Description
Book SynopsisPart I: Overview of Quantum Computers and Review of Essential Quantum Mechanics.- Chapter 1: Quantum Computer Hardware and Architecture - An Overview.- Chapter 2: Linear Algebra - Vectors, States, and Measurement.- Chapter 3: Linear Algebra - Operators, Matrices and Quantum Gates.- Chapter 4: Schrodinger Equation and Quantum Gates.- Chapter 5: Bloch Sphere, Quantum Gates, and Pauli Matrices.- Chapter 6: Density Matrix and the Bloch Sphere.- Part II: Silicon Spin Qubit Architecture and Hardware.- Chapter 7: Spin Qubit - Preliminary Physics.- Chapter 8: Spin Qubit - Larmor Precession - Phase Shift Gate.- Chapter 9: Spin Qubit - Rabi Oscillation.- Chapter 10: Spin Qubit - Rabi Oscillation under Rotating Field using Rotating Frame.- Chapter 11: Electron Spin Qubit in Semiconductor - Implementation, Initialization and Readout.- Chapter 12: Electron Spin Qubit in Semiconductor - 1-Qubit and 2-Qubit Gates.- Part III: Superconducting Qubit Architecture and Hardware.- Chapter 13: Lagrangian Mechanics and Hamiltonian Mechanics.- Chapter 14: Quantization of Simple Harmonic Oscillator.- Chapter 15: Quantization of an LC Tank - a Bad Qubit.- Chapter 16: Superconductor and Josephson Junction.- Chapter 17: Cooper Pair Box Qubit - Hamiltonian.- Chapter 18: Cooper Pair Box - Analytical Solution.- Chapter 19: Cooper Pair Box - Numerical Solution.- Chapter 20: Charge Qubit Dynamics - Precession and 1-Qubit Gate.- Chapter 21: Transmon Qubit - 1-Qubit and 2-Qubit Gates.- Chapter 22: Superconducting Qubit - Readout and Initialization.- Part IV: Design and Implementation.- Chapter 23: Microwave Electronics in Quantum Computers.- Chapter 24: Design of Integrated Superconducting Qubit Chip.- Chapter 25: Errors and Decoherence.
