Circuit Quantum Electrodynamics with Single Electron Spins in Silicon

INIS

• electrons 100%
• silicon 100%
• spin 100%
• quantum electrodynamics 100%
• cavities 36%
• qubits 27%
• charges 27%
• photons 27%
• microwave radiation 22%
• capacitors 22%
• readout systems 18%
• quantum dots 13%
• coupling 13%
• leakage 13%
• design 9%
• strong-coupling model 9%
• distance 9%
• hybrids 9%
• hybridization 9%
• architecture 9%
• thin films 9%
• detection 9%
• filters 9%
• sensitivity 4%
• conversion 4%
• integrability 4%
• benchmarks 4%
• inductors 4%
• impedance 4%
• tunneling 4%
• range 4%
• variations 4%
• semiconductor materials 4%
• implementation 4%
• quantum computers 4%
• nanowires 4%
• electrometers 4%
• devices 4%
• physics 4%
• performance 4%
• germanium silicides 4%
• solutions 4%
• trapping 4%
• orbits 4%
• electrodes 4%

Engineering

• Quantum Circuit 100%
• Cavity 100%
• Single Electron 100%
• Experiments 62%
• Couplings 50%
• Microwave 50%
• Quantum Dot 37%
• Design 25%
• Lowpass Filter 12%
• Integrability 12%
• Final Part 12%
• Benchmark 12%
• Quantum Computation 12%
• Heterostructures 12%
• Fields 12%
• High Impedance 12%
• Gate Electrode 12%
• Coupling Strength 12%
• Large Network 12%
• Long Distance 12%
• Tunnels 12%
• Semiconductor 12%

Physics

• Quantum Electrodynamics 100%
• Silicon 100%
• Quantum Dot 50%
• Microwave 22%
• Distance 11%
• Detection 11%
• Arrays 5%
• Microwave Filter 5%
• Physics 5%
• Decoherence 5%
• Quantum Computing 5%
• Shapes 5%
• Conductor 5%
• Electron Tunneling 5%