Mainstream quantum physics

Discrete quantum frequencies

The phenomenon where electrons in atoms oscillate only at specific frequencies (explaining LED/LCD colors) rather than a continuous spectrum, providing evidence for quantum mechanics at macro scales

Scientists / Papers

John Martinis

Theories Citing This Reference (12)

Amplitude Theory

Theory explaining parallel dimensions and the existence of all things simultaneously.

Cold Fusion Suppression via Rigged Debunking

The suppression of cold fusion was not due to lack of scientific merit but was achieved by rigging results and dismissing evidence (e.g., 'photos from Japan') to kill the field.

Dirac Equation

Quantum mechanical equation for relativistic free electrons

Displacement Current as Ether Interaction

The 'displacement current' in a capacitor gap is not just a mathematical fix but evidence of interaction with an underlying medium that supports magnetic field generation without physical charge flow.

ER equals EPR

The idea that a wormhole is the same as quantum entanglement

Microwave-Frequency Josephson Junctions Enable Macroscopic Quantum Coherence

The mechanism enabling macroscopic quantum effects in MH370-scale technology involves Josephson junctions operating at microwave frequencies.

Nonlinear Vibrational Frequency Spacetime Breaking

Spacetime can be broken or manipulated using nonlinear vibrational frequencies rather than just spin, creating superradiance modality.

Phase-Controlled Chemistry and Manufacturing

Controlling the phase of atoms allows for new chemical combinations and atomic-scale direct manufacturing (0.2nm resolution).

Plasma Enshrouding Enables Macroscopic Quantum Tunneling

The three plasma orbs in MH370 footage converge on the aircraft to create a plasma bubble that causes the universe to treat the entire plane as a single electron.

Plenum

Concept in physics suggesting continuous extent in 3D space.

Quantum Computers Were Developed for Nuclear Weapons and Classified Applications

Quantum computing technology was originally developed for military purposes, specifically for nuclear weapons calculations that are impossible with classical computers.

Quantum Ether Sensing via SQUIDs

SQUIDs do not detect magnetic fields directly but detect disturbances in the 'ether' (quantum vacuum) caused by biological processes.