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arXiv 2008.05532math-phcs.ITmath.ITmath.MPmath.OAquant-ph
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费米子量子计算中的熵幂不等式

Entropy Power Inequality in Fermionic Quantum Computation

N. J. B. Aza, D. A. Barbosa T

摘要:

研究了有限维CAR $C^{*}$ -代数上的量子计算关系。我们证明了一个熵功率不等式(EPI)在费米子设置,这大概将允许理解费米子线性光学的能力。类似的关系,玻色子的情况下,并提供替代证明已知的事实。克利福德代数和格拉斯曼表示因此可以用来获得有关相干费米子态的数学结果。

英文摘要:

We study quantum computation relations on unital finite-dimensional CAR $C^{*}$-algebras. We prove an entropy power inequality (EPI) in a fermionic setting, which presumably will permit understanding the capacities in fermionic linear optics. Similar relations to the bosonic case are shown, and alternative proofs of known facts are given. Clifford algebras and the Grassmann representation can thus be used to obtain mathematical results regarding coherent fermion states.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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