36 Hz integral linewidth laser based on a photonic integrated 4.0 m coil resonator

Keyphrases

• Allan Deviation 66%
• Ambient Environment 33%
• Atomic Physics 33%
• Chip-scale 66%
• CMOS Technology 33%
• Coil Design 33%
• Free Spectral Range 33%
• Frequency Noise 66%
• Further Development 33%
• High Stability 33%
• Injection Locking 66%
• Integrated Laser 33%
• Integrated Waveguides 66%
• Laser Linewidth 66%
• Laser Stabilization 33%
• Laser-based 100%
• Linewidth Narrowing 33%
• Measurement Time 33%
• Metrology 33%
• Microwave Generation 33%
• Mode Volume 33%
• Molecular Physics 33%
• Noise Floor 33%
• Noise Reduction 33%
• Non-integrating 33%
• On-chip Applications 33%
• Optical Physics 33%
• Optics 33%
• Order of Magnitude 66%
• Passive Vibration Isolation 33%
• Phase Noise 33%
• Photonic Integrated Circuits 100%
• Quality Factor (Q-factor) 33%
• Quantum Information Science 33%
• Quantum Technologies 33%
• Range Mode 33%
• Reference Cavity 100%
• Resonator 100%
• Scientific Applications 33%
• Scientific Experiments 33%
• Semiconductor Lasers 33%
• Silicon Waveguide 33%
• Stability Regime 33%
• Stabilized Laser 33%
• Thermal Isolation 33%
• Timekeeping 33%
• Ultra-low Loss 33%
• Ultra-low-noise 33%
• Ultrahigh Quality Factor 33%
• Wafer-scale 33%

Engineering

• Ambient Environment 33%
• Free Spectral Range 33%
• Frequency Noise 66%
• Integrated System 33%
• Laser Linewidth 100%
• Limited Performance 33%
• Measurement Time 33%
• Nitride 33%
• Noise Floor 33%
• Phase Noise 33%
• Photonics 100%
• Quality Factor 33%
• Resonator 100%
• System-on-Chip 33%
• Vibration Isolation 33%
• Waveguide 100%

Physics

• Atomic Physics 12%
• Linewidth 100%
• Molecular Physics 12%
• Noise Reduction 12%
• Optical Physics 12%
• Optics 12%
• Photonics 100%
• Q Factor 12%
• Quantum Information Science 12%
• Quantum Technology 12%
• Resonator 100%
• Semiconductor Laser 12%
• Silicon Nitride 12%
• Time Measurement 12%
• Vibration Isolation 12%
• Waveguide 37%