National Yang Ming Chiao Tung University (NYCU)
Acts as Taiwan's primary academic operational center for tokamak plasma experimentation.
01 Definition
A leading Taiwanese academic institution hosting the FIRST spherical tokamak and advancing national plasma physics research.
02 Detailed_Analysis
National Yang Ming Chiao Tung University (NYCU) is a major research university in Hsinchu, Taiwan. NYCU serves as the academic host and key operator of the FIRST (Formosa Integrated Research Spherical Tokamak) facility, conducting research in high-temperature plasma dynamics, RF heating, electromagnetic diagnostic design, and fusion energy workforce development in partnership with NARI.
03 Key_Facts
- ▸ Host and operational academic partner for Taiwan's FIRST spherical tokamak
- ▸ Collaborates with NARI, NTHU, and NCKU on national fusion initiatives
- ▸ Maintains advanced laboratories in plasma engineering and computational physics
04 Deep_Dive_Intelligence
Intelligence Summary: NYCU — National Yang Ming Chiao Tung University
Node Identity: National Yang Ming Chiao Tung University (NYCU) is a major Taiwanese research university involved in plasma physics and fusion energy research. NYCU operates Taiwan's FIRST (Formosa Integrated Research Spherical Tokamak) device — the country's first tokamak — as part of a collaborative effort led by the National Atomic Research Institute (NARI, formerly INER) with NCKU, NTHU, and the National Center for High-Performance Computing (NCHC). The FIRST project is a four-year, NT$250 million (US$7.6 million) integrated initiative launched in March 2023.
Strategic Relevance: NYCU's involvement in the FIRST tokamak project places it at the center of Taiwan's emerging fusion energy program. The spherical tokamak configuration — the same concept pursued by the UK's MAST Upgrade, the US's NSTX-U, and private companies like Tokamak Energy and Commonwealth Fusion Systems — represents a strategically significant technology choice. Taiwan's entry into experimental fusion plasma research provides foundational plasma physics expertise that complements its defense-oriented DEW programs at NCSIST. The FIRST device's focus on high bootstrap current fraction (100% target) and high-β operation aligns with advanced steady-state tokamak reactor concepts, positioning Taiwan to contribute to global compact fusion development.
Technical Focus / Capabilities: FIRST is a low-aspect-ratio (1.5) spherical tokamak with R=45cm, a=32cm, elongation κ=2.4, magnetic field 0.1–0.5T, plasma current ≥100kA, and target electron temperature ≥100eV (~1 million °C). Phase I (March 2023–February 2025) completed detailed design; Phase II (March 2025–February 2027) focuses on construction, procurement, and assembly with full system integration expected by 2026 and operational testing in 2027. The project employs an AI-assisted three-layer control architecture for real-time plasma monitoring — a modern approach reflecting Taiwan's strengths in computing and AI. NYCU also hosts pulsed-power generator, soft X-ray/EUV source, and plasma thruster research capabilities.
Network Linkage: NYCU operates the FIRST Tokamak as part of the NARI-led collaborative fusion project. The FIRST collaboration connects NYCU to NCSIST's defense R&D ecosystem through shared plasma physics expertise. Taiwan has expanded fusion cooperation with institutions in the US, Japan, South Korea, UK, and Germany, providing international technology transfer pathways that connect NYCU to global fusion research networks.
07 Related_Entities (12)
08 Timeline_Mentions (7)
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NRL develops the LINUS fusion reactor concept using rotationally stabilized liquid lead-lithium liner. CFS-NM's SLC concept has strong conceptual similarities.
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LASL Fast Liner Experiment using magnetically imploded aluminum liners. Direct precursor to FRCHX and CFS-NM SLC. Also used coaxial plasma gun for injection.
Fusion PhysicsLLNL Beta II Compact Toroid Experiment
LLNL Beta II compact toroid experiment using coaxial plasma gun with LASL features. Second link in three-lab lineage: LANL (CTX) → LLNL (Beta II) → AFRL (MARAUDER).
Fusion PhysicsLANL CTX Spheromak Experiment
LANL CTX using magnetized coaxial plasma gun to generate spheromaks. Foundational node of the three-lab compact toroid lineage.
Fusion PhysicsLLNL RACE Compact Toroid Acceleration
LLNL RACE program accelerates compact toroids in coaxial railgun. Fusion-oriented: ICF driver, x-ray generator, tokamak fueling. Inspired AFRL MARAUDER.
Fusion PhysicsPrinceton PFRC Experiment Begins
PFRC begins at PPPL by Samuel Cohen. Uses rotating magnetic fields. Enables DFD propulsion. Descends from LANL FRX.
Fusion PhysicsPRC Yingguang-I FRC Design
The People's Republic of China designs the Yingguang-I device, indicating active research into Field-Reversed Configuration (FRC) fusion physics.
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