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9787030359933 quantum logic gates and quantum decoherence(Chinese Edition)

ZHANG DENG YU

ISBN 10: 7030359933 / ISBN 13: 9787030359933
Nuevos Condición: New Encuadernación de tapa blanda
Librería: liu xing (JiangSu, JS, China)

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Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback Pub the Date :2013-01-04 Publisher: basic scientific information title: quantum logic gates and quantum decoherence Price: 59 yuan Author: ATOMIC Press: Science Publication Date :2013-01-04ISBN: 9.787.030.359.933 words: Page: Revision: Version 1 Format: Folio: the identity of the 16 commodities: 85002 Editors' Choice quantum information is quantum mechanics. combined into new disciplines of information science and computer science. ATOMIC quantum logic gates and quantum decoherence of quantum logic gates in quantum information and quantum decoherence and other related issues. the topic of each chapter are discussed. Abstract No quantum information on the basis of Contents Chapter 1 1.1 quantum computing the foundation 1.1.1 quantum computing quantum mechanics 1.1.2-qubit 1.1.3 quantum superposition 1.1.4 Quantum the 1.1.5 logic gate quantum computing decoherence 1.1.6 Quantum error correction and error prevention 1.2 states coherent and non-coherent 1.2.1 The classical theory of coherent states 1.2.2 states in the quantum theory of coherence 1.2.3 coherence density matrix described in 1.2.4 Quantum measurement of coherence 1.3 laser and molecular interactions of the preparation of quantum states 1.4 laser polarization and quantum information in the quantum state. 1.4.1 The polarization state of the laser and matrix representation method 1.4.2 photon polarization states as a function of the quantum logic of quantum states in quantum information 1.4.3 polarizer 1.5 quantum information pure states and mixed states 1.5.1 quantum pure state and mixed states 1.5.2 1.5.3 pure state and mixed state density operator distinction quantum entangled states and quantum pure state and mixed state 1.5. 4 pure states evolve into mixed states lead to decoherence 1.6 matrix representation of quantum states 1.6.1 The wave function of the physical interpretation 1.6.2 pure quantum states and quantum mixed state matrix representation 1.6.3 Quantum Entanglement The state of the matrix representation 1.6.4 The matrix representation of coherent stack Jiajie its degradation 1.7 quantum coherence the quantum decoherence 1.7.1 Classic coherent 1.7.2 Quantum coherence 1.7.3 Classic coherent and quantum coherent comparison 1.7.4 the quantum decoherence 1.8 quantum pure state mixed state in mechanical quantity measurement 1.8.1 quantum pure state in mechanical quantity measurement 1.8.2 quantum mixed states in mechanical quantity measuring 2.1 n-bit quantum logic gate with two quantum logic gates 2.1.1 basic quantum logic gates to achieve a number of quantum logic gates 2 mainly References Chapter 2 quantum logic gates. The quantum gates 1.2 two comparison of the number of quantum gate the program and Barenco program 2.2 structure nedkin quantum gates. a simple method 2.2.1 six basic two quantum gates complete Fredkin gate. 2.2 the conditions flip program characteristics. The 2.3 laser control of molecular vibrational quantum nedkin logic gate 2.3.1 molecules localized modes vibrational states. Operation 2.4.2 2.4.1 Pauli matrices transform corresponding quantum logic functions 2.3.2 laser molecular vibration dynamic control the the quantum nedkin logic gates function 2.4 optical polarizer polarizer polarizer quantum NOT gate and quantum XOR gate operation 2.4.3 polarizer in constructing quantum Tbffoli door and quantum Fredkin gate the 2.5 quantum logic gate operator matrix representation 2.5.1 quantum logic gates Hamiltonian and the corresponding unitary transformation matrix the encoded qubits research 2.5.2 quantum logic gate inputs and outputs of the state with the quantum mechanical system wave function 2.6 quantum logic gates. Quantum logic functions 2.7.1 2.6.1 Quantum byte accused encoding method 2.6.2 byte charged encoding method characteristics 2.7 laser selective excitation laser selective excitation theoretical model 2.7. The 2 lase. N° de ref. de la librería FW006615

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Título: 9787030359933 quantum logic gates and ...

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