quantum-mechanical circuit

This paper quantizes an active LCR circuit and the similarity of the resonane and detune between classical and quantum processes is discussed.

文章对有外源LCR回路量子化进行的研究，并讨论了经典及量子情况下共振和失谐的相似性。

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The classical and quantum properties of an active LCR circuit

外源LCR回路的经典及量子性质

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Effects of Quantum Mechanics in an Active Mesoscopic Coupled Circuit

介观含源耦合电路中的量子力学效应

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The Quantum Fluctuations of Mesoscopic Parallel Damped Double Resonance Mutual Inductance Coupled Circuit

介观互感耦合阻尼并联双谐振电路的量子涨落

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Quantum fluctuations in the damped capacitive coupled electric circuit with resistance in the coupling part

耦合部分有电阻时介观电容耦合电路中的量子涨落

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There are many quantum circuit forms to realize teleportation, a new circuit with more compact construction is proposed in this paper based on Brassard's circuit in order to transmit the quantum states effectively.

实现隐形传态的量子回路形式有很多，为了更有效地传递量子态，本文在Brassard回路的基础上提出一个改进的量子回路，它具有更简洁的结构，并能实现量子隐形传态。

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New Way to Quantize Time-Dependent RLC Electric Circuit and Quantum Fluctuations

介观含时RLC电路的新量子化方法及其量子涨落

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The quantum fluctuations of mesoscopic RLC circuit in vacuum state and in thermal vacuum state are considered.

在真空态和热真空态下讨论了介观RLC电路的量子涨落。

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We simulated the heat insulation between quantum-well infrared photodetector and readout circuit.

通过量子阱红外探测器与读出电路组合形成FPA设计研究，数值模拟了探测器与读出电路的隔热性能。

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After decades of development, people wish the fourth generation computer, namely, massive scale integrated circuit computer would possess more intelligence that resembles human intelligence. Thus they commence seeking to replace them with the fifth generation computers, namely, biological computers and quantum computers.

经过近几十年的发展，人们希望第四代计算机（即超大规模集成电路计算机）具有更多的类似人的智能，于是开始寻找第五代的计算机来取代它们，例如：生物计算机，量子计算机等。

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