Mainstream Physics / Quantum Optics

Squeezed states of light

Quantum states where uncertainty in one quadrature is reduced below standard quantum limit, allowing isolation of negative energy components

Scientists / Papers

Eric W. Davis research on negative energy extraction from squeezed states

Theories Citing This Reference (9)

Gravitational Squeezing Mechanism

Strong gravitational fields or high positive energy automatically squeeze the vacuum, generating negative energy through the creation of squeezed quantum states

Gyroscopic Donut Beam Director

Plasma orbs contain a donut-shaped device on a gyroscope that can rotate 360 degrees to direct matter wave beams in any direction without changing the orb's heat signature

Hydrino Theory

The hypothesis that hydrogen atoms can transition to energy states lower than the ground state (n=1), releasing energy.

Matter Wave Beam Propulsion

Plasma orbs extract coherent matter waves from Bose-Einstein condensate plasma using radio frequency outcoupling, creating atom lasers that generate gravity wells for propulsion

Squeezed Light Lasers

Utilizing specially prepared laser beams to shift vacuum noise, splitting the beam into negative and positive energy components to create a negative energy laser.

Superconductive Gravity Beam

Adding a superconductive lens to a matter wave beam converts it into a gravity beam by repelling magnetic fields and manipulating gravitational effects

The Dirac Sea

The theory that all negative energy states are filled in a vacuum, preventing electrons from falling into them, with 'holes' acting as positrons.

Unnatel Suppression

Larry Mau and Unnatel researchers who discovered macroscopic quantum tunneling were allowed to die destitute while Puthoff, Davis, and Forward maintained contact, suggesting information extraction without reward

ZPE Theory

The hypothesis that the hydrogen atom can exist in energy states lower than the currently accepted ground state (1/137th), allowing for the release of vast amounts of energy.