NEXUS LABS • EDUCATIONAL PLASMA PHYSICS & TOKAMAK EXPLORER
Tokamak Fusion Reactor Explorer
Educational interactive 3D model with exploded-view controls to inspect superconducting magnetic confinement, burning D-T plasma at 150 million °C, and ultra-high heat flux tungsten divertor cassettes. Numerical values represent standard reference research tokamak physics parameters for educational demonstration.
PLSM-D-T
Helical Burning Core Plasma (D-T)
Thermonuclear Core
Self-sustaining Deuterium-Tritium plasma undergoing fusion at 150+ million degrees Celsius, 10x hotter than the sun core.
Electromagnetic Physics Fundamentals:
Charged ions spiral along helical magnetic flux surfaces governed by the safety factor q(r), minimizing neoclassical drift and turbulent transport.
Design Engineering Specifications
Core Temperature
152.4 M °C (13.1 keV)
Plasma Current
15.0 MA
Fusion Gain (Q)
10.2 P_out / P_in
Thermal Output
500 MWth
Nexus Clean Baseload VisionMagnetic confinement fusion promises zero-carbon baseload energy. Nexus telemetry fabrics monitor microsecond plasma instabilities and cryogenic superconducting magnet safety.