Add to ORKGThis presentation will report our recent results for ultrashort pulse generation, low timing jitter pulses for sampling and metrology, optical frequency combs for coherent communications, and the use of ultrafast semiconductor diode lasers for potential applications in nonthermal ablation and machining. © 2005 IEEE
Integrated semiconductor laser devices are presented as extremely compact generators of ultra-short ...
This paper discusses the development of modelocked semiconductor lasers to generate optical frequenc...
In this paper, we describe the properties of an external cavity modelocked semiconductor laser with ...
Novel cavity engineering techniques are used to realize low noise, and stabilized optical frequency ...
This thesis describes ultrashort pulse production techniques for semiconductor diode lasers. Three m...
Compact, electrically efficient sources of ultrashort, high repetition rate laser pulses are becomin...
This talk covers novel techniques and applications of low noise ultrafast optical pulses and stabili...
Compact, electrically efficient sources of ultrashort, high repetition rate laser pulses are becomin...
This paper discusses use of optical frequency combs generated by modelocked semiconductor lasers for...
The chapter reviews the physical foundations, the theoretical analysis, the experimental implementat...
We utilize a novel hybrid wavelength division multiplexed, optical time division multiplexed (WDM-OT...
Frequency stabilized modelocked lasers have recently garnered much attention owing to their potentia...
Ultrashort laser pulses with durations in the femtosecond range up to a few picoseconds provide a un...
Novel modelocked semiconductor lasers are proposed for high speed data links and signal processing t...
Most short-pulsed diode-pumped sol-id-state lasers used today are based on semiconductor saturable-a...
Integrated semiconductor laser devices are presented as extremely compact generators of ultra-short ...
This paper discusses the development of modelocked semiconductor lasers to generate optical frequenc...
In this paper, we describe the properties of an external cavity modelocked semiconductor laser with ...
Novel cavity engineering techniques are used to realize low noise, and stabilized optical frequency ...
This thesis describes ultrashort pulse production techniques for semiconductor diode lasers. Three m...
Compact, electrically efficient sources of ultrashort, high repetition rate laser pulses are becomin...
This talk covers novel techniques and applications of low noise ultrafast optical pulses and stabili...
Compact, electrically efficient sources of ultrashort, high repetition rate laser pulses are becomin...
This paper discusses use of optical frequency combs generated by modelocked semiconductor lasers for...
The chapter reviews the physical foundations, the theoretical analysis, the experimental implementat...
We utilize a novel hybrid wavelength division multiplexed, optical time division multiplexed (WDM-OT...
Frequency stabilized modelocked lasers have recently garnered much attention owing to their potentia...
Ultrashort laser pulses with durations in the femtosecond range up to a few picoseconds provide a un...
Novel modelocked semiconductor lasers are proposed for high speed data links and signal processing t...
Most short-pulsed diode-pumped sol-id-state lasers used today are based on semiconductor saturable-a...
Integrated semiconductor laser devices are presented as extremely compact generators of ultra-short ...
This paper discusses the development of modelocked semiconductor lasers to generate optical frequenc...
In this paper, we describe the properties of an external cavity modelocked semiconductor laser with ...