quantum physics
Macroscopic quantum tunneling
Definition
Quantum tunneling observed in large-scale systems like superconducting circuits, demonstrated by Martinis beginning in 1985
Related Theories (4)
Macroscopic Quantum Age Disclosure
Recent discoveries in graphene and macroscopic quantum tunneling represent the beginning of public disclosure of advanced quantum technologies that have been secretly developed
Macroscopic Quantum Engineering
By engineering the Schrödinger equation using scalar physics, particle locations can be precisely determined and manipulated, enabling macroscopic quantum tunneling and teleportation
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. This enables macroscopic quantum tunneling, which would normally be impossible because the probability of all constituent particles tunneling simultaneously is vanishingly small. By wrapping the plane in plasma, the orbs create a unified quantum object that can tunnel through spacetime as one particle, explaining the teleportation event where the plane disappears instantly.
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
Related Evidence (6)
document Historical record of Martinis's 1985 papers using analog simulators for macroscopic quantum tunneling experiments
document 2025 Nobel Prize in Physics announcement for macroscopic quantum tunneling
video Nobel Prize - Macroscopic Quantum Tunneling
video Electric Universe & UNITEL Macroscopic Quantum Tunneling
video Macroscopic Quantum Tunneling - UNITEL
video Interview with Nobel Prize winner John Martinis explaining macroscopic quantum tunneling, Josephson junctions, and the conditions required for large-scale quantum effects