Liquid State Machines in Adbiatic Quantum Computers for General Computation

Abstract

This paper outlines the theory of Liquid State Machines, and describes how they may be used to filter the Hamiltonian space of a qubit network. The underlying principle of this kind of quantum computer is that when enough of the nodes in a filter activate, a desired output will be generated. A liquid state machine implementedon an adiabatic quantum computer is capable of solving NP and Sharp-P problems in BQP time.

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Cite this paper

@article{Herman2007LiquidSM, title={Liquid State Machines in Adbiatic Quantum Computers for General Computation}, author={Joshua Herman}, journal={CoRR}, year={2007}, volume={abs/0709.0883} }