Mainstream quantum mechanics

Quantum Sensors

Sensors using quantum mechanical effects to achieve precision beyond classical limits including the diffraction limit

Scientists / Papers

Quantum sensing research

Theories Citing This Reference (9)

Dirac Equation

Quantum mechanical equation for relativistic free electrons

Open Source Surveillance Solution

The theory that since surveillance technology cannot be put back in the box and privacy is already lost, the only solution is to make all surveillance data open source and publicly accessible. This would democratize oversight while acknowledging the reality of permanent monitoring.

Quantum Computer Orb Control

Plasma orbs for space-time manipulation require quantum computers to achieve the perfect precision needed for convergence and pulse shaping

Quantum Ether Sensing via SQUIDs

SQUIDs do not detect magnetic fields directly but detect disturbances in the 'ether' (quantum vacuum) caused by biological processes. The 'wall' analogy suggests that quantum tunneling is actually a disturbance in the ether that propagates through barriers.

Quantum Motion Correction

Quantum mechanics fundamental rule shows nothing stopped everything jiggling zitterbewegung refuting classical view freeze.

Quantum Technology Revolution

Quantum technologies revolutionize sensing communication computing spark entirely new technologies industries government quantum computing hardware applications

Quantum Universal Time

Quantum universal time clock gravity based time reference frame independent time dilation Gary Stevenson proposed solution

Thermodynamic limits on energy conversion

Fundamental physics principle that energy conversion efficiency cannot exceed 100%

UFO Detection by Surveillance

The theory that advanced quantum sensors looking upward have already detected any UFO activity or alien presence. The combination of AI anomaly detection and quantum sensors that exceed diffraction limits means no craft can enter monitored airspace without detection.