Simulation of Quantum Gates on a Novel GPU Architecture
... such computational requirements [7, 11], and will allow the emulation of quantum computers of a greater dimension in a reasonable time. Although the number of known algorithms that are really effective [8, 13, 5] is actually reduced, and there are no physical implementations of operative dimensions, ...
... such computational requirements [7, 11], and will allow the emulation of quantum computers of a greater dimension in a reasonable time. Although the number of known algorithms that are really effective [8, 13, 5] is actually reduced, and there are no physical implementations of operative dimensions, ...
The Church-Turing thesis in a quantum world
... Simulating physical systems There are quantum systems for which no efficient classical simulation is known, but which we can simulate on a universal quantum computer. What does it mean to “simulate” a physical system? According to the OED, simulation is “the technique of imitating the behaviour of ...
... Simulating physical systems There are quantum systems for which no efficient classical simulation is known, but which we can simulate on a universal quantum computer. What does it mean to “simulate” a physical system? According to the OED, simulation is “the technique of imitating the behaviour of ...
Algorithmic complexity of quantum states
... state (via some classical channel) to Bob, who wants to reproduce it in his laboratory. How difficult is it for Alice to describe to Bob the state of her system? ...
... state (via some classical channel) to Bob, who wants to reproduce it in his laboratory. How difficult is it for Alice to describe to Bob the state of her system? ...
fund_notes_up2 (new_version)
... relativity and quantum mechanics called Quantum Field Theory. 13 The first and most successful expression of QFT was Quantum Electrodynamics (QED). The EM and weak forces have been unified. In high energy interactions, we can’t tell the EM force from the Weak force. Steven Weinberg et al got Nobel P ...
... relativity and quantum mechanics called Quantum Field Theory. 13 The first and most successful expression of QFT was Quantum Electrodynamics (QED). The EM and weak forces have been unified. In high energy interactions, we can’t tell the EM force from the Weak force. Steven Weinberg et al got Nobel P ...
Nilpotence - Nature`s Code Foundation
... Thus it seems that the concept of nilpotence (or the empty set as the description of the initial mathematical state of a system as used by Conway in relation to universal models) is foundational to physics, for, from the above arguments, the initial nature of the dark energy from which 3+1 space-tim ...
... Thus it seems that the concept of nilpotence (or the empty set as the description of the initial mathematical state of a system as used by Conway in relation to universal models) is foundational to physics, for, from the above arguments, the initial nature of the dark energy from which 3+1 space-tim ...
Neural Unpredictability, The Interpretation of Quantum Theory, and
... detailed technical issues which are involved in a complete and consistent version of this sort of interpretation. In this paper therefore, I shall use my earlier work to illustrate some of the ways in which difficulties can arise and some of the ways in which those difficulties might be resolved. In ...
... detailed technical issues which are involved in a complete and consistent version of this sort of interpretation. In this paper therefore, I shall use my earlier work to illustrate some of the ways in which difficulties can arise and some of the ways in which those difficulties might be resolved. In ...
Generalising Unitary Time Evolution
... system might evolve to the point where it could be measured. One of the most commonly used techniques in the modelling of physical systems involves showing an approximate equivalence with a system already modelled and then applying that model to the new system. This may work for some QI models, but ...
... system might evolve to the point where it could be measured. One of the most commonly used techniques in the modelling of physical systems involves showing an approximate equivalence with a system already modelled and then applying that model to the new system. This may work for some QI models, but ...
lattice approximations
... degrees of freedom (its lattice approximations). 2) These collective degrees of freedom are local. They interact according to local laws. ...
... degrees of freedom (its lattice approximations). 2) These collective degrees of freedom are local. They interact according to local laws. ...