[[abstract]]We demonstrate arbitrary channel selection in microwave frequency comb by an optically-injected double phase-locked semiconductor laser. Suppression ratios of 41.8 and 25.9 dB between the main and secondary channels to the others are achieved.[[fileno]]2030181030039[[department]]電機工程學
In this paper, we show recent results in the use of stabilized optical frequency combs from mode-loc...
[[abstract]]Microwave frequency combs are generated by optically injecting a semiconductor laser (sl...
Optical frequency combs (OFCs) can generate a wide bandwidth of regularly spaced modes with high fre...
[[abstract]]We numerically investigate the characteristics of high-frequency microwave signal genera...
[[abstract]]An arbitrary channel selection system based on a pulse-injected semiconductor laser with...
Abstract—CW injection locking of mode-locked semiconductor lasers has been experimentally demonstrat...
Abstract—Nonlinear dynamics of semiconductor lasers is ap-plied for microwave frequency division. Op...
Nonlinear dynamics of semiconductor lasers is applied for microwave frequency division. Optical inje...
Many applications of optical frequency combs (OFCs) require manipulation and amplification of indivi...
In this paper, a microwave frequency comb (MFC) is generated from a semiconductor laser subject to o...
[[abstract]]We numerically investigate high-frequency microwave signal generation utilizing a double...
[[abstract]]We propose and study photonic generation of broadly tunable microwave signals utilizing ...
Highly stable optical frequency combs (OFCs), particularly those generated by modelocked lasers, hav...
Abstract – The ability of a frequency comb from a femtosecond mode-locked laser to faithfully reprod...
This thesis is concerned with the synthesis of a large number of optical carriers with high frequenc...
In this paper, we show recent results in the use of stabilized optical frequency combs from mode-loc...
[[abstract]]Microwave frequency combs are generated by optically injecting a semiconductor laser (sl...
Optical frequency combs (OFCs) can generate a wide bandwidth of regularly spaced modes with high fre...
[[abstract]]We numerically investigate the characteristics of high-frequency microwave signal genera...
[[abstract]]An arbitrary channel selection system based on a pulse-injected semiconductor laser with...
Abstract—CW injection locking of mode-locked semiconductor lasers has been experimentally demonstrat...
Abstract—Nonlinear dynamics of semiconductor lasers is ap-plied for microwave frequency division. Op...
Nonlinear dynamics of semiconductor lasers is applied for microwave frequency division. Optical inje...
Many applications of optical frequency combs (OFCs) require manipulation and amplification of indivi...
In this paper, a microwave frequency comb (MFC) is generated from a semiconductor laser subject to o...
[[abstract]]We numerically investigate high-frequency microwave signal generation utilizing a double...
[[abstract]]We propose and study photonic generation of broadly tunable microwave signals utilizing ...
Highly stable optical frequency combs (OFCs), particularly those generated by modelocked lasers, hav...
Abstract – The ability of a frequency comb from a femtosecond mode-locked laser to faithfully reprod...
This thesis is concerned with the synthesis of a large number of optical carriers with high frequenc...
In this paper, we show recent results in the use of stabilized optical frequency combs from mode-loc...
[[abstract]]Microwave frequency combs are generated by optically injecting a semiconductor laser (sl...
Optical frequency combs (OFCs) can generate a wide bandwidth of regularly spaced modes with high fre...
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