Time Independent Quantum Circuits with Local Interactions, M.Sc. Thesis Sharif University of Technology ; Karimipour, Vahid (Supervisor)
Abstract
one of the important challenges for implementation of Quantum Computation is fabrication of Quantum Wires that transport the Quantum Information from one part of the Quantum Hardware to the other parts. Heisenberg Spin Chains are promising candidate for this. In article [28] Gaussian wave packets on the spin chains are used to encode the logical qubits. In this model, to implement unitary operation on these qubits, extra interaction are designed in some parts of the spin chains. As Gaussian wave packets move along this interactions, the desired unitary operators act on them. In fact, this is an static model without external control to perform Quantum Computation. In spite of many interesting...
Cataloging briefTime Independent Quantum Circuits with Local Interactions, M.Sc. Thesis Sharif University of Technology ; Karimipour, Vahid (Supervisor)
Abstract
one of the important challenges for implementation of Quantum Computation is fabrication of Quantum Wires that transport the Quantum Information from one part of the Quantum Hardware to the other parts. Heisenberg Spin Chains are promising candidate for this. In article [28] Gaussian wave packets on the spin chains are used to encode the logical qubits. In this model, to implement unitary operation on these qubits, extra interaction are designed in some parts of the spin chains. As Gaussian wave packets move along this interactions, the desired unitary operators act on them. In fact, this is an static model without external control to perform Quantum Computation. In spite of many interesting...
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