Quantum computing for nuclear physics
Scientists / Papers
John Cramer (University of Washington); Richard Feynman
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Theories Citing This Reference (12)
AI-Enhanced Quantum Signal Differentiation
AI is used to process quantum sensor data to differentiate faint biological signals (heartbeats) from background noise in the ether, a task impossible for humans or classical physics.
Casimir Inc. Free Energy Validation
The Space Force award to Casimir Inc. proves that solid-state quantum vacuum power generators are real, functional, and being developed for national security.
Classical Derivation of Quantum Effects via SED
The hypothesis that molecular zero-point energies and kinetic isotopic effects can be calculated using standard electrical engineering math and Stochastic Electrodynamics, rendering quantum mechanics' probabilistic...
Dynamic Theory
Proposes a fifth dimension representing total energy that explains nuclear processes.
Engineering via Metal Oxides
Advanced propulsion can be achieved using standard electrodeposited metal oxides (nickel cobalt) to store charge, negating the need for exotic materials.
Ghost Murmur as Gravitational Wave Device
The "Ghost Murmur" technology is a reciprocal device that can function as both an emitter and a detector for gravitational waves, enabling tracking, communication, and remote sensing.
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.
Nuclear Computing to AI Lineage
The theory that modern AI navigation systems - such as those allegedly used by the orbs in the MH370 videos - are directly descended from the first nuclear computers developed to calculate geometric orientations for...
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 Computer Orb Control
Plasma orbs for space-time manipulation require quantum computers to achieve the perfect precision needed for convergence and pulse shaping
Quantum Computers Tap Into External Intelligence Through Resonance
The mechanism by which quantum computers operate, measuring resonance variations in coupled oscillating systems, may enable connection to external intelligences or consciousness fields.