Add to ORKGA variety of applications exist for reverse saturable absorbers (RSAs) in the area of optical pulse processing and computing. An RSA can be used as power limiter/pulse smoother and energy limiter/pulse shortner of laser pulses. A combination of RSA and saturable absorber (SA) can be used for mode locking and pulse shaping between high power laser amplifiers in oscillator amplifier chain. Also, an RSA can be used for the construction of a molecular spatial light modulator (SLM) which acts as an input/output device in optical computers. A detailed review of the theoretical studies of these processes is presented. Current efforts to find RSAs at desired wavelength for testing these theoretical predictions are also discussed
Limiting devices protect sensitive optical elements from laser-induced damage (LID). Passive devices...
Semiconductor saturable absorbers have had a major impact on the field of ultrashort pulse generatio...
Limiting devices protect sensitive optical elements from laser-induced damage (LID). Passive devices...
A variety of applications exist for reverse saturable absorbers (RSAs) in the area of optical pulse ...
We theoretically and experimentally study absorption of picosecond laser pulses in materials describ...
We theoretically and experimentally study absorption of picosecond laser pulses in materials describ...
An advanced full-wave time-domain numerical model for reverse saturable absorption (RSA) is presente...
Reverse saturable absorbers have shown great potential to attenuate laser radiation. Good candidate ...
Construction of a spatial light modulator (SLM) using reverse saturable absorber mols. is suggested....
Using an analytical approach we quantitatively estimate the effects of the pulse shape and material ...
We present our recent advances toward the development of high-performance solid-state optical limiti...
[[abstract]]We present our recent advances toward the development of high-performance solid-state op...
Author Institution: The Department of Chemistry, University of MichiganA recent search for an optica...
Abstract: Saturable absorber mirrors (SAMs) are grown by low-temperature solid-source molecular bea...
Theoretical and experimental studies of absorber switching efficiencies are described for a ruby las...
Limiting devices protect sensitive optical elements from laser-induced damage (LID). Passive devices...
Semiconductor saturable absorbers have had a major impact on the field of ultrashort pulse generatio...
Limiting devices protect sensitive optical elements from laser-induced damage (LID). Passive devices...
A variety of applications exist for reverse saturable absorbers (RSAs) in the area of optical pulse ...
We theoretically and experimentally study absorption of picosecond laser pulses in materials describ...
We theoretically and experimentally study absorption of picosecond laser pulses in materials describ...
An advanced full-wave time-domain numerical model for reverse saturable absorption (RSA) is presente...
Reverse saturable absorbers have shown great potential to attenuate laser radiation. Good candidate ...
Construction of a spatial light modulator (SLM) using reverse saturable absorber mols. is suggested....
Using an analytical approach we quantitatively estimate the effects of the pulse shape and material ...
We present our recent advances toward the development of high-performance solid-state optical limiti...
[[abstract]]We present our recent advances toward the development of high-performance solid-state op...
Author Institution: The Department of Chemistry, University of MichiganA recent search for an optica...
Abstract: Saturable absorber mirrors (SAMs) are grown by low-temperature solid-source molecular bea...
Theoretical and experimental studies of absorber switching efficiencies are described for a ruby las...
Limiting devices protect sensitive optical elements from laser-induced damage (LID). Passive devices...
Semiconductor saturable absorbers have had a major impact on the field of ultrashort pulse generatio...
Limiting devices protect sensitive optical elements from laser-induced damage (LID). Passive devices...