Superconductor

Free energy magnetic motors use same physics back EMF collapse magnetic field as plasma reactor fusion reactor.

Giorgio Fontana's 'Gazer' device uses a bilayer superconductor structure to convert photon energy into gravitons via spin-2 transitions, effectively creating a gravitational laser.

The orbs solve the superconductor protection problem through advanced heat exchange that rapidly removes fusion heat, allowing superconducting magnets to operate adjacent to fusion plasma without destruction

Defense contractors Lockheed Martin Boeing Raytheon General Atomics figured out fusion first through YBCO superconductor development.

Suggests that old NASA papers from 1960s and 1970s contain breadcrumbs revealing the path to neutronic directed energy fusion conversion technology

The existence of room-temperature superconductors (like LK99) would make fusion reactors economically trivial by removing cooling costs, explaining why such technology is suppressed by the military-industrial complex.

A specific mechanism where a junction between Type 1 and Type 2 superconductors (S-wave junction) forces the transition of electromagnetic waves into gravity waves (gravitons), enabling propulsion and energy extraction.

Simatics plasma confinement boundary shows plasma arcing corners destroying reactor geometry change needed

Proposes that development of lighter superconducting magnets like YBCO enabled practical manufacturing of fusion orb systems seen in MH370 videos

Experiments like Tajmar’s, which showed anomalous gravity effects from spinning superconductors, were dismissed or suppressed because they contradicted mainstream General Relativity and hinted at classified technology.

Dark cavity geometry can amplify vacuum fluctuations to increase the critical temperature of superconductors, enabling room-temperature superconductivity.