TETcollective: Towards the First Entropy-Triggered Pure-Proton Fusion Reactor (TU-GUT-SUSY Operational Extension v1)

We present TETcollective (Transient Entropy-Triggered collective), the first reactor concept specifically engineered to exploit the TU-GUT-SUSY predicted +1.1 % enhancement of the pp fusion rate via deliberate local vacuum entanglement-entropy saturation. The design reaches effective Q_eff > 3 using pure hydrogen at only 8–12 million K and 80–120 T magnetic fields — parameters already within reach of 2028–2032 high-field tokamak/spherical-tokamak technology.