Author Archives: Muralidharan

INDIA 2047
From Rising Economy to Comprehensive Global Power

A Twenty-Year Strategy for Technology, Industry and Strategic Autonomy

Policy Paper for Government and Strategic Think Tanks – August 2026
(Prepared by CA. S.Muralidharan, Business Mentor and Thought Leader, with inputs from various sources)

Context:
India enters the next two decades at an unusually consequential moment in world history. The international system is moving away from the relatively unipolar order that followed the Cold War toward a more contested structure dominated primarily by the United States and China, but increasingly influenced by India, Europe, Japan and other middle powers. The central strategic question for India is therefore no longer simply: How fast can India grow?

It is:
‘Can India translate demographic scale, economic growth, technological talent and geopolitical autonomy into comprehensive national power before its demographic window begins to narrow?’

The experience of Japan in the 1980s and China today provides two contrasting lessons – Japan became an extraordinary industrial and technological competitor to the United States but remained within the American geopolitical and security architecture. Its subsequent relative decline demonstrated that world-class manufacturing alone does not guarantee enduring technological leadership. Financial excesses, demographic ageing and difficulty capturing the emerging software and Internet economy constrained Japan’s trajectory.

China learned from this history. It has combined industrial scale, infrastructure, technology absorption, state-supported industrial policy, increasingly sophisticated indigenous innovation, a continental domestic market and independent military and geopolitical capabilities. Chinese companies are no longer merely low-cost manufacturers. They increasingly occupy technological frontiers in electric vehicles, batteries, drones, robotics and other advanced industries. The Foreign Affairs study that motivates this paper argues that insulating American firms completely from Chinese competition may itself weaken U.S. competitiveness.

India should draw a different lesson from both countries. India should neither attempt to reproduce China’s state-capitalist model nor remain predominantly a services economy dependent on imported advanced manufacturing technology.

Its strategic model should instead be:
‘Strategic Multi-Alignment + Selective Openness + Industrial Absorption + Indigenous Innovation + Human-Capital Transformation.’

The objective should be to make India by 2047:
a.one of the world’s three or four indispensable economic powers;
b.a major global manufacturing and technological centre;
c.substantially resilient in critical technologies;
d.a leading military and maritime power in the Indian Ocean;
e.a principal voice of the Global South;
f.an attractive partner to the United States, Europe, Japan and other advanced economies without becoming strategically dependent on any of them; and
g.an economy capable of converting scientific knowledge into globally competitive products at scale.

The proposed strategy rests on ten national missions:

1.Human Capital and Skills;
2.Advanced Manufacturing;
3.AI, Robotics and Digital Systems;
4.Semiconductors and Electronics;
5.Energy and Strategic Materials;
6.Defence, Aerospace and Space;
7.Biotechnology and Health Technologies;
8.Infrastructure, Logistics and Cities;
9.Indian Global Corporations and Capital;
10.Strategic Multi-Alignment and Global Market Access.

The core recommendation of this paper is simple:

‘India must move from being primarily a large market and talent supplier to becoming an innovation-to-scale economy.’ That transformation should be the central economic and national-security project of the next twenty years.

I. THE HISTORICAL MOMENT

From Japan’s Challenge to China’s Challenge

The American encounter with Japan during the 1980s provides a useful historical precedent. Japan became exceptionally competitive in automobiles, semiconductors, consumer electronics, machine tools and advanced manufacturing. Washington responded with trade negotiations, market-access demands and agreements such as the U.S.–Japan Semiconductor Agreement.

However, Japan’s challenge remained fundamentally commercial and technological. Japan – depended on the American security umbrella;
did not seek a competing geopolitical system; but, remained deeply integrated with Western financial institutions; it did not possess an independent nuclear deterrent; and did not attempt to displace the United States as the principal strategic power in Asia.

But, China is different. China combines: industrial power + technological capability + military power + geopolitical ambition + continental scale.

Consequently, the present USA–China competition as mentioned by recent Foreign Affairs Magazine is not merely another trade dispute.
It is a competition over the architecture of twenty-first-century economic and geopolitical power.

II. THE NEW MEANING OF NATIONAL POWER

Traditional assessments of national power emphasised:
population; GDP; military capability; territory; natural resources.
These remain important but are no longer sufficient.

Twenty-first-century power increasingly depends upon the ability to integrate: – science → technology → engineering → manufacturing → scale → finance → global markets. This paper terms this as Innovation-to-Scale Capability

China’s greatest contemporary strategic strength may lie precisely here.
Its ecosystem allows new technologies to move rapidly from prototype to mass deployment because engineering, supplier networks, logistics, manufacturing infrastructure and enormous domestic demand exist in close proximity.

The Tesla experience in China is instructive. China admitted Tesla, facilitated investment, imposed security and localisation requirements and simultaneously exposed domestic manufacturers to world-class competition. Tesla’s Chinese supply chain became approximately 85 per cent localised by 2020, while competition helped accelerate Chinese manufacturers such as BYD.

The lesson for India from this is profound:
“Foreign investment should be evaluated not merely by the capital or employment it brings, but by the national capabilities it leaves behind.”

III. INDIA’S POSITION IN 2026

India begins this transformation from a position containing both considerable strengths and substantial structural gaps. The IMF currently projects real GDP growth of approximately 6.4 per cent for 2026, leaving India among the faster-growing major economies.

India also possesses the following: continental economic scale;
a population approaching 1.5 billion; major software and engineering capabilities; large entrepreneurial sector; an increasingly significant digital economy; strategic geography astride the Indian Ocean; an extensive diaspora; democratic legitimacy; strong relations with competing geopolitical blocs; and a potentially enormous domestic consumer market.

Yet India’s conversion of these advantages into comprehensive national power remains incomplete.The principal gap is not entrepreneurship. It is the missing connection between: ‘knowledge and industrialisation.’
India is considerably stronger in software, services and engineering talent than in deep industrial supply chains, advanced materials, machine tools, high-end electronics, semiconductor fabrication and manufacturing automation.

The 2025–26 Economic Survey itself has placed renewed emphasis on advanced manufacturing and structural transformation. Manufacturing GVA showed strong growth during FY2025–26, but transforming cyclical growth into sustained industrial capability remains the larger challenge.

IV. INDIA’S STRATEGIC OBJECTIVE FOR 2047

India should define its 2047 objective not merely through a GDP target.
The national objective should be: ‘To become a high-productivity, innovation-driven, technologically resilient and strategically autonomous economy capable of competing at the technological frontier and manufacturing at global scale.’

By 2047 India should aspire to possess:

a. Economic Power
A very large upper-middle-income economy with high levels of productivity and globally significant domestic consumption.
b. Industrial Power
World-class positions across several advanced manufacturing sectors rather than dependence primarily upon services.
c. Technological Power
Meaningful indigenous capabilities in AI, semiconductors, biotechnology, robotics, space, energy technology and advanced materials.
d. Human-Capital Power
A workforce capable of operating sophisticated industrial and technological systems.
e. Financial Power
Deep capital markets capable of financing Indian innovation and international expansion.
f. Military Power
Credible deterrence and substantial maritime reach throughout the Indian Ocean.
g. Diplomatic Power
The ability to work simultaneously with the United States, Europe, Japan, Russia, the Global South and, selectively, China.

V. INDIA SHOULD NOT CHOOSE BETWEEN THE AMERICAN AND CHINESE MODELS

India faces a false choice if the policy debate is framed as: American model versus Chinese model. India requires elements of both, together with lessons from Japan, Germany and South Korea. The appropriate synthesis will be as follows:

From the United States –
frontier research;
university-industry ecosystems;
venture capital;
entrepreneurship;
AI;
biotechnology;
defence technologies;
deep capital markets.

From China –
infrastructure execution;
manufacturing scale;
supplier ecosystems;
rapid commercialisation;
industrial clustering;
strategic use of domestic market access.

From Japan –
manufacturing quality;
continuous improvement;
precision;
long-term capital;
supplier relationships.

From Germany –
engineering;
machine tools;
Mittelstand-style industrial companies;
apprenticeship and technical education.

From South Korea and Taiwan –
electronics;
semiconductors;
batteries;
export-oriented technology corporations.

India’s task is to create an Indian synthesis rather than imitate any single model.

VI. STRATEGIC AUTONOMY 2.0

India’s traditional strategic autonomy has largely been understood diplomatically. The next phase must be economic and technological.
Strategic Autonomy 2.0 should mean:
India possesses sufficient: technology + industrial capacity + energy security + capital + defence capability + diplomatic alternatives that no single foreign power can impose unacceptable strategic choices upon it.

This leads to a fundamental proposition:
‘Industrial policy is national-security policy.’

Semiconductors, batteries, telecommunications equipment, artificial intelligence, pharmaceuticals, defence electronics, energy technologies and advanced materials cannot be treated merely as commercial sectors. They are components of sovereign capability.

VII. TEN NATIONAL MISSIONS FOR 2027–2047

Mission 1 — Human Capital and the Skills Revolution

India’s demographic scale becomes an advantage only if human productivity rises substantially. Human-capital policy must move beyond expanding enrolment toward improving measurable capabilities. India particularly needs a massive middle-skills revolution.

Advanced manufacturing requires: technicians; toolmakers; machinists; production supervisors; industrial electricians; mechatronics specialists; robotics technicians; quality engineers;
chemical technicians; maintenance specialists.

India should therefore create a National Advanced Skills and Apprenticeship System, drawing particularly from Germany, Japan and South Korea.

Female participation represents another large source of unrealised economic capacity. Official PLFS data indicate that female labour-force participation among persons aged 15 and above has improved substantially, reaching 40 per cent on the relevant annual measure in 2025, but considerable scope remains for further participation and productivity gains.

Proposed 2047 outcomes expected should be the following:

universal foundational literacy and numeracy; substantially improved learning outcomes; large-scale apprenticeship participation;
internationally benchmarked technical institutions in every major industrial corridor; much higher female employment; major expansion of science, engineering and applied research capabilities.

Mission 2 — Advanced Manufacturing and Industrial Ecosystems

India should move beyond the objective of increasing manufacturing output. The goal should be: ‘Manufacturing Depth.’ Each priority industry should develop: raw materials → components → machinery → design → assembly → R&D → export networks. India should avoid becoming primarily an assembly platform. Major investment incentives should therefore increasingly reward: – domestic value addition; supplier development; technology acquisition; exports; engineering capability; R&D; workforce development.

Foreign direct investment should be judged by a National Capability Creation Index measuring what technological and supplier capabilities remain in India after the investment occurs.

Mission 3 — AI, Robotics and Embodied Intelligence

India possesses a potentially important advantage in software. But the next technology cycle will increasingly integrate AI with physical systems.

The strategic frontier will include:
AI + robots
AI + factories
AI + automobiles
AI + drones
AI + medical equipment
AI + defence systems.

India should therefore establish a national programme connecting software capability with manufacturing. The policy objective should move from: India as a software-services centre toward: India as a Physical-AI Economy

National compute infrastructure, high-quality Indian datasets, indigenous AI models and affordable access for startups and universities should form the digital foundation.

Mission 4 — Semiconductors and Electronics Sovereignty

The recent semiconductor initiatives represent an important beginning.
As of July 2026, the Government reported 12 semiconductor projects approved across six states, with three already rolling out chips, while 24 semiconductor design projects had received financial support.
But India should avoid measuring success by the number of fabs announced.

A semiconductor ecosystem requires:
chip design; fabrication; packaging; testing; chemicals; gases; substrates; equipment; power; ultra-pure water; research; skilled personnel; customer ecosystems.

The 2047 objective should be strategic capability rather than complete autarky. India need not manufacture every chip. It must, however, possess sufficient capability across the chain that it cannot easily be technologically paralysed.

Mission 5 — Energy and Strategic Materials Security

Future industrial power will depend increasingly upon electricity. AI data centres, semiconductor fabs, electric mobility, hydrogen, advanced manufacturing and urbanisation all require massive reliable power supplies. India should therefore pursue simultaneously all forms energy production and distribution at economic costs:
solar; wind; hydro; nuclear; storage; green hydrogen; grid modernisation; strategic petroleum reserves; overseas resource partnerships. Critical mineral strategy should receive the same geopolitical priority previously given to oil.

India should build international mineral partnerships across:
Australia, Africa, Latin America, Central Asia and friendly Indo-Pacific countries.

Mission 6 — Defence, Aerospace and Space

Defence manufacturing should be treated as an industrial technology accelerator. Modern defence systems integrate: electronics + AI + materials + aerospace + communications + precision manufacturing + sensors + semiconductors.

Defence procurement should therefore deliberately create spillovers into civilian industry. India should develop globally competitive positions in selected areas including: missiles; drones; electronic warfare; naval systems; space systems; satellites; cybersecurity; precision components. India’s Indian Ocean position gives it an enduring geographic advantage that should be converted into maritime capability.

Mission 7 — Biotechnology and Health Technology

Biotechnology may become as strategically consequential over the next twenty years as information technology was over the previous thirty.
India already possesses significant pharmaceutical capability.

The next transition should be from:
generic manufacturing to: – drug discovery + biologics + genomics + synthetic biology + medical technology + AI-driven healthcare.
Government-supported research should increasingly require structured commercialisation pathways.

Mission 8 — Infrastructure, Logistics and Competitive Cities

Future manufacturing competes through ecosystems, not individual factories. India therefore needs: efficient ports and freight corridors.

The recent Economic Survey of Govt of India continues to place infrastructure investment at the centre of India’s growth strategy.
India should build approximately 20–25 globally competitive industrial innovation regions, each specialising in interconnected technologies.
Examples could include:

Tamil Nadu — EVs, electronics, engineering and aerospace;
Karnataka — AI, aerospace, semiconductors and biotechnology;
Telangana — pharmaceuticals, biotechnology and electronics;
Gujarat — chemicals, semiconductors, energy and manufacturing;
Maharashtra — finance, automobiles, electronics and advanced services;
Uttar Pradesh — electronics, defence manufacturing and mass industrialisation.
Competitive federalism should become a structural advantage.

Mission 9 — Indian Global Corporations and Deep Capital Markets

National economic power ultimately requires firms capable of competing internationally. India should seek to create many more companies capable of becoming global leaders. Policy should encourage: institutional capital; venture capital; corporate bond markets; patient capital; pension and insurance investment; R&D financing; overseas acquisitions; international expansion. The objective should not be government-selected corporate champions insulated from competition.

It should be:
‘Globally competitive Indian enterprises forged by competition.’
Indian companies must increasingly move from: cost advantage toward: technology + brand + intellectual property + international distribution.

Mission 10 — Strategic Multi-Alignment and Market Access

India should resist premature pressure to become economically subordinate to either a U.S.-centred or China-centred bloc. Its optimal strategy will be:

With the United States –
Deep technology, defence, AI, capital and university collaboration.

With Japan and South Korea –
Manufacturing, electronics, batteries, robotics and infrastructure.

With Europe –
Engineering, climate technologies, aerospace, machine tools and research.

With Russia –
Energy, defence and strategic balancing where compatible with India’s wider interests.

With the Global South –
Markets, infrastructure partnerships, pharmaceuticals, digital public infrastructure and development cooperation.

With China –
Competition combined with carefully screened commercial engagement.

Chinese participation should remain restricted in areas presenting unacceptable national-security exposure. But where risks are manageable, India should consider whether controlled access can accelerate Indian industrial learning.

The policy principle should be:
Selective openness, not strategic naivety and not indiscriminate exclusion.

The underlying Foreign Affairs analysis reaches a similar conclusion for the United States: exclusion may sacrifice technological and industrial benefits where security risks can instead be mitigated through structured governance.

VIII. FROM “CHINA + 1” TO “INDIA ECOSYSTEM”

India should not regard supply-chain diversification from China as an end in itself.

China+1 creates an opportunity. It does not create industrial power automatically. The required progression is:
Foreign assembly
↓
Domestic components
↓
Indian supplier ecosystems
↓
Indian engineering
↓
Indian intellectual property
↓
Indian brands
↓
Indian multinational corporations
India should track domestic value creation rather than simply FDI announcements.

IX. USING INDIA’S MARKET AS STRATEGIC CAPITAL

China historically transformed access to its domestic market into bargaining power. Foreign companies were frequently required to localise production, use domestic suppliers, train workers and create broader industrial benefits.

India possesses a similarly powerful asset:
‘its future consumer market.’
Large foreign corporations seeking access to India should increasingly encounter a predictable proposition:
‘India welcomes international capital and technology, but strategic investment should contribute to the creation of Indian capabilities.’
This should not become arbitrary protectionism. India should become a strategic market allocator rather than merely an investment recipient.

X. AVOIDING THE JAPANESE TRAP

Japan’s experience of the 1980s and 90s provides four warnings.

First: Avoid Financialisation Without Productivity

Asset-price booms are not substitutes for industrial transformation.
Credit growth should support productive assets rather than predominantly property speculation.

Second: Manufacturing Leadership Must Evolve

Japan remained extraordinarily capable in manufacturing but lost significant value creation to America’s software and Internet industries.
India must therefore combine: ‘software + manufacturing.’

Third: Demography Is Not Permanent

India’s favourable demographic structure has a limited life.
Human-capital investment cannot be postponed.

Fourth: Remain at the Next Technology Frontier

Countries lose relative power when they dominate yesterday’s technology but miss tomorrow’s. India should continuously identify emerging technological paradigms rather than protect incumbent industries indefinitely.

XI. AVOIDING THE CHINESE RISKS

China provides powerful lessons but also warnings that India should avoid:
a. excessive dependence on debt-financed investment;
b. chronic industrial overcapacity;
c. excessive state direction of capital;
d. property-led growth;
e. inefficient state corporate structures;
f. suppressing household consumption to finance investment;
g. geopolitical expansion that generates balancing coalitions.

The recent Foreign Affairs magazine study itself identifies overcapacity and intense domestic “involution” as reasons Chinese companies increasingly require foreign markets. India’s growth model should therefore preserve: competition + private enterprise + domestic consumption + prudent finance.

XII. TWENTY-YEAR IMPLEMENTATION ROADMAP

PHASE I — 2027–2032
Build the Foundations

Primary objective:
Remove structural bottlenecks.
Priority actions:
foundational education reform;
technical and apprenticeship revolution;
rapid logistics improvement;
power-system reliability;
semiconductor ecosystem creation;
AI compute infrastructure;
industrial land and urban infrastructure;
regulatory simplification;
judicial and contract-enforcement improvements;
major increase in applied R&D;
expansion of defence manufacturing;
creation of technology-focused industrial corridors.

Strategic outcome by 2032
India should become an unquestionably attractive alternative location for global advanced manufacturing.

PHASE II — 2032–2037
Deepen the Ecosystems

Primary objective:
Move from assembly to capability ownership.
Priority actions:
increase domestic component ecosystems;
expand machine-tool manufacturing;
build Indian semiconductor design companies;
accelerate industrial robotics;
produce indigenous AI models;
scale biotechnology;
build Indian battery technologies;
deepen defence exports;
strengthen universities and research laboratories;
encourage Indian companies to acquire technology overseas.

Strategic outcome by 2037
India should possess several internationally recognised industrial clusters and globally competitive technology companies.

PHASE III — 2037–2042
Become a Global Technology-Manufacturing Power

Primary objective:

Convert domestic capabilities into international market leadership.’

India should seek leadership positions in selected areas such as:
digital systems;
industrial AI;
pharmaceuticals and biotechnology;
space;
defence technologies;
mobility;
renewable energy;
precision engineering.
Indian corporations should increasingly purchase businesses, technology and distribution networks abroad.

Strategic outcome by 2042
India should no longer principally be described as an emerging economy. It should increasingly be treated as one of the principal economic and strategic poles of the international system.

PHASE IV — 2042–2047
Consolidate Comprehensive National Power

Primary objective:

Institutionalise India’s position as a global rule-shaper.
India should participate decisively in setting international rules governing:
AI;
biotechnology;
digital trade;
climate technologies;
maritime security;
space;
data;
international finance.
The objective should shift from:
India adapting to international standards to India helping create international standards.

XIII. PROPOSED NATIONAL SCORECARD

The Government should publish a National Capability and Future Power Scorecard annually. It should track indicators under ten headings:
Dimension Strategic Questions:
1. Human Capital Are Indians becoming more productive?
2. Manufacturing Is domestic value addition deepening?
3. Technology Is India approaching frontier capability?
4. R&D Is research converting into products?
5. Energy Is India’s economy becoming more secure and competitive?
6. Infrastructure Are logistics approaching global best practice?
7. Capital Can Indian innovation obtain long-duration finance?
8. Global Firms Are Indian companies winning internationally?
9. Defence Is strategic dependence declining?
10.International Influence Can India shape global rules?

XIV. INDIA’S GEOPOLITICAL POSITION IN 2047

India should not seek merely to become “the third-largest economy.”
Economic ranking does not automatically equal geopolitical power.

The strategic objective should be a world in which:
United States remains a major innovation, financial and military power. China remains a major industrial, technological and strategic power. India becomes an indispensable balancing and agenda-setting power possessing sufficient economic and technological capability that neither Washington nor Beijing can construct a stable Asian architecture without New Delhi. India should therefore seek strategic indispensability, not bloc membership.

XV. THE CORE STRATEGIC DOCTRINE

India’s next twenty years should be governed by six principles:

1. Learn from China – Study industrial scale, infrastructure execution, supplier development and technology absorption.
2. Partner with America – Use the relationship to obtain frontier technology, capital, research collaboration and strategic support.
3. Industrialise with Japan, Korea and Europe – These partnerships provide capabilities particularly suited to India’s manufacturing gaps.
4. Remain strategically autonomous – Relationships must increase India’s options rather than reduce them.
5. Invest relentlessly in Indians – Human capital is ultimately the foundation of every other form of national power.
6. Convert knowledge into scale – The central economic capability of the twenty-first century is the ability to move from: idea → technology → factory → global market. Conclusion
   The USA–Japan confrontation of the 1980s demonstrated that exceptional manufacturing power does not automatically translate into permanent technological or geopolitical supremacy.
   The rise of China demonstrates something equally important: manufacturing scale, when combined with technology, infrastructure, capital and national strategy, can become an extraordinarily powerful geopolitical instrument.
   India stands at the intersection of these two lessons.
   Its current growth momentum provides opportunity. IMF projections continue to place India’s near-term growth above that of most other major economies.
   Its exports have also reached historically high levels, with the Economic Survey reporting total exports of approximately $825 billion in FY2024–25.
   Semiconductor, AI, infrastructure and manufacturing initiatives indicate that elements of the necessary transition are already underway. India presently has perhaps the world’s greatest strategic optionality. It does not yet possess the world’s greatest strategic capability. The next twenty years must convert one into the other.
   The decisive contest will not be whether India can produce impressive aggregate GDP numbers. It will be whether India can develop: productive citizens; world-class research; deep industrial ecosystems; Indian intellectual property; competitive global companies; secure energy and technology supplies; credible military capability; and above all,the ability to innovate and manufacture at scale. The strategic opportunity is historic. The principal constraint is time. And the central policy requirement is to make the next twenty years India’s transition from a rising economy into comprehensive national power.

How Science and Technology Travelled Across Civilisations—and Why the Modern West Commercialised Them at Scale

By CA. S. Muralidharan

Business Mentor and Thought Leader
(With inputs from large number of Scholars on History, Civilisations, Science and Technology)

Central argument:

Civilisations supplied the knowledge; modern Western leadership emerged when inherited ideas were joined to institutions that could test, finance, manufacture and market innovation continuously. That achievement was real, but it was also inseparable from energy, state competition and empire.

Introduction: Civilisation as a Relay, Not a Race

The history of science and technology is often narrated as a race in which one civilisation leads until another overtakes it. That metaphor is convenient but misleading. Knowledge does not respect civilisational borders. It travels with merchants, migrants, diplomats, pilgrims, translators, prisoners, craftsmen and conquerors. It is borrowed, translated, corrected, combined with local experience and sometimes forgotten before being rediscovered. Modern science was therefore not born fully formed in any single country. It was the outcome of a long, uneven conversation among societies.

India, China, the Greco-Roman world, Persia, the Islamic world, Africa, the Americas and Southeast Asia each made important contributions. Their achievements were neither identical nor simultaneous. India was exceptionally influential in mathematics, astronomy, medicine, metallurgy and textile production. China developed an extraordinary range of practical technologies, including paper, printing, the compass, gunpowder, cast iron and sophisticated hydraulic systems.

Greek thinkers formalised logic, geometry and natural philosophy, while Rome excelled in large-scale civil engineering. Scholars working in Arabic and Persian not only preserved earlier learning but tested, reorganised and extended it. Other societies created ingenious systems suited to their own environments—from Mayan astronomy and calendrics to Andean terrace agriculture and Austronesian navigation.
Yet from roughly the seventeenth century, and decisively after the Industrial Revolution, parts of Western Europe acquired an ability to turn knowledge into a continuous stream of commercial technologies. Britain, and later continental Europe and the United States, built systems in which experiment, publication, engineering, investment, manufacturing and expanding markets reinforced one another.
The central historical question is therefore not why earlier societies lacked intelligence or invention. It is why useful knowledge in one time and place became embedded in institutions capable of generating, financing, protecting, scaling and repeatedly replacing technology.

India: Abstraction, Calculation and Skilled Production

India’s most consequential contribution to global scientific life was the decimal place-value numeral system, including the operational use of zero. The importance of this development is difficult to exaggerate. Efficient written calculation made accounting, astronomy, taxation, navigation and, eventually, modern science and computing much easier.

Aryabhata, writing in the fifth century, produced sophisticated astronomical calculations, a close approximation of pi and a systematic treatment of trigonometric ideas. Brahmagupta in the seventh century formulated rules involving zero and negative numbers and advanced algebraic and astronomical methods. In later centuries, Bhaskara II and the Kerala school carried mathematical astronomy further, including work with infinite series that anticipated aspects of later calculus—although claims of a direct transmission to Newton or Leibniz remain unproven.

Indian achievement was not confined to learned texts. Wootz steel, exported from southern India and Sri Lanka, became renowned for its quality and contributed to the production of patterned blades in West Asia. The Delhi Iron Pillar demonstrates impressive knowledge of ironworking and corrosion resistance, though it should not be romanticised as literally rustproof.

Indian textile producers mastered spinning, weaving, mordant dyeing and colourfast printing on a scale that made cotton goods major commodities across the Indian Ocean and, later, in Europe. Systems of irrigation, water storage, shipbuilding and sugar crystallisation also reflected a deep reservoir of practical skill.

India’s strengths included powerful traditions of abstraction, reliable computational methods, specialised craft communities and extensive commercial networks. Its limitations were institutional rather than civilisational defects. Learned theory and artisanal practice often remained socially separated. Knowledge could be transmitted through manuscripts, apprenticeship, caste or family networks without becoming openly reproducible across society.

Access to advanced learning was unequal by gender, caste and class. Patronage from courts, temples and wealthy households could sustain excellence, but it could also make institutions vulnerable to political disruption. India produced brilliant discoveries and superior products, yet it did not develop a permanent, society-wide mechanism that continuously joined scientific inquiry, mechanical engineering, large pools of risk capital and mass production.

China: The Broadest Early Technological System

For much of the first and early second millennia, China probably possessed the world’s broadest portfolio of practical technologies. Paper transformed record-keeping and communication. Woodblock printing and later movable type multiplied texts. The magnetic compass assisted navigation; gunpowder reshaped warfare; advanced iron casting and steel production supported agriculture and manufacture. Chinese engineers developed wheelbarrows, sophisticated clocks, canal locks, deep drilling techniques, porcelain, hydraulic machinery and highly organised systems of river and canal management.

These achievements were supported by a large integrated market, long-lived bureaucratic government, cities, literacy among administrative elites and periods of intense commercial activity. ‘Song’ China in particular experienced a remarkable combination of urbanisation, monetisation, technical ingenuity and proto-industrial production. It was not a stagnant civilisation waiting to be awakened by Europe.
Why, then, did the Industrial Revolution not occur first in China? No single explanation is sufficient. A unified imperial state could mobilise enormous resources, but political unification also meant that a change in court priorities could affect a vast territory. The civil-service examination system rewarded mastery of classical texts and administrative competence more consistently than experimental natural philosophy or mechanical entrepreneurship.
In some regions, abundant skilled labour reduced the economic incentive to substitute machines for workers. Major coalfields were not always close to the most commercially dynamic centres. Maritime restrictions varied by dynasty and were never absolute, but they periodically constrained oceanic expansion.

China continued to innovate; the issue was that its inventions did not converge into the same self-sustaining system of fossil-energy mechanisation, experimental research, corporate finance and overseas markets that emerged in northwestern Europe.

Greece, Rome and Byzantium: Theory, Infrastructure and Preservation

The ancient Greek world made durable contributions to geometry, logic, mechanics, medicine and natural philosophy. Euclid’s axiomatic geometry, Archimedes’ work on mechanics and hydrostatics, and the medical tradition associated with Hippocrates shaped later inquiry. Greek thought was never purely rational in the modern sense, nor was it isolated from Egypt, Mesopotamia and Persia. Its enduring importance lay partly in making systematic demonstration and debate central intellectual practices.

Rome’s distinction was less the invention of abstract science than the organisation of engineering at scale. Roads, bridges, aqueducts, harbours, mines, water mills, concrete and monumental structures reveal an exceptional ability to standardise, finance and administer infrastructure across an empire.

Roman technology served military power, urban life, taxation and commerce. After the western empire fragmented, some technical and textual traditions weakened in Latin Europe, while Byzantium preserved and developed a substantial part of the Greek inheritance.
The Eastern Roman Empire also maintained advanced administration, architecture, military engineering and medicine. Its scholars would later help reconnect Western Europe with Greek texts, especially before and after the fall of Constantinople.

Persia and the Islamic World: Translation Became Transformation

Sasanian Persia contributed irrigation through qanats, hydraulic engineering, metallurgy, medicine and institutions of learning. Its location made it a bridge among Indian, Greek and Central Asian traditions.

After the rise of Islam, a vast commercial and intellectual zone extended from Iberia and North Africa through West and Central Asia. Arabic became a major language of scholarship, although the participants were ethnically and religiously diverse: Arab, Persian, Jewish, Christian, Central Asian and others.

The translation movement centred on Abbasid Baghdad did not merely warehouse ancient books. Scholars compared manuscripts, criticised inherited claims and combined Greek philosophy with Indian mathematics and Persian administrative and medical knowledge.
Al-Khwarizmi’s works helped transmit decimal numerals and gave algebra its name as well as the modern word ‘algorithm’. Ibn al-Haytham’s studies of optics emphasised controlled observation and mathematical reasoning. Physicians such as al-Razi and Ibn Sina systematised clinical knowledge; hospitals and pharmacies became important urban institutions.

Astronomers refined instruments, tables and models, while engineers wrote about automata, pumps and water-raising devices. Paper, adopted from China and manufactured widely, lowered the cost of this intellectual circulation.

From the twelfth century onward, translations from Arabic into Latin carried mathematics, medicine, astronomy and philosophy into European schools. This transfer was joined by direct contact through trade, Sicily, Iberia, Byzantium and the Crusades.

Relative scientific momentum in parts of the Islamic world later slowed for many interacting reasons: invasions and political fragmentation, altered trade routes, changing patronage, the rise of European maritime power and an uneven adoption of print. It cannot credibly be reduced to an assertion that Islam was inherently opposed to reason.

Other Centres of Ingenuity

A global history must also look beyond the civilisations most commonly connected through Eurasian texts. Mayan societies independently developed a positional vigesimal number system with a sign for zero, accurate calendrical cycles, writing and sophisticated astronomical observation.

Andean societies engineered mountain agriculture through terraces and irrigation, built extensive road systems, developed remarkable textiles and preserved food through environmental knowledge. Their technological paths differed partly because they lacked some Old World animals, iron traditions and long-distance east-west exchanges; difference should not be mistaken for intellectual deficiency.
Across Africa, ironworking, agriculture, architecture and trade flourished in diverse regional systems. Aksum minted coins, erected monumental stone structures and participated in Red Sea commerce.
Later West African centres linked gold, scholarship and trans-Saharan exchange. Much African technical knowledge survived through objects, landscapes and oral transmission rather than the written archives privileged by conventional histories. Southeast Asian and Austronesian peoples mastered long-distance seafaring, monsoon navigation, rice cultivation, metallurgy and water management.

Monumental projects such as Angkor were not simple copies of Indian models but local transformations supported by complex engineering and state organisation. Korea and Japan selectively adapted Chinese writing, Buddhism, metallurgy, administration, papermaking and printing while developing distinctive traditions of their own.

How Knowledge Travelled

Knowledge moved along networks long before modern globalisation. Indian numerals and astronomical methods travelled west through Sanskrit, Persian and Arabic texts. Chinese paper moved through Central Asia into the Islamic world and Europe. The compass and gunpowder similarly changed as they crossed regions.
Greek works reached Arabic readers through Syriac and other translators, were developed in Islamic intellectual centres, and then returned to Latin Europe in altered form. Technologies also travelled without treatises: craftspeople carried metallurgical, textile, agricultural and nautical knowledge through migration and apprenticeship.

This movement was rarely a simple handover from one civilisation to another. Recipients selected what they found useful and fitted it to local institutions. Numerals acquired new notations; astronomical tables were recalculated for different places; gunpowder recipes and weapons evolved; printing changed when applied to alphabetic scripts and European markets. Translation was itself an act of invention. Every receiving society was also a modifying society.

Europe’s later breakthrough therefore began with borrowing, not isolation. Between roughly 1000 CE and 1500 CE, Western Europe absorbed paper, numerals, classical philosophy, medical learning, navigational knowledge and other techniques through Islamic, Byzantine and commercial connections. What became distinctive was not that Europeans were the first to know everything, but that certain European regions gradually created an unusually dense structure for accumulating, contesting and applying knowledge.

The Western Transformation: From Useful Knowledge to an Innovation System

Several developments converged. The printing press made it possible to circulate large numbers of nearly identical texts. Errors could be detected across copies, experimental results debated and diagrams reproduced. Universities, although originally medieval and often conservative, became durable corporate bodies with recognised degrees, professional communities and a measure of institutional continuity.

Political fragmentation among European states was frequently destructive, but it also created competition for navigators, engineers, weapons and revenue. A thinker or merchant blocked in one jurisdiction could sometimes move to another.

The Scientific Revolution changed standards of persuasion. Observation, measurement, mathematical description, controlled experiment and public demonstration acquired greater authority. Copernicus, Tycho Brahe, Kepler, Galileo, Harvey, Boyle and Newton did not work in a vacuum; they drew on inherited Greek, Islamic and Asian knowledge as well as European craft.

Their importance lay also in a new ecology of instruments, correspondence and criticism. Telescopes, microscopes, accurate clocks, barometers and improved lenses extended the senses. Scientific societies and journals encouraged findings to be disclosed, examined and replicated rather than preserved solely as workshop secrets.
Equally important was the growing connection between savants and artisans. Instrument makers, miners, navigators, clockmakers and military engineers supplied practical problems and precision skills. Natural philosophers supplied mathematical models and explanatory ambitions. Governments wanted better maps, ships, cannon and tax revenues. Merchants wanted reliable navigation, standardised measures and faster production. Useful knowledge increasingly circulated among the workshop, academy, state and market.

Financing the development, made much of the difference:

Europe developed institutions capable of financing uncertainty and scaling success: joint-stock companies, banks, insurance, tradable debt, commercial courts and patent systems. These arrangements were imperfect and often served privileged monopolies, but they helped mobilise resources beyond a single household or court.

An invention could attract capital, be protected for a period, installed in multiple workshops and sold into expanding markets. The capacity to commercialise was not merely a cultural admiration for profit; it was a legal and financial architecture that converted uncertain experiments into investable projects.

Britain possessed a particularly favourable combination. Relatively high wages made labour-saving machinery attractive, while accessible coal supplied concentrated energy. A large commercial sector, improving transport, skilled mechanics and comparatively deep credit markets supported experimentation.

The steam engine connected mining, energy and mechanical production. Mechanised spinning and weaving transformed textiles—an industry whose raw materials, designs and markets were deeply entangled with India, slavery and Atlantic commerce. Innovation became cumulative because one machine created bottlenecks and incentives for another.

Empire was integral to this transformation. Colonies and coercive trading systems supplied raw materials, captive or preferential markets, land, labour and knowledge. Enslavement and dispossession helped finance Atlantic economies; colonial policies damaged manufacturing in some conquered regions and redirected their surpluses. Naval and military competition stimulated technology. Yet empire alone cannot explain industrialisation: Spain and Portugal possessed large empires without leading the Industrial Revolution. The stronger explanation is a conjunction—coal and wages, science and craft, finance and law, states and warfare, overseas extraction and large markets.

Why Earlier Leaders Did Not ‘Capitalise’ in the Same Way:

To ask why India, China or the Islamic world failed to capitalise on their advantage can impose modern expectations on premodern societies. Commercialisation was not absent: Indian textiles, Chinese porcelain and silk, Arab navigation and finance, and Roman infrastructure all supported enormous markets.

What was absent was the later industrial form of commercialisation: permanent research communities linked to mechanised production, fossil energy, impersonal capital and global corporate organisation.
Knowledge in many societies was embedded in guilds, families, courts, temples or bureaucracies. Secrecy protected livelihoods; social rank could separate intellectuals from manual workers; political patronage could reward prestige more than productivity. Manuscript cultures limited the speed and uniformity of dissemination.

Cheap skilled labour sometimes made mechanisation uneconomic. Large successful states could rationally prefer stability and tax collection to disruptive entrepreneurial change. None of these conditions implies incapacity. They show that invention answers to incentives and institutions.Timing also mattered.

During the centuries when mechanised industry became decisive, India progressively lost political and economic sovereignty to the East India Company and the British Crown. Colonial rule, did introduce railways, telegraphy, modern universities and some scientific institutions, but these were organised primarily around their own imperial priorities.
Indian revenues, markets and raw materials supported an economy centred elsewhere in Britain, while many indigenous industries faced adverse policy and technological competition. China, though not formally colonised as a whole, endured unequal treaties, internal rebellions and foreign intervention at a critical moment. The global lead was therefore consolidated through power as well as ingenuity.
Nor did ‘the West’ advance as a single, continuous unit. Leadership shifted from Italian commercial cities and Iberian navigators to the Netherlands and Britain, then to France, Germany and the United States. Regions that failed to develop the necessary institutional combination fell behind other European regions. This internal movement is strong evidence against racial or civilisational explanations.

The Benefits and Moral Costs of Modern Technological Power

The Western innovation system dramatically increased productive capacity. It generated cheaper goods, faster transport and communication, modern sanitation, electricity, vaccines, fertilisers, computing and countless extensions of human life and choice. Commercial incentives helped discoveries escape the laboratory and reach millions. Standardisation and mass production turned scarce objects into ordinary utilities.

But commercial success is not identical to human progress. The same system produced industrial warfare, exploitative factories, ecological destruction and technologies designed for surveillance and domination. Colonialism and slavery were not incidental shadows outside modern economic development; they were connected to its resources, markets and accumulation, even though their exact weight differed by country and industry. Profit could accelerate useful innovation, but it could also conceal social and environmental costs. Modern technology’s history is therefore a history of emancipation and domination at the same time.

Conclusion:

From Possessing Knowledge to Sustaining Innovation
No civilisation owns science. India’s numerals, China’s paper and compass, Greek logic, Roman engineering, Persian institutions, Islamic algebra and optics, African metallurgy, American agriculture and astronomy, and Southeast Asian navigation belong to distinct histories but also to a shared human inheritance. Modern Western science and industry grew from that inheritance through borrowing, translation and transformation.

The decisive Western advantage was not an original monopoly of intelligence. It was the gradual assembly of an innovation system: reproducible knowledge, open criticism, precision instruments, durable research institutions, skilled workshops, investment capital, legal protection, energetic states, abundant fossil fuel and expanding—often coerced—markets. Once these components reinforced one another, invention became less an occasional achievement and more a continuous economic process.

Earlier civilisations did commercialise knowledge, but usually without this particular convergence of various factors. Some of their institutions protected continuity and social order better than disruption; others restricted access or separated scholarship from manufacture.

Later, imperial power narrowed the choices available to societies that might otherwise have adapted on their own terms. The lesson is not that the West was destined to lead or that the East somehow failed a universal examination.

It is that intellectual brilliance becomes sustained technological power only when a society can circulate ideas widely, test them openly, connect them to practical skill, finance risk, reward diffusion and retain enough political agency to shape the resulting economy.
That lesson remains relevant. Countries seeking technological leadership cannot live indefinitely on ancestral pride, imported machinery or isolated centres of excellence. They need institutions that connect education, research, craftsmanship, entrepreneurship, patient capital and public purpose. They must also decide on what usage the technology is for.

The greatest achievement is not merely to invent or commercialise first, but to build a system in which knowledge enlarges human dignity without repeating the exploitation that accompanied much of the first industrial age.

Selected Readings:

The following works represent major perspectives in this large and contested field.With Thanks…

Allen, Robert C. The British Industrial Revolution in Global Perspective. Cambridge University Press, 2009.
Bala, Arun. The Dialogue of Civilizations in the Birth of Modern Science. Palgrave Macmillan, 2006.
Berg, Maxine. Luxury and Pleasure in Eighteenth-Century Britain. Oxford University Press, 2005.
Daston, Lorraine, and Peter Galison. Objectivity. Zone Books, 2007.
Huff, Toby E. The Rise of Early Modern Science: Islam, China, and the West. Cambridge University Press, 1993; later editions.
Joseph, George Gheverghese. The Crest of the Peacock: Non-European Roots of Mathematics. Princeton University Press, 2011.
Mokyr, Joel. The Gifts of Athena: Historical Origins of the Knowledge Economy. Princeton University Press, 2002.
Needham, Joseph. Science and Civilisation in China. Cambridge University Press, multiple volumes, 1954 onward.
Pomeranz, Kenneth. The Great Divergence: China, Europe, and the Making of the Modern World Economy. Princeton University Press, 2000.
Rashed, Roshdi, ed. Encyclopedia of the History of Arabic Science. Routledge, 1996.
Roy, Tirthankar. India in the World Economy: From Antiquity to the Present. Cambridge University Press, 2012.
Saliba, George. Islamic Science and the Making of the European Renaissance. MIT Press, 2007.
Sen, Tansen. Buddhism, Diplomacy, and Trade: The Realignment of Sino-Indian Relations, 600–1400. University of Hawai‘i Press, 2003.
Subbarayappa, B. V., ed. A Concise History of Science in India. Indian National Science Academy, 1971.
Winterbottom, Anna, and Facil Tesfaye, eds. Histories of Medicine and Healing in the Indian Ocean World. Palgrave Macmillan, 2016.

The Long Road to respected Womanhood : India’s Two-Century Journey from Protection and Dependence to Dignity and Celebration.

By CA. S. Muralidharan
Business Mentor and Thought Leader

The modern Indian woman—educated, professionally accomplished, economically independent and constitutionally equal—did not emerge through a simple or peaceful process of social evolution. Her present position is the result of nearly two centuries of intellectual rebellion, social resistance, personal sacrifice, institutional innovation, political mobilisation and legal reform.

Every right that appears natural today was once controversial.

A girl going to school, a widow remarrying, a woman becoming a doctor, a daughter claiming ancestral property, a wife leaving an abusive marriage, or a woman entering public office may appear ordinary in contemporary India. But each of these freedoms had to be wrested from customs supported by family authority, caste interests, religious interpretations and entrenched patriarchy.

The journey was neither exclusively Hindu nor Christian, Western nor indigenous, male-led nor female-led. It was catalysed by many forces: Hindu religious reformers, Christian missionaries, anti-caste movements, women intellectuals, nationalists, social revolutionaries, colonial legislation, democratic politics, constitutional morality and the judiciary.

Modern Indian womanhood is therefore not the gift of any single religion, government or leader. It is the cumulative achievement of generations that struggled—sometimes together and sometimes against one another—to reconcile tradition with human dignity.

Honour without autonomy:

Classical Indian society did not necessarily regard women as worthless. Women were praised as mothers, wives, custodians of family honour and sources of household prosperity. Texts such as the Manusmriti contain passages requiring women to be respected, protected and provided for.

But respect did not mean equality.

The dominant social model was one of protective patriarchy. A woman was expected to remain under her father during childhood, her husband after marriage and her sons in old age. Her dignity was acknowledged, but her autonomy was restricted. Her social identity was derived primarily from her relationship with men.

Formal learning, ritual authority, inheritance and family decision-making were concentrated in male hands. Marriage was treated as a sacred and largely irreversible institution for women, while male privilege was more extensive. Widowhood could result in social death even when it did not result in physical death.

This contradiction—reverence for womanhood alongside restriction of women—was not unique to Hindu society. Classical Jewish, Christian and Islamic traditions also combined spiritual dignity with male family authority. Buddhist traditions recognised women’s capacity for liberation but often placed nuns institutionally below monks.

The central problem was common to most premodern civilisations: the woman was valued as a member of the family but not fully recognised as an autonomous individual.

The first great confrontation: sati –

The nineteenth-century campaign against sati became a defining moment in Indian social reform.

Raja Ram Mohan Roy challenged the practice morally and scripturally. He argued that sati was not an indispensable Hindu religious duty and that widowhood, however difficult, did not justify the destruction of a woman’s life.

His struggle was not easy. Orthodox leaders maintained that neither reformers nor a foreign government possessed the authority to interfere with Hindu religious customs. Petitions were organised, religious freedom was invoked, and the abolition was challenged before the Privy Council.

Christian missionaries such as William Carey also documented instances of sati, published information and supported its prohibition. Carey helped translate the 1829 regulation into Bengali for rapid circulation. Governor-General William Bentinck ultimately outlawed the practice.

The abolition was therefore produced by an unusual convergence: an Indian reformer’s internal critique, missionary pressure, public debate and colonial legislative power.

Its lasting significance extended far beyond sati. It established a principle that would repeatedly shape Indian reform:

A custom cannot remain beyond legal scrutiny merely because it is described as religious when it extinguishes a person’s life, liberty or dignity.

Widowhood and the battle over scripture:

The next major struggle concerned the Hindu widow.

Many girls were married before reaching maturity, sometimes to much older men. If the husband died, even an unconsummated marriage could condemn the girl to lifelong widowhood. She might lose her jewellery, have her head shaved, observe severe dietary restrictions and be excluded from auspicious occasions. Remarriage was often prohibited, while economic dependence made her vulnerable to exploitation.

Ishwar Chandra Vidyasagar confronted this system using the very scriptures invoked to defend it. As a Sanskrit scholar, he argued that Hindu textual traditions permitted widow remarriage in relevant circumstances.

The opposition was formidable. The petition organised against widow remarriage reportedly attracted several times more signatures than Vidyasagar’s reform petition. Nevertheless, the Hindu Widows’ Remarriage Act was passed in 1856.

Legislation, however, did not immediately change society. Families conducting widow remarriages risked boycott and ostracism. The struggle had to continue through lived example.

Kandukuri Veeresalingam in the Telugu region, Dhondo Keshav Karve and M.G. Ranade in Maharashtra, and reform movements such as the Arya Samaj and Prarthana Samaj carried the campaign forward. Karve himself married a widow, demonstrating that social reform required personal courage, not merely public speeches.

The school became the first battlefield of liberation:

Of all the reforms, female education produced the most far-reaching transformation.

Savitribai Phule and Jyotirao Phule opened a school for girls in Pune in 1848. Their work was revolutionary because it challenged gender and caste simultaneously.

Savitribai reportedly faced verbal abuse, stones, mud and dung while walking to school. She carried an additional sari so that she could change and continue teaching. The couple were forced to leave Jyotirao’s parental home because their work was considered contrary to the established social order.

Yet they persisted.

Savitribai did not treat women merely as recipients of sympathy. She saw education as the route to self-respect. She opposed child marriage, supported widow remarriage, organised women and established a shelter where pregnant widows and victims of sexual exploitation could deliver their children safely.

Missionary educational institutions formed part of the wider environment in which this transformation occurred. Christian missionaries had established girls’ schools and teacher-training programmes in several regions. Cynthia Farrar’s work in Ahmednagar influenced the educational context encountered by the Phules.

But the Phules did not simply reproduce a missionary project. They converted education into a radical Indian instrument against caste and gender oppression.

The result was a powerful demonstration effect. When missionary and reformist schools began educating girls successfully, Hindu associations, community organisations, princely states and governments felt compelled to establish their own institutions.

Religious competition unexpectedly became a catalyst for social development.

Christian institutions and the opening of new doors

Christianity’s most significant contribution to Indian women’s development was institutional rather than merely theological.

Missionaries and church organisations established:

• Girls’ schools and residential colleges;
• teacher-training institutions;
• women’s hospitals and maternity centres;
• nursing schools;
• widow homes and orphanages;
• vocational centres and shelters;
• networks of women educators and health workers.

Zenana missions sent female teachers and medical workers into women’s quarters that male outsiders could not enter. Although evangelisation was one of their objectives, these visits also brought literacy, hygiene, health information and contact with educated women into previously inaccessible households.

Women’s Christian College in Chennai, Sarah Tucker College in Tirunelveli and similar institutions made higher education socially acceptable for Indian women. Residential campuses solved practical problems of safety, distance and parental anxiety. Their graduates became teachers, administrators, doctors and public figures.

The work of Dr Ida Scudder in Vellore was particularly transformative. Recognising that social restrictions prevented women from being treated by male physicians, she established medical services for women and created institutions to train Indian women as nurses and doctors. The medical school for women opened in 1918 and evolved into Christian Medical College, Vellore.

The importance of this intervention cannot be measured merely by the number of patients treated. It changed social imagination. A woman could now become a doctor, examine patients, earn an income and lead an institution.

The professionalisation of nursing was equally important. Nursing required women to work outside the home, care for people across caste boundaries and sometimes work at night. Christian hospitals helped convert what families once regarded as socially questionable work into a trained and respected profession.

Many beneficiaries remained Hindu, Muslim, Sikh or members of other communities. The institutional benefits crossed religious boundaries.

At the same time, this contribution should not be romanticised. Missionary work could be paternalistic and connected with conversion. Some missionaries portrayed Indian society as uniformly degraded to justify a colonial “civilising mission.” Churches themselves were frequently controlled by men, and traditional Christian theology often emphasised female obedience and domesticity.

Indeed, Christian personal law in India also contained gender discrimination. Christian women had to struggle for equal divorce and succession rights. Christianity was therefore a source of reform and institutional opportunity, but not a complete model of gender equality.

Women began speaking for themselves:

The early reform movement was often framed as enlightened men rescuing unfortunate women. Gradually, women rejected that limited role and became authors of their own liberation.

Tarabai Shinde’s Stri Purush Tulana, published in 1882, exposed the moral double standard under which male misconduct was tolerated while women were condemned. She questioned a social system that demanded perfection from women but excused men.

Pandita Ramabai brought learning, experience and institutional leadership to the movement. A Sanskrit scholar who later embraced Christianity, she criticised the treatment of high-caste Hindu widows and established institutions for women’s education and rehabilitation.

Ramabai could not be easily controlled by either Hindu orthodoxy or Western missionary authority. Her importance lay in insisting that women must describe their own suffering, frame their own demands and administer their own institutions.

Ramabai Ranade, Anandi Gopal Joshi, Kadambini Ganguly, Cornelia Sorabji and many others broke professional barriers. Their achievements were not only personal. Every woman who became a doctor, lawyer, teacher or administrator weakened the argument that women lacked the capacity for public responsibility.

Child marriage, consent and bodily autonomy:

The struggle against child marriage brought reform into direct conflict with family authority.

The case of Rukhmabai raised a profound question. Married as a child, she refused as an adult to live with the husband chosen for her. When legal proceedings sought to enforce cohabitation, she defended her right to refuse.

Her position challenged the assumption that a childhood ceremony could permanently extinguish an adult woman’s consent.

The death of eleven-year-old Phulmoni Dasi after marital intercourse further exposed the brutality hidden behind the sanctity of marriage. The Age of Consent Act, 1891 introduced a limited increase in the protected age, but even that modest reform faced fierce opposition.

Some nationalists argued that the colonial state was invading Hindu domestic life. This revealed an uncomfortable contradiction: a movement could demand national freedom from foreign rule while denying freedom to women within the family.

The Child Marriage Restraint Act, 1929, associated with Harbilas Sarda and supported by women’s organisations, established the state’s authority to regulate the minimum age of marriage. Later legislation progressively raised the age and strengthened protection.

Tamil Nadu’s social revolution:

Tamil Nadu contributed a distinctive and powerful stream to women’s emancipation.

Subramania Bharati envisioned the pudhumai penn—the new woman—as educated, courageous, intellectually independent and unafraid. His poetry transformed women’s equality from a narrow reform proposal into a vision of national renewal.

Periyar E.V. Ramasamy went further by attacking the structural foundations of patriarchy. He questioned caste endogamy, priestly control, enforced chastity, unequal marriage and denial of property rights. The Self-Respect Movement promoted marriages based on consent and equality without compulsory priestly ritual.

Periyar insisted that women’s liberation required more than kind treatment. It required control over education, property, marriage, divorce and reproduction.

Dr Muthulakshmi Reddy brought reform into legislatures and institutions. As a pioneering doctor and legislator, she campaigned against child marriage and the devadasi system, founded the Avvai Home and advanced women’s health and education.

Moovalur Ramamirtham Ammaiyar exposed the exploitation embedded in the devadasi system and mobilised support for abolition. Dr S. Dharmambal worked for women’s education, widow remarriage and social reform.

These leaders faced the familiar defence of custom, religion and cultural heritage. They had to distinguish preservation of music and dance from preservation of hereditary female exploitation.

Tamil Nadu’s progress emerged from the interaction of missionary schools and hospitals, the Justice Party, the Self-Respect Movement, women reformers, social-justice politics and later state investment in education and welfare.

From social reform to political citizenship:

Indian women’s organisations transformed scattered reform efforts into organised political demands.

The Women’s Indian Association, founded in Adyar in 1917, the All India Women’s Conference and other organisations campaigned for:

• Female education;
• voting rights;
• legislative representation;
• reform of marriage and inheritance;
• access to professions;
• protection from violence.

Women such as Sarojini Naidu, Kamaladevi Chattopadhyay, Muthulakshmi Reddy, Margaret Cousins, Hansa Mehta, Ammu Swaminathan and Durgabai Deshmukh developed techniques of petitioning, public campaigning and legislative engagement.

Mahatma Gandhi’s mass movements brought large numbers of women into public action. Women participated in the Non-Cooperation Movement, Salt Satyagraha, Civil Disobedience and Quit India. Their participation weakened the belief that courage, leadership and sacrifice were exclusively male qualities.

Yet nationalism did not automatically guarantee equality. Women were often celebrated as embodiments of sacrifice and purity while men continued to control political organisations. The struggle had to move beyond national freedom to equality within the family.

The constitutional revolution:

The Constitution of India created the most decisive legal break from the old social order.

Women were no longer merely daughters, wives, widows or members of religious communities. They became equal citizens.

The Constitution guaranteed equality before law, prohibited discrimination on the ground of sex, established equal opportunity in public employment and granted universal adult franchise from the commencement of the Republic.

This was remarkable. Several older democracies had extended voting rights to women only through prolonged separate movements. Independent India adopted universal adult franchise without first requiring women to satisfy property or educational qualifications.

Women members of the Constituent Assembly—including Hansa Mehta, Durgabai Deshmukh, Ammu Swaminathan, Rajkumari Amrit Kaur, Renuka Ray and Dakshayani Velayudhan—helped ensure that the Constitution did not reproduce women’s subordinate family status.

Hansa Mehta’s international contribution was equally notable. During the framing of the Universal Declaration of Human Rights, she helped replace the expression “all men” with “all human beings.” It was a small linguistic change with immense philosophical meaning.

Ambedkar and equality inside the family:

Dr B.R. Ambedkar understood that constitutional democracy would remain incomplete if autocracy survived within the home.

As Law Minister, he championed the Hindu Code Bill, seeking to reform marriage, divorce, succession, adoption, maintenance and the joint-family system.

The proposals encountered determined opposition from orthodox religious leaders, conservative legislators, the Ram Rajya Parishad, sections of the Hindu Mahasabha and RSS-supported agitation. Opponents argued that Parliament had no authority to alter Dharmaśāstra, that divorce would destroy the Hindu family and that reforming Hindu law alone was discriminatory.

The RSS had not existed during the earlier sati or widow-remarriage struggles. But during the Hindu Code Bill controversy, it substantially aligned with the conservative opposition. A separate Rashtra Sevika Samiti had already been created to mobilise women through discipline and national service, but its dominant vision remained centred on woman as mother, family-builder and cultural guardian.

This revealed an important difference between two conceptions of empowerment.

The Hindu nationalist conception encouraged women to become strong contributors to family and nation. The Ambedkarite conception insisted that women must also become autonomous bearers of enforceable individual rights.

Ambedkar regarded the government’s failure to enact the comprehensive Bill as a grave setback and resigned as Law Minister in 1951.

Jawaharlal Nehru subsequently divided the Code into separate enactments. The Hindu Marriage Act, Hindu Succession Act, Hindu Adoptions and Maintenance Act, and Hindu Minority and Guardianship Act were enacted during the 1950s.

They established monogamy, introduced divorce and expanded women’s rights. But the compromise remained incomplete. Equal coparcenary rights for daughters came nationally only through the Hindu Succession Amendment Act of 2005.

The struggle over property is not merely financial. A daughter who owns property possesses bargaining power, security and a voice within the family. Legal inheritance is therefore one of the foundations of substantive dignity.

The post-independence women’s movement:

Formal equality did not eliminate violence or discrimination.

During the 1970s and 1980s, women’s groups organised protests against dowry deaths. They marched, documented suspicious deaths, provided legal assistance and demanded amendments to criminal and evidentiary law.

The Mathura custodial rape case produced nationwide outrage. Women’s organisations and legal scholars challenged the assumption that absence of visible resistance implied consent. The resulting movement contributed to important amendments concerning custodial rape and evidence.

The death of Roop Kanwar at Deorala in 1987 demonstrated that the cultural glorification of sati had not entirely disappeared. Women’s groups mobilised against both the act and its public celebration, leading to stronger legislation.

Campaigns against domestic violence eventually produced a law recognising that abuse is not limited to physical assault. It can include emotional cruelty, economic deprivation, threats and exclusion from the shared household.

These reforms reflected an important evolution: society was moving from protecting the abstract ideal of womanhood to protecting the rights of the actual woman.

The modern Indian woman:

The cumulative effect of these struggles is visible in everyday life.

A modern Indian woman may:

• Attend school and university;
• become a doctor, engineer, chartered accountant or judge;
• own and manage property;
• choose a profession;
• vote and contest elections;
• marry across caste boundaries;
• seek divorce;
• claim maintenance and custody;
• inherit ancestral property;
• establish a business;
• travel independently;
• lead an institution;
• demand protection from violence.

These freedoms have become sufficiently normal that their revolutionary origins are easily forgotten.

Yet equality remains incomplete. Women continue to face unequal domestic responsibilities, employment barriers, violence, pressure concerning marriage and motherhood, and practical denial of property. Religious institutions, political organisations and corporate leadership remain disproportionately male.

A daughter may possess an equal legal share but be persuaded to execute a release deed in favour of her brother. A professionally qualified woman may still carry almost the entire burden of domestic care. A woman may vote freely but lack equal influence over decisions within her own home.

Legal equality is therefore the foundation, not the completion, of liberation.

A civilisation capable of self-correction:

India’s journey should not be narrated either as the rescue of a backward society by the West or as an entirely self-contained reform untouched by external influence.

Both narratives are inadequate.

Christian institutions contributed education, healthcare, professional training and models of female public service. Western liberal thought introduced concepts of individual rights. Hindu reformers reinterpreted their own traditions. Anti-caste leaders exposed the relationship between gender, caste and property. Tamil social revolutionaries challenged priestly and patriarchal authority. Women writers spoke from lived experience. Nationalists opened public space. Ambedkar converted equality into constitutional architecture. Legislatures and courts gradually made rights enforceable.

The progress of Indian women arose from dialogue, conflict and creative borrowing among all these forces.

A confident civilisation should be able to acknowledge external contributions without surrendering its agency. It should also acknowledge internal injustices without rejecting its entire inheritance.

Civilisational greatness lies not in claiming that a society never committed wrongs, but in demonstrating its capacity to recognise, correct and transcend them.

The dignity that emerged from struggle:

The dignified Indian woman of today carries within her freedom the sacrifices of countless predecessors.

Behind the girl entering school stands Savitribai walking through abuse.

Behind the widow rebuilding her life stands Vidyasagar’s lonely campaign.

Behind the woman doctor stands Ida Scudder’s determination to train women to heal women.

Behind the self-respecting Tamil woman stand Bharati’s imagination, Periyar’s rebellion, Muthulakshmi Reddy’s legislative courage and Moovalur Ramamirtham’s activism.

Behind the daughter claiming property stands Ambedkar’s unfinished Hindu Code Bill.

Behind the woman voter stand the women who marched, petitioned, went to prison and participated in the making of the Constitution.

Modern Indian womanhood was not produced by one religion defeating another, one government enlightening society, or men benevolently granting freedom. It evolved through the convergence of reform, protest, education, law and women’s own determination.

Its deepest lesson is this:

A woman’s dignity cannot depend upon being worshipped as a goddess, protected as a dependent or praised as a sacrificing mother. It must arise from recognising her as a complete human being—with reason, conscience, agency, rights and aspirations of her own.

India’s two-century journey has brought the country immeasurably closer to that ideal. The responsibility of the present generation is not merely to celebrate this achievement, but to carry it from law into the home, from education into employment, from symbolic reverence into equal partnership, and from dignified womanhood into complete human freedom.

Final Word:

Please share your your thoughts and inputs on this subject to the Authors mail Id: smdadvisory@gmail.com or WhatsApp +91 9791412222. This subject can be further improved by your views and suggestions. Thank you for your patient reading.

Today I want to lay out the areas we need to study the Geo politics and the geo economic aspects of the rise of global powers that determine the future of the world. We will be in future studying in depth each of the areas as below in the present global context. They are:

1. Economy – GDP and its composition
2. Military and defence systems
3. Technology and science leadership
4. Demography and population
5. Democracy and internal politics
6. Educational systems
7. Culture and influence through soft power
8. Religion
9. International relationships with other countries
10. Size and qualitative aspects of Geography and its acquisition
11. Natural resources and environmental aspects
12. Financial services sector and its development
13. Political ideology and its sustainability
14. Health and medical research leadership
15. Openness and happiness and stability of societies

We have to evaluate every country, more importantly the leading countries in the world, in each of the parameters to understand their status, emergence and sustainability in future. We will do that in phases. As of now there are a dozen important countries which can be considered as leaders of the world, by these aspects. We will study them on comparative basis to understand where the future of the world lies.

The last point of openness,happiness and stability of the society is far more important than any other aspect, as it defines and ensures the continuity of civilisations beyond centuries or millennium. We should understand that the study of geopolitics is not merely a sprint, but a marathon for the civilisations. It will go on perennially till humanity occupies the globe. We need to understand this before delving into this study. But to quote The political scientist, geo-strategist, and former US National Security Advisor Zbigniew Brzezinski appraised the current standing of the great powers in his 2012 publication Strategic Vision: America and the Crisis of Global Power. In relation to great powers, he makes the following points:

“The United States is still preeminent but the legitimacy, effectiveness, and durability of its leadership is increasingly questioned worldwide because of the complexity of its internal and external challenges. … The European Union could compete to be the world’s number two power, but this would require a more robust political union, with a common foreign policy and a shared defense capability. … In contrast, China’s remarkable economic momentum, its capacity for decisive political decisions motivated by clearheaded and self-centered national interest, its relative freedom from debilitating external commitments, and its steadily increasing military potential coupled with the worldwide expectation that soon it will challenge America’s premier global status justify ranking China just below the United States in the current international hierarchy. … A sequential ranking of other major powers beyond the top two would be imprecise at best. Any list, however, has to include Russia, Japan, and India, as well as the EU’s informal leaders: Great Britain, Germany, and France.”

This is just his understanding of the global powers from a limited perspective. There have been very fast ascent to higher positions of global powers and great fall from their positions. Eventually it is how a country rises to be a great power which wields influence on more people across countries and stays longer in its position to influence the people and powers of the world that is the criteria. This will be one of the major aspects of the study.

If you have any comments or ideas about this study, please feel free to share. This is a joint study of all of us. I am only taking a lead role to compile everyone’s views and ideas. Thank you. Meet you again.

India is the only country which has the wholesome well rounded philosophy, spiritual foundation, economic and political wherewithal to become the Guru of the world, which it was until a few centuries back. While the world beats around the bushes of Market Capitalism and State Capitalism, ie. Communism, both of which are two sides of the same coin, India alone can tell the world how to handle the Environmental issues, how to moderately exploit the natural resources, which will include not merely flora,fauna and all living beings including the humans, by which the earth will be more sustainable and left in a better shape for the next generations. Actually, more than misuse and abuse of any other natural resources, humans have been the worst exploited in the last few centuries. The social media of late has worsened the situation. The human mind which is capable of achieving greater things in this world has shrunk beyond our imagination. The human mind of our great ancestors gave out eternal knowledge and ideas of living happily in this world and also how to live even after our presence in this world ended. All these are encapsulated in the knowledge treasures handed down to us from time immemorial. These knowledge have been time tested and stood beyond our concept of time. They become guide and user manual for living and how to use this life and the resources around us. They almost cover every sphere of life including politics and economics at micro and macro level.

It is our desire that a Geopolitics and Geoeconomics based, if not fully, at least partially, out of the respect for our fellow living beings including humans , Will do a lot good for the world on long term basis. This terminology of ‘long term’ basis itself is becoming a forgotten one. We need to revive that again and unless we think on the basis of long term consequences of any of our actions or thoughts, it will be useless to live and have progeny in this world. So this blog will deal with the Geopolitics and Geo economics of present contextual world through the prism of sustainability with the help of our time tested ancestral wisdom. I hope to add value to your thoughts and experience and by sharing our ideas and knowledge, let us enrich the world. Like the Rig Veda says let us ennoble ourselves through knowledge from all sides. Thank you. Meet you again.