Yet when chemists tried making chiral molecules in the laboratory, they generally got an equal mixture of both enantiomers.
• The puzzle: what happened at the dawn of life that made biological chemistry choose a side?

Building Toward an Answer: Three Key Steps

• Marckwald's First Breakthrough (Early 1900s)
  • German chemist Willy Marckwald carried out the first successful asymmetric reaction — one producing more of one enantiomer than the other.
  • The imbalance was small, and didn't explain how such an imbalance could grow much larger.
• Frank's Theoretical Model (1953)
  • Charles Frank, a theoretical physicist at the University of Bristol, proposed a mathematical model for how homochirality (life's "one-handedness") could arise.
  • His model required three conditions:
    • A chiral catalyst and an asymmetric reaction.
    • Formation of one mirror image enhanced while the other is suppressed.
    • The reaction must produce the catalyst itself — a condition called autocatalysis.
  • Autocatalysis creates a chemical "snowball effect." If a reaction produces a tiny excess of one molecular form, and that form helps make more of itself, the initial imbalance can grow rapidly.
  • Frank's model became a famous puzzle: could anyone actually build a reaction fulfilling all three conditions?

Kagan Finds the Missing Piece

• In the 1980s, Kagan was working on asymmetric reactions aimed at producing as pure an enantiomer as possible — a goal particularly critical for pharmaceutical manufacturing.
• The prevailing assumption: Chemists commonly used catalysts containing a metal atom plus a chiral substance, assuming that if the catalyst contained equal amounts of both mirror-image forms, the resulting product would also contain equal amounts of its two enantiomers.
• Kagan's insight: He questioned this assumption, realising the metal atom might interact with at least two chiral molecules simultaneously. If both forms were present, this could create three kinds of catalyst:
  • One containing two molecules of one handedness.
  • One containing two of the other handedness.
  • A mixed form.
• The crucial discovery: The mixed catalyst behaved differently — it drove the reaction much more slowly than the other two. This meant the relationship between the catalyst's handedness and the final product's handedness was not linear.
• In 1986, Kagan described three asymmetric reactions displaying these non-linear effects — supplying the second missing piece of Frank's model: a way to amplify an initial asymmetry.

Soai Makes the Chemistry Self-Reinforcing

• The final step came from Kenso Soai at the Tokyo University of Science.
• Soai was studying an asymmetric reaction showing a strong non-linear effect. He noticed similarities between the catalyst and the product, and wondered whether he could design a reaction in which the catalyst actually produced itself.
• The 1995 Experiment: Starting with just a 2% excess of one enantiomer, the reaction ended with an 87% excess. The reaction was self-reinforcing — a slight initial advantage became a much larger one.
• The Ultimate Achievement — the Soai reaction (2003): Soai presented a reaction in which an excess of one enantiomer formed, and that enantiomer then helped produce copies of itself — fulfilling all three of Frank's original conditions in a single, elegant experiment.

Why This Matters?

• The non-linear effects that Kagan discovered have become an important tool for chemists when they design new reactions.
• Since a reaction being non-linear reveals information about how it occurs, chemists can use this to optimise reactions and obtain the purest possible enantiomers of a product.
• This is vital for every company manufacturing substances intended to interact with living beings — including pharmaceuticals, flavours, scents, and agricultural chemicals.
• Since only one enantiomer of a chiral drug may be therapeutically active (and the other potentially harmless or harmful, as with the lock-and-key analogy), producing the correct, pure form matters enormously for drug safety and efficacy.
• Real-World Example
  • Thalidomide was introduced in the late 1950s as a sedative, widely prescribed, including to pregnant women for morning sickness.
  • By 1961, doctors linked the drug to severe birth defects. Thousands of babies across 46 countries were affected, many with phocomelia (severely shortened or absent limbs).
  • Thalidomide exists as two enantiomers (mirror-image molecules). One enantiomer produced the desired sedative effect, while the other caused birth defects.
  • It was later found that the two forms can interconvert inside the body — meaning even giving only the "safe" enantiomer wouldn't have prevented harm, since the body could convert it into the harmful form.