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Alex WAI, Prof
Chair Professor of Photonics
President and Vice-Chancellor
,
Office of the President and Vice-Chancellor
https://orcid.org/0000-0002-4975-4175
Email
alexwai
hkbu.edu
hk
2002
2024
Research activity per year
Overview
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Network
Projects / Grants
(1)
Research Output
(101)
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(2)
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Dive into the research topics where Alex WAI is active. Topic labels come from the works of this scholar. Together they form a unique fingerprint.
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Keyphrases
Mode-locked Lasers
65%
Fourier Domain Mode Locking
63%
Microring Resonator
62%
Nonlinear Fourier Transform
45%
Nonlinear Fiber Optics
41%
Optical Frequency Comb Generation
40%
Optical Coherence Tomography
35%
Swept Source
34%
Mid-infrared
34%
Discrete Fourier
32%
Multi-pulse
32%
Frequency Comb
30%
Mode-locking
28%
Microcavity
28%
Swept Laser
27%
On chip
26%
Optical Communications
26%
All-optical
26%
Photonic Crystal Fiber
25%
Supercontinuum Generation
24%
Normal Dispersion
23%
Coupled Nonlinearity
22%
Kerr Frequency Comb
22%
Silicon Waveguide
22%
Reconfigurable
21%
Pump Pulse
20%
Optical Fiber Communication
19%
Octave-spanning Supercontinuum
19%
Polarization Force
19%
Fiber Optical Parametric Amplifier
19%
Electro-absorption Modulator
19%
Discrete Eigenvalues
19%
Second Harmonic
19%
Chalcogenides
19%
Inter-modal Four-wave Mixing (IM-FWM)
19%
Silicon-based
19%
Picosecond Pulses
19%
Communications-based
19%
Sensor-based
19%
Polarization-insensitive
19%
Fiber Laser
19%
Pulse Train
19%
Comb Filter
18%
Intra-cavity
18%
Comb Generation
18%
Femtosecond
18%
Supercontinuum
17%
Time Stretching
17%
Raised Cosine Pulse
17%
Repetition Rate
16%
Physics
Frequency Comb
84%
Waveguide
77%
Solitary Wave
75%
Mode-Locked Laser
57%
Tomography
41%
Glass Fiber
35%
Fiber Laser
34%
Photonic Crystal Fiber
32%
Laser Source
27%
Supercontinuum Generation
27%
Four-Wave Mixing
26%
Photonics
25%
Laser Cavity
21%
Resonator
20%
Chalcogenides
19%
Signal Processing
15%
Optical Communication
15%
Graphene
15%
Coupling Coefficient
13%
Light Amplifier
13%
Silicon Photonics
13%
Ultrashort Pulse
13%
Amplified Spontaneous Emission
13%
Harmonics
13%
Ultrasonics
13%
Amorphous Silicon
13%
Semiconductor Laser
13%
Frequency Shift
11%
Second Harmonic Generation
10%
Low Noise
9%
Lasing
8%
Erbium-Doped Fiber
8%
Silicon Oxide
8%
Soliton Pulse
8%
Acousto-Optics
8%
Thin Films
8%
Continuous Wave Laser
7%
Gaussian Distribution
7%
Nonlinear Optics
7%
Cladding
6%
Ultrasonic Radiation
6%
Multiplexing
6%
Phase Change Material
6%
Modulation Instability
6%
Fiber-Optic Communication
6%
Soliton Laser
6%
Image Processing
6%
Demultiplexing
6%
Phase Change
6%
Soliton Interaction
6%
Engineering
Fourier Transform
100%
Fiber Laser
54%
Solitary Wave
41%
Fiber Optics
38%
Photonic Crystal Fiber
26%
Multimode
24%
Pulse Train
21%
Eigenvalue
20%
Time Domain
19%
Optical Parametric Amplifier
19%
Waveguide
18%
Guided Mode
16%
Nonlinearity
16%
Harmonics
15%
Comb Filters
15%
Repetition Rate
15%
Phase Modulation
14%
Laser Cavity
13%
Femtosecond Pulse
13%
Optical Frequency
13%
Fiber-Optic Communication
13%
Bit Error
13%
Raised Cosine Pulse
13%
Resonator
13%
Monitoring System
13%
Pulse Compression
13%
L-Band
13%
Amplifier
13%
Silicon Dioxide
13%
Coherent Detection System
11%
Compression Factor
11%
Axial Resolution
11%
Conversion Efficiency
11%
Photonics
10%
Amplitude Modulation
9%
Semiconductor Optical Amplifier
9%
Multichannel
9%
Three Dimensional Printing
9%
Input Pulse
8%
Dispersion Wavelength
8%
Bit Symbol
8%
Fast Fourier Transform
8%
Reflection Spectrum
8%
Central Wavelength
7%
Pump Laser
7%
Continuous Wave
7%
Frequency-Division Multiplexing
7%
Pulse Duration
7%
Free Spectral Range
6%
Phase Noise
6%