User:Mai Daly/Books/Laser

From Wikipedia, the free encyclopedia


Laser[edit]

Science And Applications[edit]

Main concepts
Electromagnetic radiation
Light
Photon
Optics
Raman scattering
Raman spectroscopy
Thermal radiation
Gaussian beam
Emission spectrum
Quantum state
Quantum well
Pauli exclusion principle
Density of states
Band gap
Valence band
Conduction band
Direct and indirect band gaps
Rayleigh length
Laser lighting display
Thin film
Photolithography
Extreme Light Infrastructure
Electronic oscillator
Frequency spectrum
Single-photon source
Mode-locking
Einstein coefficients
Crystal momentum
Laser physices
LaserLight
Laser
Laser construction
Lasing threshold
Active laser medium
Excited state
Population inversion
Spectral line
Stimulated emission
Spontaneous emission
Laser ablation
Optical cavity
Optical amplifier
Active optics
Resonator
Nonlinear optics
Transverse mode
Carrier generation and recombination
Optical disc drive
Coherent perfect absorber
Q factor
Main laser types
Solid-state laser
Laser diode
Gas laser
Nitrogen laser
Chemical laser
Maser
Hybrid silicon laser
TEA laser
Fiber laser
Raman laser
Mercury laser
Free-electron laser
Dye laser
Excimer laser
Nanolaser
Quantum dot laser
Quantum cascade laser
Q-switching
Atom laser
Disk laser
Laser applications
Laser cooling
Wireless power
Spectroscopy
Interferometry
Blu-ray Disc
Laser pointer
Silicon photonics
Photonic integrated circuit
Optical computing
Laser printing
Barcode reader
Fluorescence
Ultrashort pulse
Holography
Holographic Versatile Disc
Sound amplification by stimulated emission of radiation
Photophoresis
Extreme ultraviolet lithography
Induced gamma emission
Structured-light 3D scanner