Quantum Computing

Corpuscular Quantum Mechanics explains all iconic and mysterious experiments, including the Hong-Ou-Mandel Effect, Teleportation, Superdense Coding,  GHZ Contradiction, and Bell Correlations. They are the foundation of Quantum Computers. The Corpuscular Theory explains all phenomena without the absurdities and postulates of Quantum Mechanics, and without ad hoc methods such as Hilbert Space, Observables, Computational Basis, Density Matrix, and Second Quantization. Corpuscular Quantum Mechanics does not need the Postulates and limitations of QM. I will soon demonstrate a new, error-resistant, and exponentially more powerful Quantum Computer Architecture.

Quantum Mechanics promises an exponential speed-up of computing. Shor Algorithm famously demonstrates the promise of quantum weirdness. Ironically, the Shor Algorithm also displays the fundamental inconsistencies of Quantum Mechanics. The magical 'Phase Kickback' transfers the unobservable complex eigenvalue of a Modular Exponentiation (ME) operator to qubits of a control registry. An Inverse Fourier Transform and a following measurement collapse the wavefunction of the ME work register, and the control register produces the phase of the non-observable complex ME eigenvalue. The exponential speed-up of phase estimation is implied by the number of computational basis states. For n-qubits, the number of computational…