Search Results for: Optical elements any material
associated with strong nonlinear responses. in fact, the entire field of ultrafast optics is unthinkable without nonlinear interactions of light with matter, starting with mode-locking of lasers, the process that generates ultrashort pulses in the first place, to the majority of their applications, from material
, this approach has led to the demonstration of multiple record-breaking lasers, such as the wave-breaking-free (opt. lett., ), the similariton (phys. rev. lett., ) and the soliton-similariton (nature photon., ) lasers. around , we have started applying what we learned from mode-locking to laser-material...
http://ultrafast.bilkent.edu.tr/
associated with strong nonlinear responses. in fact, the entire field of ultrafast optics is unthinkable without nonlinear interactions of light with matter, starting with mode-locking of lasers, the process that generates ultrashort pulses in the first place, to the majority of their applications, from material
, this approach has led to the demonstration of multiple record-breaking lasers, such as the wave-breaking-free (opt. lett., ), the similariton (phys. rev. lett., ) and the soliton-similariton (nature photon., ) lasers. around , we have started applying what we learned from mode-locking to laser-material...
http://web4.bilkent.edu.tr/ufolab/
associated with strong nonlinear responses. in fact, the entire field of ultrafast optics is unthinkable without nonlinear interactions of light with matter, starting with mode-locking of lasers, the process that generates ultrashort pulses in the first place, to the majority of their applications, from material
, this approach has led to the demonstration of multiple record-breaking lasers, such as the wave-breaking-free (opt. lett., ), the similariton (phys. rev. lett., ) and the soliton-similariton (nature photon., ) lasers. around , we have started applying what we learned from mode-locking to laser-material...
http://ultrafast.bilkent.edu.tr/UFOLAB/