Economic Convergence Under Technological and Climate Transformation

Economic Convergence Under Technological and Climate Transformation presents a comprehensive macro‑structural framework explaining how emerging markets can achieve sustained catch‑up growth amid two simultaneous global transitions: the Technological Wave—AI, robotics, digital automation—and the Climate Wave—decarbonization, physical climate shocks, and tightening planetary boundaries. As the monograph states, “the classical development escalator has fundamentally broken down” and EMDEs must now navigate a dual transformation to avoid “premature de‑industrialization” and climate‑induced debt traps.

The work demonstrates that modern convergence is driven not by cheap labor or fossil resources, but by low-cost clean electricity, Digital Public Infrastructure (DPI), STEM human capital, smart grid flexibility, and reduced cost of capital. It introduces the concept of Green Comparative Advantage, showing how renewable endowments and critical minerals can anchor high-value industrial ecosystems. Empirical models reveal that synchronizing digital intelligence with clean physical systems yields TFP gains of 19–34%, more than double standalone adoption.

Through regional case studies—Vietnam, Malaysia, India, Kenya, Chile, Morocco—the monograph illustrates how nations can integrate clean power corridors, sovereign cloud clusters, geothermal baseload, digital payment rails, and green data centers to build globally competitive industrial bases. It further outlines the emerging financial architecture required to overcome the Cost of Capital Divide, including MDB capital adequacy reforms, TCX currency hedging, and Climate‑Resilient Debt Clauses.

The strategic roadmap (2026–2050) provides a phased implementation architecture for policymakers, emphasizing smart grids, universal DPI, green compute mandates, digital product passports, regional clean power pools, and autonomous net‑zero industrial systems. Ultimately, the monograph argues that the dual transformation is “the most powerful catalyst for sustainable human progress ever conceived,” enabling EMDEs to achieve rapid, resilient, and equitable convergence.