Reduction of theoretical uncertainty in quantum computing

摘要

A theoretical framework is developed to evaluate the amount of intrinsic uncertainty, as distinguished from operational uncertainty (noise), inherent in quantum computation. The temporal evolution of states in quantum computing is analyzed diagramatically, providing a visual tool for the refining of quantum algorithms to help achieve minimal uncertainty and maximal efficiency, as well as for better understanding of the quantum entanglements crucial to quantum computing. References: 25