Universal Quantum Computing ― Supervening Decoherence ?Surmounting Uncertainty

Amoroso develops quantum computing based on third regime physics of Unified Field Mechanics with a tabletop, room-temperature prototype that surmounts uncertainty and supervenes decoherence during the general process of operation. His topics include multiverse cosmology: a new basis of reality, from qubits to relativistic (r-qubits), topological quantum field theory, a new group of transformations, class II mesoionic xanthines as potential ten qubit substrate registers, and universal quantum computing prototype modeling. Annotation ©2017 Ringgold, Inc., Portland, OR (protoview.com)