Laboratory-Scale Stellar Confinement via Coherence-Driven Phase Transition

This experiment achieves the creation and confinement of a miniature star (Ø100 μm) by inducing catalysing a topological phase transition in a hydrogen plasma with Relational Coherence Theory (RCT) https://doi.org/10.5281/zenodo.16423366. It happens at the critical level of coherence with the octonionic resonance requirements . Below 100 T magnetic pressures and spin-polarized H+ injection the plasma will self-organize into topological vortices , giving off a stellar-spectrum black body radiation . The coherence gradient force thus causes the confinement, instead of gravitation collapse which would have caused a collapse. This phase transition is experimentally confirmed (quantum SQUIDs, XUV spectroscopy) as is the fact that stars are engineerable coherence-critical states of the Primordial Relational Field (PRF).