发明名称 |
METHOD AND APPARATUS FOR QUANTUM HOLOGRAPHIC INFORMATION PROCESSING |
摘要 |
Encoding of quantum algorithm and devices therefrom are provided. The encoding includes receiving a unitary matrix operator representing the quantum algorithm, each row of the unitary matrix operator defining a superposition of basis state vectors for transforming input states to output states. The encoding also includes recording rows of the unitary matrix operator by applying, to a volume holographic element, a combination of an ith one of n reference waves and a superposition of n signal waves defined by the superposition defined in an ith row of the unitary matrix operator. The n signal waves are a first set of n plane waves lying on a first conical surface having a first half angle and the n reference waves are a second set of n plane waves lying on a second conical surface, concentric with the first conical surface, with a second half angle different that the first half angle. |
申请公布号 |
US2014192388(A1) |
申请公布日期 |
2014.07.10 |
申请号 |
US201213451638 |
申请日期 |
2012.04.20 |
申请人 |
Miller Warner A.;Kreymerman Grigoriy;Alsing Paul M. |
发明人 |
Miller Warner A.;Kreymerman Grigoriy;Alsing Paul M. |
分类号 |
G06N99/00;G03H1/26;G02F3/00;G03H1/00 |
主分类号 |
G06N99/00 |
代理机构 |
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代理人 |
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主权项 |
1. A method of encoding a quantum algorithm in an optical device, comprising:
receiving an n by n unitary matrix operator representing the quantum algorithm, each row of the unitary matrix operator defining a superposition of n basis state vectors for transforming an input state into an output state; recording each row of the unitary matrix operator by applying, to a volume holographic element having first and second opposing and substantially parallel faces, a combination of an ith one of n reference waves and a superposition of n signal waves defined by the superposition defined in an ith row of the unitary matrix operator, wherein the n signal waves comprise a first set of n plane waves lying on a first conical surface having a first half angle and that extends from a selected point on a first face of the volume holographic element, wherein the n reference waves comprise a second set of n plane waves lying on a second conical surface with a second half angle different than the first half angle and that extends from the selected point, and wherein the first conical surface and the second conical surfaces are concentric. |
地址 |
Boca Raton FL US |