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The Dragon and the Elephant Dance for a Cleaner World

New reports from the IEA and Ember show that China and India are leading a global turning point — where renewables now outpace fossil fuels.

Dipin Damodharan

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Symbolic representation of China’s dragon and India’s elephant, formed from solar panels and wind turbines, dancing above a lightly mapped Asia and global grid, illustrating their leadership in the renewable energy revolution/EdPublica

In late September, EdPublica reported an inspirational story from Perinjanam, a quiet coastal village in the South Indian state Kerala, where rooftops gleam with solar panels and homes have turned into micro power plants. It was a story of how ordinary citizens, through community effort and government support, took part in a just energy transition.

That local story, seemingly small, was in fact a mirror of a far bigger movement unfolding worldwide. Now, two major global reports–one from the International Energy Agency (IEA) and another from the independent think tank Ember–confirm that the world is entering a decisive new phase in its energy transformation. Together, their findings show that 2025 is shaping up to be the turning point year: the moment when renewables not only surpassed coal but began meeting all new global electricity demand. The year will likely be remembered as the moment when the global energy transition stopped being a promise and became a measurable reality — led by the two Asian giants, China and India.

The Global Picture: IEA’s Big Forecast

‘The IEA’s Renewables 2025’ report, released on October 7, paints an extraordinary picture of growth and possibility. Despite global headwinds — including high interest rates, supply chain bottlenecks, and policy shifts — renewable energy capacity is projected to more than double by 2030, adding 4,600 gigawatts (GW) of new renewable power.

To grasp that number: it’s equivalent to building the entire current electricity generation capacity of China, the European Union, and Japan combined.

At the centre of this boom is solar photovoltaic (PV) technology, which will account for around 80% of the total growth. The IEA calls solar “the backbone of the energy transition,” driven by falling costs, faster permitting processes, and widespread adoption across emerging economies. Wind, hydropower, bioenergy, and geothermal follow closely behind, expanding capacity even as global systems adapt to higher shares of variable power.

“The growth in global renewable capacity in the coming years will be dominated by solar PV – but with wind, hydropower, bioenergy and geothermal all contributing, too,” said Fatih Birol, Executive Director of the IEA. “As renewables’ role in electricity systems rises in many countries, policymakers need to play close attention to supply chain security and grid integration challenges.”

The IEA forecasts particularly rapid progress in emerging markets. India is set to become the second-largest renewables growth market in the world, after China, reaching its ambitious 2030 targets comfortably. The report highlights new policy instruments — such as auction programs and rooftop solar incentives — that are spurring confidence across Asia, the Middle East, and Africa.

In India, the expansion of corporate power purchase agreements, utility contracts, and merchant renewable plants is also driving a quiet revolution, accounting for nearly 30% of global renewable capacity expansion to 2030.

At the same time, challenges remain. The IEA points to a worrying concentration of solar PV manufacturing in China, where over 90% of supply chain capacity for key components like polysilicon and rare earth materials is expected to remain by 2030.

Grid integration is another bottleneck. As solar and wind grow, many countries are already facing curtailments — when renewable power cannot be fed into the grid due to overload or mismatch in demand. The IEA stresses the need for urgent investment in transmission infrastructure, storage technologies, and flexible generation to prevent this momentum from being wasted.

Evidence on the Ground

If the IEA’s report is a map of where we’re going, Ember’s Mid-Year Global Electricity Review 2025 shows where we are right now — and the signs are unmistakable.

Ember’s data, covering the first half of 2025, reveals that solar and wind met all of the world’s rising electricity demand — and even caused a slight decline in fossil fuel generation. It’s a first in recorded history.

“We are seeing the first signs of a crucial turning point,” said Małgorzata Wiatros-Motyka, Senior Electricity Analyst at Ember. “Solar and wind are now growing fast enough to meet the world’s growing appetite for electricity. This marks the beginning of a shift where clean power is keeping pace with demand growth.”

Global electricity demand rose by 2.6% in early 2025, adding about 369 terawatt-hours (TWh) compared with the same period last year. Solar alone met 83% of that rise, thanks to record generation growth of 306 TWh, a year-on-year increase of 31%. Wind contributed another 97 TWh, leading to a net decline in both coal and gas generation.

Coal generation fell 0.6% (-31 TWh) and gas 0.2% (-6 TWh), marking a combined fossil decline of 0.3% (-27 TWh). As a result, global power sector emissions fell by 0.2%, even as demand continued to grow.

Most significantly, for the first time ever, renewables generated more power than coal. Renewables supplied 5,072 TWh, overtaking coal’s 4,896 TWh — a symbolic but historic milestone.

“Solar and wind are no longer marginal technologies — they are driving the global power system forward,” said Sonia Dunlop, CEO of the Global Solar Council. “The fact that renewables have overtaken coal for the first time marks a historic shift.”

China and India Lead the Way

The two reports together highlight that the epicenter of the clean energy shift is now in Asia.

According to Ember, China’s fossil generation fell by 2% (-58.7 TWh) in the first half of 2025, as clean power growth outpaced rising electricity demand. Solar generation jumped 43% (+168 TWh), and wind grew 16% (+79 TWh), together helping cut the country’s power sector emissions by 1.7% (-47 MtCO₂).

Meanwhile, India’s fossil fuel decline was even steeper in relative terms. Solar and wind generation grew at record pace — solar by 25% (+17 TWh) and wind by 29% (+11 TWh) — while electricity demand rose only 1.3%, far slower than in 2024. The result: coal use dropped 3.1% (-22 TWh) and gas by 34% (-7 TWh), leading to an estimated 3.6% fall in power sector emissions.

For both countries, these numbers align closely with the IEA’s projections. Together, China and India are now the primary engines of renewable capacity growth, demonstrating how large emerging economies can pivot toward clean energy while maintaining development momentum.

Setbacks Elsewhere

Yet progress is uneven. In the United States and European Union, fossil generation actually rose in early 2025.

In the U.S., a 3.6% rise in demand outpaced clean power additions, leading to a 17% increase in coal generation (+51 TWh), though gas use fell slightly. The EU also saw higher gas and coal use due to weaker wind and hydro output.

The IEA attributes part of this slowdown to policy uncertainty, especially in the U.S., where an early phase-out of federal tax incentives has reduced renewable growth expectations by almost 50% compared to last year’s forecast. Europe’s problem is different — a mature but strained grid facing seasonal fluctuations and low wind output.

10. Indias clean electricity growth drove down fossil generation in H1 2025@2x

These regional discrepancies underscore the IEA’s core message: achieving a clean power future isn’t just about building more solar farms, but about building smarter systems — integrated, flexible, and resilient.

Beyond Power

Both reports agree that while renewables are transforming electricity, their impact on transport and heating remains limited.

In transport, the IEA projects renewables’ share to rise modestly from 4% today to 6% in 2030, mostly through electric vehicles and biofuels. In heating, renewables are set to grow from 14% to 18% of global energy use over the same period.

These slower-moving sectors will define the next frontier of decarbonization — one where electrification, hydrogen, and new thermal storage technologies must play a greater role.

The Big Picture

Put together, the IEA’s forecasts and Ember’s real-world data signal that the clean energy transition has passed the point of no return.

Solar and wind are no longer simply catching up — they are now shaping global power dynamics. Their continued expansion is not only meeting new demand but beginning to displace fossil fuels outright.

“As costs of technologies continue to fall, now is the perfect moment to embrace the economic, social and health benefits that come with increased solar, wind and batteries,” said Ember’s Wiatros-Motyka.

Yet both agencies caution: to sustain this momentum, governments must expand grid capacity, diversify supply chains, and improve energy storage systems. Without these, the 2025 breakthrough could become a bottleneck.

3. Global solar installations were 64 higher in the first half of 2025 than in the same time last year@2x

A Symbol and a Signal

In a way, the world in 2025 looks a lot like Perinjanam did a few years ago — a place where optimism met obstacles, but the light won. What was once a village-scale transition is now a planetary transformation, proving that even small local models can foreshadow global change.

From Kerala’s rooftops to China’s vast solar parks, from India’s wind corridors to Africa’s mini-grids, the direction is unmistakable: the sun and wind are powering the next phase of human progress.

If 2024 was the year of warnings, 2025 is the year of evidence. The global energy system is finally tilting toward sustainability — not someday, but today.

Dipin Damodharan is the Co-founder and Editor-in-Chief of EdPublica. A journalist and editor with over 15 years of experience leading and co-founding both print and digital media outlets, he has written extensively on education, politics, and culture. His work has appeared in global publications such as The Huffington Post, The Himalayan Times, DailyO, Education Insider, and others.

Society

From One Roman Classroom to 60,000 Schools: How Maria Montessori Quietly Changed the World

A century after Maria Montessori reimagined childhood, her ideas continue to shape classrooms worldwide – bridging education and creativity in a rapidly changing world. Today, the real debate is no longer whether Montessori works, but for whom – and under what conditions.

Rishika Nair

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Counting beads, tracing letters made of sandpaper, children identifying sounds and phonetics—the classroom hums with quiet concentration as children move freely between activities. The teacher watches from a distance, intervening only when invited. At first glance, the scene may appear unstructured. Yet beneath this autonomy lies a carefully constructed philosophy—the Montessori method—developed over a century ago by an Italian physician who transformed the way the world understands childhood and learning.

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Breaking Barriers in a Man’s World

Born on 31 August 1870 to Alessandro Montessori, an accountant in the Italian civil service, and Renilde Stoppani, a well-educated woman with a passion for reading, Maria Montessori emerged as a pioneer who challenged rigid social norms and reshaped the meaning of education.

As her education progressed, Montessori consistently defied expectations placed on women of her era. She initially pursued engineering—an uncommon choice for women in technical schools at the time. Though her parents encouraged her to become a teacher, Montessori aspired to study medicine. Despite opposition from her father and an unsuccessful interview with a university professor, she remained resolute, famously declaring, “I know I shall become a doctor.”

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She enrolled at the University of Rome, earning a diploma in physics, mathematics, and natural sciences—prerequisites for medical studies. Facing open prejudice from male peers, Montessori persisted with remarkable determination. In 1896, she became one of Italy’s first female physicians. That same year, during the International Congress for Women, she presented a thesis advocating social reform, including equal pay for women.

Montessori later worked as a surgical assistant at Rome’s Santo Spirito Hospital, treating the urban poor, especially children. Her clinical work soon extended to the University of Rome’s psychiatric clinic, where she encountered children with intellectual disabilities who had been written off by society. What struck her most was not their limitations, but their deprivation—of movement, sensory experience, and meaningful activity.

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Her observations led her to study the work of nineteenth-century French educators Jean-Marc Itard and Édouard Séguin, whose methods emphasised sensory training and individualised learning. Montessori translated their writings into Italian and adapted their ideas through systematic observation, laying the foundation for her own approach.

Disturbed by how neglect and institutional failure often pushed children with developmental challenges towards delinquency, Montessori addressed the National Pedagogical Congress, calling for medical-pedagogical institutes and specialised teacher training. Education, she argued, was not merely instruction but social reform.

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A decisive turning point came with her appointment as co-director of the Orthophrenic School in Rome. There, Montessori refined learning materials, observed children meticulously, and documented their progress with scientific rigour. During this period, she gave birth to her son, Mario, who would later become her closest collaborator and carry her work forward globally.

The Birth of the Montessori Classroom

In 1907, amid Rome’s rapid urban expansion, Montessori was invited to work with children living in newly built social housing. She opened the first Casa dei Bambini (Children’s House) in the San Lorenzo district. What unfolded surprised even her. When given freedom within a carefully prepared environment, children chose purposeful work, repeated activities with concentration, and displayed discipline without external rewards or punishments.

“I did not invent a method of education,” Montessori later wrote. “I simply gave some little children a chance to live.”

Her philosophy—centred on self-directed learning, sensory engagement, and respect for each child’s pace—challenged the foundations of conventional schooling. Critics questioned the absence of uniform benchmarks, yet the results were difficult to ignore. Within a few years, additional Casa dei Bambini opened across Italy, and educators from around the world travelled to observe her work.

Her approach—rooted in hands-on learning, sensory engagement, and self-direction—challenged rigid, exam-driven systems that dominated education then and continue in many parts of the world today.

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A Global Movement Takes Shape

Montessori’s 1909 lectures were compiled into The Montessori Method, published in English in 1912 and translated into more than twenty languages. The movement expanded rapidly through teacher-training programmes, schools, and Montessori societies across Europe, the Americas, and Asia. Her plans for a permanent research centre, however, were disrupted by the rise of fascism in Europe. Her book The Montessori Method became a global reference point, and schools began emerging across continents.

Today, the scale of her influence is striking. According to BBC Future, around 60,000 schools worldwide use the Montessori method in some form. More conservative academic research, including a 2022 global census, estimates approximately 15,763 Montessori schools based on verified data.

The difference reflects Montessori’s dual identity—as both a formal system and a widely adopted philosophy. The United States leads with roughly 5,000 programmes, while countries such as China, Germany, Canada, Thailand and Tanzania also host large Montessori networks. India, too, has a growing presence, with around 400–420 listed schools.

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Why Montessori Still Matters Today

For many educators, Montessori is not just a method—it is a response to the limitations of modern schooling.

Arun G. Menon, founder of Kerala-based Dolphinz Preschool, who transitioned from a career at Tata Consultancy Services, says his shift to education was driven by a growing concern. In the corporate world, he observed that while systems were becoming faster and more technologically advanced, many graduates struggled to meet real-world expectations.

“The gap is not just at the higher education level—it begins at the foundation,” he notes, explaining why he chose to focus on early childhood learning.

At his school, Montessori principles are blended with the theory of multiple intelligences. The emphasis is on independence, creativity, and experiential learning—skills he believes are essential in an era shaped by rapid technological change and what many describe as the Fifth Industrial Revolution.

Menon argues that conventional teaching methods are increasingly inadequate. “Children need space to explore, build confidence, and think independently—not just rely on tools like Google or AI,” he says. The goal is to cultivate problem-solving ability, emotional intelligence, teamwork, and decision-making—skills that define human value in today’s world.

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Inside the Montessori Classroom

In practice, Montessori classrooms often look very different from conventional ones.

Sapna Raj, a Montessori teacher from CGKG Porbandar, Gujarat, describes a learning environment where children sit on the floor, working with wooden materials and hands-on tools rather than textbooks. “The focus is on activity-based learning and motor skill development before formal writing begins,” she explains.

Notebooks come later—typically only in the early primary years—allowing children to first build coordination, understanding, and confidence through experience.

This approach, she says, makes learning both joyful and lasting. “Children understand what they learn. They don’t just memorise and forget.”

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Critiques and Debates

Despite its global influence, the Montessori method has faced criticism from educators and researchers. Some argue that its emphasis on self-directed learning may not suit all children, particularly those who require more structured guidance or thrive in competitive environments. Others question the lack of standardised assessment, raising concerns about how learning outcomes are measured and compared. Critics have also pointed to the high cost of many Montessori schools, which can limit accessibility and make the model less inclusive. In some cases, loosely affiliated schools adopt the Montessori label without adhering to its core principles, leading to inconsistencies in quality. At the same time, proponents argue that when implemented faithfully, Montessori education produces strong outcomes in independence, creativity and problem-solving—qualities increasingly valued in a rapidly changing world.

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A Legacy Beyond Classrooms

Montessori’s journey also brought her to India in the late 1930s, where she conducted training programmes and engaged deeply with Indian philosophical thought. Influenced by thinkers such as Rabindranath Tagore, she developed the idea of Cosmic Education—a vision that connects learning with peace, ecology, and universal responsibility.

Following her death in 1952, her son Mario Montessori carried forward her work, ensuring its continuity.

Today, Montessori classrooms across the world—from urban India to Europe and Africa—continue to reflect a simple yet radical belief: that education, when rooted in respect for the child, can shape not just individuals, but the future of society itself.

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Climate

The Climate World Cup? How Climate Change Could Affect Player Performance at the 2026 World Cup

Climate change and the 2026 FIFA World Cup could affect 97 matches, increasing heat risks for players, altering performance and raising safety concerns.

Dipin Damodharan

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Climate change and the 2026 FIFA World Cup could expose players and fans to higher temperatures during matches across North America.
Climate change and the 2026 FIFA World Cup could expose players and fans to higher temperatures during matches across North America. Image credit: Jason Charters /Unsplash

Climate change and the 2026 FIFA World Cup are on a collision course, with new research suggesting that rising temperatures could affect player performance, match intensity and fan safety in nearly every game of football’s biggest tournament.

When football fans tune in to the 2026 FIFA World Cup on June 11, they will be watching more than a battle between the world’s best teams. They may also be witnessing a new reality for global sport: a tournament increasingly shaped by climate change.

A new analysis by Climate Central suggests that rising global temperatures are making it more likely that players will compete in conditions known to affect performance during much of the tournament. The findings raise questions not only about athlete safety but also about how the game itself may evolve in a warming world.

The 2026 FIFA World Cup, scheduled from June 11 to July 19, 2026, will be the largest in the tournament’s history, featuring 48 teams and 104 matches across venues in the United States, Canada and Mexico. But according to Climate Central’s analysis, 97 of those 104 matches now face a higher likelihood of experiencing temperatures above 28°C, a threshold associated with reduced football performance.

Researchers found that nearly half the matches have at least a 50 per cent chance of being played in conditions that can impair performance. In several cases, climate change has increased those odds substantially. One of the most affected fixtures is the June 26 match between Uruguay and Spain in Guadalajara, where the probability of performance-affecting heat has increased by 37 percentage points because of climate change.

Climate Change and the 2026 FIFA World Cup Could Alter the Game

For decades, discussions about climate change and sport focused primarily on scheduling disruptions, extreme weather events or damaged infrastructure. The new analysis points to something more fundamental: the possibility that rising temperatures may influence what happens on the pitch itself.

Research cited by Climate Central shows that temperatures above 28°C can reduce sprint frequency, decrease the total distance players cover and slow recovery times. In a sport where margins are often measured in seconds and centimetres, even small declines in physical performance can influence tactics, intensity and match outcomes.

Professor Mike Tipton of the University of Portsmouth’s Extreme Environments Laboratory said the effects of heat extend beyond discomfort.

“Playing in temperatures above 28°C changes the game – affecting tactics, tempo and overall quality. We see reduced intensity, less sprinting and potentially fewer chances being created. As temperatures climb further, the risks also increase. Prolonged exposure and dehydration can lead to heat exhaustion or even heat stroke, particularly in high-stakes matches where players are more likely to push beyond their natural limits.”

Climate change and the 2026 FIFA World Cup could affect 97 matches, increasing heat risks for players, altering performance and raising safety concerns.
As the 2026 FIFA World Cup gets underway on June 11, concerns are growing that rising temperatures could influence how the tournament is played. Image credit: Franco Monsalvo

The implications are not limited to players. Slower matches, altered tactics and more frequent cooling breaks could affect the experience for millions of spectators in stadiums and billions watching worldwide.

Climate Change and the 2026 FIFA World Cup Raise New Safety Questions

Concerns about heat are becoming increasingly common across international sport.

Athletes competing in marathons, tennis tournaments and Olympic events have already faced extreme temperatures in recent years. Football, despite its global popularity, is not immune.

Norwegian international Morten Thorsby, who is expected to play at the 2026 World Cup, argues that the conversation can no longer focus solely on performance.

“This analysis makes clear that rising temperatures are not only a serious health risk for players and fans, but they are also starting to affect the quality of the game itself. When heat impacts sprinting, recovery, and overall intensity, it changes the way football is played – and not for the better,” he said.

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Source: Climate Central

“That’s exactly why I signed the players’ letter to FIFA last week. We need to take these risks seriously and ensure that the game we love is protected, both for those on the pitch and everyone watching around the world.”

The analysis arrives as sports governing bodies face increasing pressure to adapt competitions to a changing climate. Possible responses include scheduling more matches during cooler periods of the day, increasing player protection measures and reconsidering host venue requirements.

The Future of Football in a Warming World

Climate scientists argue that what is happening to football mirrors broader changes taking place across society.

Shel Winkley, a meteorologist at Climate Central, said climate change is already reshaping many of the traditions people associate with sport.

“The World Cups of the past won’t happen again — not because the players have changed, but because the planet has. Heatwaves, unpredictable weather, and shifting seasons are rewriting the rules of the games we love,” Winkley said.

“Athletes are forced to play more cautiously, strategize differently, and abandon the risks that once made sport thrilling. Unless we stop burning fossil fuels, the future of competition won’t be about who plays best — it’ll be about who can tolerate the heat.”

For football fans, the warning is striking. Climate change is often discussed through statistics, emissions targets and policy debates. The 2026 World Cup offers a more visible illustration of its impact.

If the analysis proves accurate, the world’s biggest sporting event may become a reminder that climate change is no longer a distant environmental issue. It is increasingly becoming a factor that shapes how people work, travel, compete and even play the games they love.

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Interviews

India Industrial Growth Is Reshaping Global Economics

India’s greatest advantage is its youth—ambitious, skilled, and ready to compete globally. With the right discipline and leadership, this demographic strength can redefine the country’s future

Dipin Damodharan

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Bharat Nadkarni. Image by Dipin Damodharan/EdPublica

India industrial growth is entering a defining phase as manufacturing, infrastructure, technology and demographic advantages converge to reposition the country at the centre of global economic expansion.

From late industrialisation to emerging global leadership, India’s growth story is increasingly shaped by its ability to integrate capital, technology, and youthful ambition with a long-term national vision, says management education expert Bharat Nadkarni in a conversation with Education Publica magazine.

A Mumbai-based expert with decades of experience across multinational corporations, including the Tata Group, Nadkarni has worked extensively in leadership development, corporate strategy, and global business transformation. He continues to engage with industry and academia on India’s evolving role in the global economy, as well as emerging trends in management education.

India Industrial Growth Signals a Powerful Global Shift
Image credit: Abderrahmane Habibi/Pexels

Why India Industrial Growth Matters Now

Industrialisation began in developed countries nearly 200 years ago. India, by comparison, is a late entrant. Our industrial journey only truly gathered momentum in the last 25 to 40 years, with a more decisive acceleration in the 21st century. Today, however, India is not just catching up—it is beginning to move faster.

This late start has shaped our needs. To grow, India requires capital, advanced skills, and cutting-edge technology—resources that largely reside in developed economies. At the same time, India offers what many of these countries increasingly lack: land, labour, raw materials, and a vast untapped market.

This complementary equation presents a powerful opportunity.

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How India Industrial Growth Is Reshaping Manufacturing

India’s proposition to the world is simple yet compelling. Global organisations with access to capital, technology, and expertise should bring these into India through foreign direct investment. In return, India provides the scale, workforce, and market access necessary for growth.

Consider the example of Germany. It may not have the land, labour, or raw material resources at scale, but it possesses strong technological capabilities and capital strength. India, on the other hand, offers the physical and demographic advantages. Together, this creates a natural partnership model—one that can drive mutual growth.

This is precisely why global corporations increasingly view India not only as a major market but also as a manufacturing hub.

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From China to India: A Shift in Focus

In the 1990s and early 2000s, global attention was firmly on China. However, China’s economic model, shaped by its political system, has certain limitations in terms of openness and flexibility.

India, as a vibrant and evolving democracy, offers a different value proposition. It is open, dynamic, and increasingly business-friendly. There is a growing belief that India can contribute more to the global economy in the coming decades than China, provided it addresses its internal challenges.

The potential is undeniable. What is needed is greater discipline and execution.

The Power of India’s Youth

One of India’s greatest strengths lies in its young population. Today’s Indian youth are talented, ambitious, and globally aware. They aspire to build meaningful careers and compete on the world stage.

This demographic advantage positions India uniquely. While many Western nations face ageing populations, India is becoming a young, energetic economy ready to take on the future.

India Industrial Growth and the China Plus One Shift
Image credit: Arian Fernandez/Pexels

The Missing Link: Political Maturity

While corporate India has demonstrated remarkable progress, political maturity remains a critical factor in determining the pace of national development.

India needs leadership that is not just focused on the present, but deeply invested in the future. Visionary politics—driven by long-term thinking and strategic clarity—can significantly accelerate economic growth.

Encouragingly, there are emerging leaders who embody this vision. If nurtured, they can help bridge the gap between political intent and economic execution.

Corporate India Goes Global

Indian companies are no longer confined to domestic markets. There is a clear shift towards global ambition.

The Tata Group offers a compelling example. Tata Steel’s acquisition of Corus positioned it among the world’s leading steel producers. Tata Motors’ acquisition of Jaguar Land Rover demonstrated India’s ability to own and grow global brands. Tata Consultancy Services operates across continents, reinforcing India’s strength in IT services.

This trend extends beyond one group. Larsen & Toubro, Gammon India, and several others are expanding internationally. In the FMCG sector, companies like Hindustan Unilever, Godrej, Marico, ITC, and Dabur are strengthening their presence, while global players such as Nestlé and Procter & Gamble continue to invest in India.

Indian enterprise is no longer inward-looking—it is global in aspiration and execution.

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The Global Fulcrum is Shifting

Over the next 50 years, the balance of economic power is likely to shift from the West to Asia.

There was a time when global conversations revolved around cities like New York, London, and Paris. Today, the narrative is changing. Cities like Singapore, Dubai, and Mumbai are becoming central to global business and economic activity.

The energy, the momentum, and the opportunity are increasingly concentrated here.

A Young Nation Ready to Lead

Much of the Western world is transitioning into an ageing phase, while India is entering its prime. It is a young country, full of possibility, ready to move forward.

The real action is no longer confined to traditional power centres. It is unfolding in emerging economies, and India is at the heart of this transformation.

The path ahead is clear. With the right mix of global collaboration, internal discipline, and visionary leadership, India has the potential not just to participate in the global economy—but to lead it.

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