China's Draft Five-Year Plan Targets Fusion, AI Chips, and Quantum Computing

China's draft 15th Five-Year Plan, covering 2026 through 2030, places controllable nuclear fusion at the center of an ambitious technology push, listing it as a key mega-project among 28 major initiatives submitted to the top legislature and aimed at what the document calls boosting "new quality productive forces."

The 28 projects span four strategic pillars: upgrading industrial infrastructure, fostering emerging industries, breaking through with cutting-edge technologies, and enhancing innovation capabilities. In the frontier technology category, the plan's language is specific: develop high-performance AI chips and general-purpose quantum computers, engineer controllable nuclear fusion, and build brain-inspired artificial general intelligence systems. That last item, brain-inspired AGI, rarely appears in national planning documents at this level of explicitness, and its inclusion alongside fusion and quantum computing signals how broadly Beijing is drawing the boundaries of "cutting-edge."

For the nuclear community, the fusion designation matters. The plan does not provide milestone dates or funding figures for the fusion program in the available draft text, but elevating it to mega-project status puts it in the same administrative tier as state-prioritized infrastructure campaigns, which historically carries real budget weight even when the numbers are not yet published.

Space and deep-sea programs round out the plan's frontier ambitions. On the space side, the draft proposes studying or implementing new planetary probes, near-Earth asteroid defense, solar system boundary exploration, advancement of an international lunar research station, and development of reusable heavy-lift rockets. Below the surface, China says it has laid out programs for deep-sea mining and oil and gas extraction, and is preparing to build what the document calls a deep-sea "space station," a phrase that carries quotation marks in the source text and no further technical definition in the excerpts available.

The emerging industries pillar is where the plan gets granular about deployment rather than research. Advanced semiconductor manufacturing, high-density batteries, humanoid robots, long-range VTOL aircraft, brain-computer interface products, intelligent surgical robots, and additional gene therapies are all targeted for real-world application over the next five years, not just laboratory development.

Industrial upgrades get their own slate of projects. China plans to put the CR450 bullet train, engineered for a top test speed of 450 km/h and described as the world's fastest, into commercial operation following trials. The plan also covers homegrown operating systems and industrial software, high-end digital machine tools, large cruise ships, and liquefied natural gas carriers.

To support all of this, the plan charts a course to build national laboratories and a host of major sci-tech facilities, and to establish three world-class innovation centers aimed at strengthening China's foundational research capacity.

The full list of all 28 projects has not been released in the available draft excerpts, and no individual project has been assigned a budget figure or hard deadline within the 2026-2030 window. Which legislative body formally received the draft and the exact submission date also remain unconfirmed from the text on hand. Those gaps will matter as the plan moves from draft to enacted policy, particularly for anyone watching whether the fusion mega-project designation translates into a dedicated program office and funding line.