A set of distributed Bragg Reflector mode-locked semiconductor lasers are presented that generate picosecond pulses over a spectral range of 40 nm on a single chip. The same technology is used to realize an integrated laser with two separate Bragg gratings coupled into a common gain and saturable absorption section. This laser is shown to lock together the two spectral slices from each grating in a single pulse train
We present a highly reproducible method of producing terahertz (THz) optical pulses using a class of...
A multiwavelength laser based on a super-structured Bragg grating is designed and fabricated on mult...
A multiwavelength laser based on a super-structured Bragg grating is designed and fabricated on mult...
A set of passively mode-locked Distributed Bragg Reflector lasers on a single chip, are shown to exh...
We report on a passively and hybridly mode-locked grating-coupled surface-emitting laser (GCSEL) usi...
We report on a passively and hybridly mode-locked grating-coupled surface-emitting laser (GCSEL) usi...
We report on a passively and hybridly mode-locked grating-coupled surface-emitting laser (GCSEL) usi...
A compact semiconductor mode-locked laser (MLL) is presented that demonstrates strong passive Q-swit...
A compact semiconductor mode-locked laser (MLL) is presented that demonstrates strong passive Q-swit...
A compact semiconductor mode-locked laser (MLL) is presented that demonstrates strong passive Q-swit...
Optical pulses are used as bits to transmit information. Controlled pulse generation is required for...
A new type of distributed feedback dye laser is described in which the Bragg grating is formed by sp...
Optical pulses are used as bits to transmit information. Controlled pulse generation is required for...
We report the generation of short, transform-limited, ~18 ps optical pulses from an external fiber B...
We present a highly reproducible method of producing terahertz (THz) optical pulses using a class of...
We present a highly reproducible method of producing terahertz (THz) optical pulses using a class of...
A multiwavelength laser based on a super-structured Bragg grating is designed and fabricated on mult...
A multiwavelength laser based on a super-structured Bragg grating is designed and fabricated on mult...
A set of passively mode-locked Distributed Bragg Reflector lasers on a single chip, are shown to exh...
We report on a passively and hybridly mode-locked grating-coupled surface-emitting laser (GCSEL) usi...
We report on a passively and hybridly mode-locked grating-coupled surface-emitting laser (GCSEL) usi...
We report on a passively and hybridly mode-locked grating-coupled surface-emitting laser (GCSEL) usi...
A compact semiconductor mode-locked laser (MLL) is presented that demonstrates strong passive Q-swit...
A compact semiconductor mode-locked laser (MLL) is presented that demonstrates strong passive Q-swit...
A compact semiconductor mode-locked laser (MLL) is presented that demonstrates strong passive Q-swit...
Optical pulses are used as bits to transmit information. Controlled pulse generation is required for...
A new type of distributed feedback dye laser is described in which the Bragg grating is formed by sp...
Optical pulses are used as bits to transmit information. Controlled pulse generation is required for...
We report the generation of short, transform-limited, ~18 ps optical pulses from an external fiber B...
We present a highly reproducible method of producing terahertz (THz) optical pulses using a class of...
We present a highly reproducible method of producing terahertz (THz) optical pulses using a class of...
A multiwavelength laser based on a super-structured Bragg grating is designed and fabricated on mult...
A multiwavelength laser based on a super-structured Bragg grating is designed and fabricated on mult...