The Research of Qubit-Field System Quantum Entanglement under J-C Model

Zuo Peng Chen; Jin Ran Gao

doi:10.4028/www.scientific.net/AMM.203.464

Paper Titles

The Development of PMD and its Compensation Method
p.445

Design of Motion Control Card on PXI Bus
p.449

The Application of Virtual Reality Technology in Gymnastics Movement Simulation
p.454

Research on Strategies of Pricing and Coordinating in Reverse Supply Chain for Remanufacturing
p.459

The Research of Qubit-Field System Quantum Entanglement under J-C Model
p.464

Design and Layout of a High-Performance PWM Control Class D Amplifiers IC Systems
p.469

Study on Traffic Flow Characteristics and Simulation Based on the VISSIM
p.474

Study on the Maintenance Capacity of “Man-Machine System” Based on Fuzzy Comprehensive Evaluation
p.479

Design and Application of an New Wireless Adaptive AP
p.484

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 203The Research of Qubit-Field System Quantum...

The Research of Qubit-Field System Quantum Entanglement under J-C Model

Abstract:

In this article we plan to get a equation about the concurrence. We select the J-C model, then introduce the double-cavity and double-atom system in this model, and consider the two-atom entanglement. By using the Taylor expansion to calculate the quantum correlations concurrence in this system. Finally we deduce this equation which can predict the sudden death and rebirth of the spin quantum entanglement.