Keyphrases
Bacterial Phytochrome
48%
Brain Tissue
24%
Cancer Types
31%
Cell Culture
31%
Continuous Wave
32%
Dual Optical Frequency Comb
31%
Dual-comb
41%
Dual-comb Laser
31%
Er-doped Fiber Laser
31%
Fiber Laser
48%
Frequency Doubling
62%
Head Tissue
48%
High Efficiency
41%
Laser Irradiation
37%
Laser System
37%
Living Animals
24%
Low Repetition Rate
27%
Minimally Invasive
24%
Mode-locked Lasers
88%
Mode-locking
72%
Multiphoton
27%
Near-infrared
23%
Neuronal Cells
34%
Nonlinear Amplification
41%
Nonlinear Amplifier
34%
Nonlinear Optical Properties
27%
Nonlinear Polarization Evolution
22%
Opsin
39%
Optical Injection
51%
Optogenetics
70%
Orthogonally Polarized
31%
Penetration Depth
44%
Phase Noise
31%
Phytochrome
75%
Polarization multiplexing
41%
Polarization State
31%
Pulse Repetition Frequency
44%
Repetition Rate Tuning
41%
Ring Cavity Fiber Laser
51%
Ring Fiber Laser
41%
Single Cavity
62%
Skull
37%
Spectral Broadening
27%
Tissue Penetration
30%
Ultra-long
31%
Ultra-low Repetition Rate
34%
Ultrashort Laser Pulses
62%
Ultrashort Pulses
72%
Vector Soliton
41%
Wavelength Range
31%
Engineering
Accuracy Improvement
10%
Amplifier
20%
Analog Signal
10%
Biological Tissue
15%
Black Box
10%
Brain Tissue
36%
Continuous Wave
72%
Conversion Efficiency
10%
Doped Fiber Laser
20%
Dual Vector
20%
Energy Transmission
20%
Experimental Result
15%
Femtosecond Laser
10%
Fiber Laser
100%
Frequency Converter
10%
Gain Spectrum
13%
Harmonic Generation
20%
Infrared Region
10%
Laser Beams
25%
Laser Cavity
18%
Laser Irradiation
46%
Laser System
10%
Laser Wavelength
12%
Light Propagation
15%
Light Source
10%
Living Animal
36%
Modeling Experiment
20%
Monomer
20%
Multichannel
10%
near-Infrared Laser
10%
Noisy Environment
10%
Nonlinearity
20%
Optical Power
20%
Oxygen Specie
10%
Penetration Depth
41%
Phase Noise
10%
Power Generation
10%
Pulse Energy
20%
Pulse Repetition Rate
51%
Pulsed Laser
62%
Q Switching
12%
Radiation Effect
10%
Regularization
20%
Repetition Rate
20%
Short Pulse Laser
20%
Single Pulse
20%
Solitary Wave
72%
Spectral Broadening
20%
Spectral Range
10%
Supermodes
20%
