Laser Noise: 5-6 November 1990, Boston, MassachusettsRajarshi Roy |
Contents
LASER NOISE IN ATOM FIELD INTERACTIONS | 21 |
FUNDAMENTAL STUDIES OF LASER FLUCTUATIONS | 81 |
LASER NOISE REDUCTION | 171 |
Copyright | |
2 other sections not shown
Common terms and phrases
amplitude applied approximation atomic average bandwidth beam calculated cavity changes coherent considered constant correlation corresponding coupling curve defined density depends described detection detector determined detuning diffusion discussed distribution dynamics effect Electron equations excess experimental experiments external factor feedback field Figure fluctuations frequency function gain Gaussian given increases integration intensity jump laser noise lasing Lett light limit linewidth loss mean measurements mode modulation noise nonlinear observed obtained occur operating optical optical feedback oscillations output parameter peak phase photon Phys Physics polarization present probability problem properties pulses pump Quantum random reduced reflectivity relaxation resonator sample scale semiconductor lasers shown shows signal single solution spectral spectrum spontaneous emission stability statistics stochastic techniques theory threshold transient transition typical unstable values variables varying width zero