China: Military-Civil Fusion and the Complete Technology Chain

6. China: Military-Civil Fusion and the Complete Technology Chain

China has assembled the most complete component-level technology chain for plasma orb weapons in the world, spanning physics validation, compact toroid acceleration, atmospheric plasmoid control, pulsed power infrastructure, fielded directed energy weapons, and explicit strategic intent. The Military-Civil Fusion (MCF) policy, established as a national strategy by Xi Jinping, explicitly bridges civilian research and military applications -- making China the only nation where the dual-use nature of compact fusion technology is formal government policy rather than an emergent property of the technology itself.

This chapter documents the complete Chinese technology chain, from the foundational physics research through to fielded weapons systems and the 2030 fusion electricity target.

6.1 NUDT Spheromak Program

The National University of Defense Technology (NUDT) published a detailed paper in January 2024 (in Systems Engineering and Electronics, DOI 10.12305/j.issn.1001-506X.2024.01.30) describing a coaxial gun system that generates spheromak plasma rings for "remote magnetic control of space targets."

Key parameters of the NUDT spheromak system:

• Coaxial gun: Electrode length 1.2 m, inner radius 0.625 m, outer radius 0.448 m
• Power system: 20 kV, 350 microfarad capacitor bank
• Velocity: ~1,000 km/s
• Electron density: ~10¹⁶ cm^-3
• Energy density: ~1 MJ/m²
• Magnetic fields: ~1 T

The NUDT paper describes remote magnetic manipulation of space targets -- a concept directly comparable to the US MARAUDER program and the Russian Stupitskiy plasma gun research. The velocity (1,000 km/s) is in the same range as MARAUDER's targets (3,000-10,000 km/s). The NUDT system is smaller in scale but represents a clear demonstration of compact toroid acceleration for military applications. China is the only nation besides the United States with published spheromak weapons research.

6.2 NUDT 100 GW HPM Anti-Satellite Weapon

Beyond the spheromak program, NUDT has also documented a 100 GW-class ultra-high-power pulsed-power system for anti-satellite applications, published in IEEE literature (2026, Zhang Jun et al.). Key findings:

• Power level: 100 GW class -- orders of magnitude above typical HPM weapons
• Target: LEO satellite networks, explicitly including Starlink
• Status: "Some have already been delivered to military users" (IEEE paper, 2026)
• Significance: Represents a strategic ASAT capability against satellite constellations

This is a critical finding: China has not only researched but fielded a 100 GW HPM weapon system targeting satellite constellations. While this is an HPM weapon, not a plasma orb weapon, it demonstrates that China has operationalized pulsed power technology at scales directly relevant to the compact toroid weapons physics domain.

6.3 SIOM Ball Lightning Soliton

The Shanghai Institute of Optics and Fine Mechanics (SIOM), part of the Chinese Academy of Sciences, published the first experimental demonstration of ball lightning as a relativistic terahertz soliton in Nature Photonics (Vol. 20, No. 6, pp. 727-733, April 2026, DOI 10.1038/s41566-026-01899-y). The experiment was conducted using the SULF/Xihe 10-petawatt laser facility -- a world-record system.

The SIOM soliton provides the physics validation for the theoretical framework (Nachamkin, Wu) underlying plasma orb concepts. However, the critical limitation remains: the soliton was created in argon gas, not atmospheric air. Whether the soliton can survive in open atmosphere -- with its water vapor THz absorption -- is an open question that has not been resolved.

6.4 HIT Plasmoid Control in Atmosphere

The Harbin Institute of Technology (HIT) -- one of the "Seven Sons of National Defense" -- has demonstrated electromagnetic steering and gating of plasmoids in atmosphere. HIT's collaboration with PINP (Gatchina, Russia) is documented through co-authored papers (2021-2022, including DOI 10.1134/S1063784222030069).

The HIT research shows that electromagnetic fields can redirect or block plasmoid formation in air -- directly relevant to weapons applications where target engagement requires plasmoid steering. This is the most directly weapons-relevant Chinese plasma research, as it addresses the atmospheric control problem that the SIOM soliton has not yet solved.

6.5 CAEP: Julong-2, Shenguang-IV, and the ICF Ecosystem

The China Academy of Engineering Physics (CAEP) at Mianyang is China's premier weapons physics institution, equivalent to the US LANL/LLNL complex. CAEP operates several critical facilities:

Julong-2 Z-Pinch (50 MA)

The Julong-2 is a 50 MA pulsed-power Z-pinch facility at CAEP Mianyang -- one of the world's most powerful pulsed power facilities, comparable to or exceeding the US Sandia Z Machine (~26 MA). The Julong-2 is the driver technology basis for the Z-FFR (Z-pinch Fusion-Fission Reactor) and represents a direct application of pulsed power technology to both weapons simulation and fusion energy.

Shenguang-IV Laser ICF Facility

Shenguang-IV is China's next-generation laser inertial confinement fusion facility at CAEP Mianyang, with construction beginning in 2017. It is the successor to Shenguang-III and represents a dual-use facility: weapons physics simulation and fusion energy research. This mirrors the US NIF (National Ignition Facility) dual-use pattern -- ICF facilities that serve both Stockpile Stewardship and fusion energy research.

The ICF Ecosystem

China has built a comprehensive ICF ecosystem that parallels the US NNSA complex:

• Shenguang-III: Operational laser ICF facility (predecessor to Shenguang-IV)
• Shenguang-IV: Next-generation laser ICF (under construction since 2017)
• Julong-2: 50 MA Z-pinch pulsed power (operational)
• Z-FFR: Z-pinch Fusion-Fission Reactor (EIA began March 2025)
• CAEP Mianyang: Equivalent to US LANL/LLNL weapons physics complex

6.6 Z-FFR: The Z-Pinch Fusion-Fission Reactor

The Z-pinch Fusion-Fission Reactor (Z-FFR) is a Chinese fusion-fission hybrid reactor concept originated by Peng Xianjue of CAEP in 2010. The concept uses a Z-pinch driver (Julong-2 class) to create fusion neutrons that drive a subcritical fission blanket -- a textbook example of Military-Civil Fusion dual-use technology.

Key parameters:

• Originator: Peng Xianjue, CAEP (2010 concept)
• Driver: Z-pinch pulsed power (Julong-2 class, 50 MA)
• Hybrid design: Fusion neutrons drive subcritical fission blanket
• Environmental Impact Assessment: Began March 2025
• Target: 100 MW to grid by 2030
• Dual-use significance: Z-pinch driver (weapons simulation) directly supports energy production -- textbook MCF

The Z-FFR represents the most concrete manifestation of China's Military-Civil Fusion strategy in the fusion domain: the same pulsed power technology that supports weapons physics simulation at CAEP is being used to develop a commercial energy reactor. This is the Chinese equivalent of the US Stockpile Stewardship Program -- but with explicit policy direction to bridge military and civilian applications.

6.7 BEST Tokamak and the 2030 Fusion Electricity Target

The BEST (Compact Burning Plasma Experimental Tokamak) is China's next-generation tokamak at ASIPP (Hefei), with assembly targeted for 2027. China has set a target of 2028 for the world's first fusion-generated electricity from BEST -- surpassing the ITER timeline by decades.

If achieved, this would represent a fundamental shift in the global fusion landscape, with China becoming the first nation to generate electricity from fusion energy. The implications for the global technology race are profound: fusion energy leadership would provide China with both energy security and the technological prestige associated with winning a major scientific competition.

6.8 CFEC: State-Owned Commercial Fusion

The China Fusion Energy Company (CFEC) is a CNNC subsidiary established in July 2025 in Shanghai specifically for commercial fusion energy development. Construction started in December 2025 with a completion target of 2030. CFEC represents China's state-owned commercial fusion vehicle -- the institutional counterpart to US private fusion companies like Helion, CFS, and TAE, but with the full backing of the Chinese state and the Military-Civil Fusion policy framework.

6.9 Fielded HPM Weapons: Zhuhai Air Show 2024

The November 2024 Zhuhai Air Show marked the first public display of fielded Chinese HPM (high-power microwave) weapons, demonstrating that China has transitioned directed energy weapons from research to operational deployment:

• Hurricane 2000: Vehicle-mounted HPM counter-UAS system
• Hurricane 3000: Enhanced HPM system with extended range
• FK-4000: Mobile HPM air defense system
• CETC Thunder: CETC-developed HPM weapon system
• TPG1000Cs: Compact pulsed power generator for HPM applications

The Zhuhai 2024 display is a critical milestone: it demonstrates that China has not only researched but fielded HPM weapons systems. While these are HPM weapons, not plasma orb weapons, they represent the operationalization of pulsed power technology that is directly relevant to the compact toroid weapons physics domain. The transition from research to deployment occurred faster in China than in most other nations.

6.10 Qianfan Megaconstellation and Space Competition

China's Qianfan ("Thousand Sails") is a LEO broadband megaconstellation competing with SpaceX's Starlink, with 238 satellites deployed by August 2026. Qianfan is part of China's comprehensive Starlink counter-doctrine, which combines a competing constellation with anti-satellite weapons capabilities.

The Qianfan program operates under the Military-Civil Fusion framework, meaning the constellation has dual-use applications: civilian broadband communications and potential military communications, surveillance, and targeting. The combination of Qianfan (competing constellation) and the NUDT 100 GW ASAT weapon (anti-constellation capability) represents a comprehensive Chinese approach to space domain control.

China's broader space competition includes the Guowang constellation and the SJ-21 (Shijian-21) co-orbital ASAT satellite, which demonstrated a towing operation of a defunct satellite to graveyard orbit in 2022. The DF-17/DF-ZF, deployed in 2019 as the world's first operational hypersonic glide vehicle, further demonstrates China's advanced weapons deployment timeline.

6.11 The Seven Sons of National Defense

China's plasma weapons research is concentrated in the "Seven Sons of National Defense" -- seven universities with direct PLA affiliations that form the core of China's military technology development:

• NUDT (National University of Defense Technology): Spheromak acceleration, 100 GW HPM ASAT
• HIT (Harbin Institute of Technology): Plasmoid control in atmosphere, Russia-PINP collaboration
• NUAA (Nanjing University of Aeronautics and Astronautics): Aerospace applications
• NWPU (Northwestern Polytechnical University): Aerospace and propulsion
• BNU (Beijing Normal University): Plasma physics research
• Sichuan University: Nuclear physics
• ShanghaiTech (STG1): Fusion energy research

The Seven Sons framework ensures that military-relevant research is concentrated in institutions with direct PLA oversight, facilitating the technology transfer from research to deployment that the Military-Civil Fusion policy is designed to accelerate.

6.12 Additional Chinese Programs

• EAST tokamak: January 2025 world record -- 1,066 seconds H-mode operation
• HL-3: >100 million degrees C ion and electron temperatures achieved in 2025
• EXL-50U: FRC experiment at Tsinghua University
• ShanghaiTech STG1: FRC/plasma research
• NJUST railgun: 9 MJ, 180 PFU modules, 500 kA peak current, 3,550 m/s projectile velocity
• PLA Academy of Armored Forces Engineering: Magnetized plasma artillery patent (CN104697397A, filed March 2015)
• Barium release experiment (2013): 191 km altitude plasma experiment
• EMP research budget: Estimated 95 billion yuan (~$650M) for FY2024-FY2028
• China fusion investment: Estimated $10-13 billion across multiple projects, vs. $0 new US ICF investment

6.13 The Complete Chinese Technology Chain

China has assembled the most complete component-level technology chain for plasma orb weapons in the world:

6.14 Assessment