Quantum Software Engineering - University of York Computer Science
... need to investigate quantum algorithmic complexity: time, space, “parallel universe space”, and any other parameters of interest. We have models of classical computation – von Neumann machines with fetch-executestore, imperative, functional and logic languages, etc – that let us write and reason abo ...
... need to investigate quantum algorithmic complexity: time, space, “parallel universe space”, and any other parameters of interest. We have models of classical computation – von Neumann machines with fetch-executestore, imperative, functional and logic languages, etc – that let us write and reason abo ...
the einstein-podolsky-rosen paradox and the nature of reality
... discussion based on positions and momenta of two particles is presented, as these properties are typically more familiar than spin or polarization to most students. Consider two quantum particles that have interacted for some time in the past, but are no longer interacting, as shown in Figure 1. The ...
... discussion based on positions and momenta of two particles is presented, as these properties are typically more familiar than spin or polarization to most students. Consider two quantum particles that have interacted for some time in the past, but are no longer interacting, as shown in Figure 1. The ...
PDF
... Quantum computers and communication systems are devices that store and process information on quantum systems such as atoms, photons, superconducting systems, etc. Quantum information processing differs from classical information processing in that information is stored and processed in a way that p ...
... Quantum computers and communication systems are devices that store and process information on quantum systems such as atoms, photons, superconducting systems, etc. Quantum information processing differs from classical information processing in that information is stored and processed in a way that p ...
Easy introduction to quantum informatics
... When will we have a quantum computer? pessimists: NEVER! ...
... When will we have a quantum computer? pessimists: NEVER! ...
High Performance Quantum Computing
... ▪ needs 2N complex numbers to be represented classically ▪ but when measured only gives N bit of information ...
... ▪ needs 2N complex numbers to be represented classically ▪ but when measured only gives N bit of information ...
An Introduction to Quantum Computation
... There seem to be three primary driving forces behind research in quantum computation. We label these as curiousity, possibility and necessity. As with many scientific endeavors, there is the question of can we do it?, and quantum computation is no different. The ability to construct and use a quantu ...
... There seem to be three primary driving forces behind research in quantum computation. We label these as curiousity, possibility and necessity. As with many scientific endeavors, there is the question of can we do it?, and quantum computation is no different. The ability to construct and use a quantu ...
Reversible Classical Circuits and the Deutsch
... Before we turn to the Deutsch-Jozsa algorithm, it use useful to discuss, before we begin, reversible versus irreversible classical circuits. A classical gate defines a function f from some input bits {0, 1}n to some output bits {0, 1}m . If this function is a bijection, then we say that this circuit ...
... Before we turn to the Deutsch-Jozsa algorithm, it use useful to discuss, before we begin, reversible versus irreversible classical circuits. A classical gate defines a function f from some input bits {0, 1}n to some output bits {0, 1}m . If this function is a bijection, then we say that this circuit ...
A quantum mechanical model of adaptive mutation
... in non-growing cells to cause a transition mutation C T. Subsequent transcription and translation of the mutant form of the gene will result in expression of the mutant phenotype. The Lowdin two-step model for generation of a mutations is initiated by a quantum tunnelling process of an H-bonded pr ...
... in non-growing cells to cause a transition mutation C T. Subsequent transcription and translation of the mutant form of the gene will result in expression of the mutant phenotype. The Lowdin two-step model for generation of a mutations is initiated by a quantum tunnelling process of an H-bonded pr ...
