AI is pushing semiconductor manufacturing in two directions at once: transistors are shrinking, while the infrastructure needed to produce advanced chips is becoming larger, more complex and increasingly dependent on coordination across Europe and East Asia.
Industry
Asia’s global role, with manufacturing systems and production networks shaping supply chains worldwide.
Hong Kong was built through movement and connection. Migration, Cantonese culture, colonial institutions, manufacturing, finance and extraordinary urban density created a society between worlds—one whose future now depends on redefining what it connects.
For decades, Indonesia exported raw materials while much of the economic value was created elsewhere. Today, the country is pursuing a different strategy: transforming natural resources into industrial ecosystems that strengthen long-term competitiveness and reshape its position in global supply chains.
Asia does not feed the world through sheer agricultural volume alone. Its real power lies in concentrated food flows — from rice and palm oil to aquaculture, coffee and spices — that global markets cannot easily replace.
Beyond Asia’s megacities lies an immense agricultural landscape shaped by rice terraces, grain fields, plantations, irrigation and increasingly engineered farming. Understanding this geography reveals the physical system beneath Asia’s extraordinary economic and technological transformation.
In Kuala Lumpur, shopping malls have evolved beyond retail. Shaped by climate, mobility and urban density, they increasingly function as places where people meet, work and spend time—raising a broader question about how cities organise public life in the twenty-first century.
Samsung Electro-Mechanics rarely appears in headlines, yet its microscopic components power the world’s most advanced technologies. From AI servers and electric vehicles to smartphones and robotics, the company demonstrates that modern innovation increasingly depends on invisible engineering rather than visible products.
South Korea’s remarkable rise is often explained through technology and global brands. Yet its greatest achievement may be the rapid transformation of an entire society, where education, industrial policy and collective ambition reshaped one of the world’s most dynamic democracies within a single generation.
Samsung reported record profits and investors responded by selling. The reaction may reveal less about semiconductor demand itself and more about a changing market psychology as the AI economy moves from deployment towards productivity.
Taiwan’s semiconductor industry is often measured in market share and production capacity. Yet its deeper significance lies elsewhere: in the concentration of expertise, institutions and industrial coordination that increasingly defines technological power in the twenty-first century.
Why does Europe increasingly describe competition with China as unfair? The answer extends beyond tariffs, subsidies or trade disputes. At its core lies a deeper question: what happens when two fundamentally different economic systems compete within the same global marketplace?
European companies and Chinese companies often compete in the same markets. Yet they frequently operate within very different economic architectures. Understanding those differences helps explain why debates about subsidies, trade and industrial policy have become increasingly central to relations between Europe and China.
