Schemes for nondestructive quantum gas microscopy of single atoms in an optical lattice

Keyphrases

• Optical Lattice 100%
• Non-destructive 100%
• Microscopy 100%
• Quantum Gases 100%
• Single Atom 100%
• Probe Beam 100%
• Effective Material Loss 50%
• Ytterbium Atoms 50%
• Faraday Effect 50%
• Signal-to-noise Ratio 50%
• High Band 50%
• Ultracold Atoms 50%
• Ultracold 50%
• Nondestructive Detection 50%
• Scanning Microscope 50%
• Quantum Gas Microscope 50%
• Squeezed States 50%
• Measurement Condition 50%
• Shot Noise 50%
• Atom Detection 50%
• Internal Degrees of Freedom 50%
• Degrees of Freedom 50%
• Magic Wavelength 50%
• Band Excitation 50%
• Quantum Noise 50%
• Photon Absorption 50%

Engineering

• Degree of Freedom 100%
• Probe Beam 100%
• Ground State 100%
• Shot Noise 50%
• Measurement Condition 50%
• Signal-to-Noise Ratio 50%
• Internal Degree 50%
• Spin Degree 50%
• Scanning Electron Microscope 50%

Physics

• Optical Lattice 100%
• Quantum Gas 100%
• Ground State 100%
• Degree of Freedom 100%
• Signal-to-Noise Ratio 50%
• Photon Absorption 50%
• Faraday Effect 50%