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Frequency Conversion Using Ultrafast Fiber Lasers
Matei Rusu
Research output
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Book/Report
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Doctoral thesis
›
Collection of Articles
673
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Dive into the research topics of 'Frequency Conversion Using Ultrafast Fiber Lasers'. Together they form a unique fingerprint.
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Keyphrases
Mode-locked Lasers
100%
Ultrafast Fiber Laser
100%
Frequency Conversion
100%
Yb-doped Fiber Laser
60%
Dispersion Compensation
60%
Visible Spectrum
40%
Picosecond Pulses
40%
Fiber Taper
40%
Cross-phase Modulation
40%
Spectral Broadening
40%
Supercontinuum Generation
40%
All-fiber Structure
40%
Intra-cavity
40%
Second Harmonic
20%
Frequency Doubling
20%
Mode-locking
20%
High Power
20%
Wavelength Range
20%
Autocorrelation
20%
Oscillation
20%
Pulsed Operation
20%
Light Pulse
20%
Laser Cavity
20%
Repetition Rate
20%
Photonic Crystal Fiber
20%
Fiber Amplifier
20%
Telecom
20%
Temporal Synchronization
20%
Gain Spectrum
20%
Cavity Design
20%
Two-mode
20%
Compensation Rate
20%
Frequency Sweep Nonlinearity
20%
Active Fiber
20%
Color Mode
20%
Clock Source
20%
Soliton Fission
20%
Gain Medium
20%
Single-mode Fiber
20%
KTP Crystal
20%
Diode Laser
20%
Infrared Radiation
20%
Wideband Sources
20%
Ultrashort Optical Pulses
20%
Supercontinuum
20%
All-fiber Laser
20%
Mode Optimization
20%
Visible Supercontinuum
20%
Two-color
20%
Laser Source
20%
Yb-doped
20%
Periodically Poled Crystals
20%
Negative Dispersion
20%
Third Harmonic
20%
Frequency chirp
20%
Bulk Element
20%
Laser Pulse
20%
Er Doping
20%
Ultraviolet Wavelength
20%
Single-mode Optical Fiber
20%
Near-infrared
20%
All-optical
20%
Pulse Train
20%
Physics
Fiber Laser
100%
Dispersion Compensation
30%
Spectral Broadening
20%
Cross-Phase Modulation
20%
Supercontinuum Generation
20%
Harmonics
10%
Solitary Wave
10%
Semiconductor Laser
10%
Laser Pulse
10%
Laser Source
10%
Near Infrared
10%
Single-Mode Optical Fiber
10%
Infrared Radiation
10%
Laser Cavity
10%
Synchronism
10%
Visible Spectrum
10%
Autocorrelation
10%
Photonic Crystal Fiber
10%