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3篇 您的检索式：作者名="Mile Gu"

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		题名	作者	年代	出处	被引量
	1	Operational effects of the UNOT gate on classical and quantum correlations显示文摘The NOT gate that flips a classical bit is ubiquitous in classical information processing.However its quantum analogue,the universal NOT(UNOT) gate that flips a quantum spin in any alignment into its antipodal counterpart is strictly forbidden.Here we explore the connection between this discrepancy and how UNOT gates affect classical and quantum correlations.We show that while a UNOT gate always preserves classical correlations between two spins,it can non-locally increase or decrease their shared discord in ways that allow violation of the data processing inequality.We experimentally illustrate this using a multi-level trapped ^(171)Yb^+ ion that allows simulation of anti-unitary operations.	Kuan Zhang Jiajun Ma Xiang Zhang Jayne Thompson Vlatko Vedral Kihwan Kim Mile Gu	2018	Science Bulletin2018，63，12：	1
	2	Universal Quantum Computation with Continuous- Variable Cluster States 显示文摘	MENICUCCI NICOLAS C VAN LOOCK PETER GU MILE	2006	Phys Rre Lett2006，97，11：	1
	3	A classical algorithm to mimic quantum decisions显示文摘In his famous 1982 lecture, Nobel laureate Richard Feynman seeded the idea of quantum computation. He reasoned that the amount of classical information required to describe a quantum system scaled exponentially with its size, and thus could not be efficiently simulated by a classical computer. Indeed, a fairly modest system of 100 quantum bits would already require more information to describe than all the present data storage on Earth[1].	Mile Gu	2019	National Science Review2019，6，4：	0

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