[[abstract]]A distributed-feedback optical parametric amplifier allows idler-seeding without concerning Bragg-reflection loss. An oscillator of this type has both wavelength and mode selectivities. We have developed a coupled-wave theory for the gain and resonance of this new class of laser devices[[fileno]]2030114030013[[department]]電機工程學
Optical parametric oscillators are versatile devices for generating a tunable coherent radiation fro...
International audienceWe present a approach aimed at generalizing Parity-Time symmetry to mesoscopic...
Coupled Mode Theory analysis of a new architecture for coupled-resonance optical waveguide design is...
[[abstract]]We have derived a coupled-wave theory for optical parametric amplification and oscillati...
We introduce the notion of dissipative optical parametric amplifiers (DOPA) and demonstrate that, ev...
[[abstract]]We have developed the theory of a distributed-feedback optical-parametric oscillator pum...
This paper presents a theoretical analysis of self-doubling optical parametric oscillators (OPO's) w...
We present an analytical and numerical study of optical parametric amplification in coupled waveguid...
A formalism for describing optical parametric oscillation is developed. The theory is applied to the...
We present a broadly tunable highly efficient frequency conversion scheme, based on a low-threshold ...
[[abstract]]We successfully demonstrated a distributed-feedback optical parametric oscillation (DFB ...
This paper applies three-wave interaction (TWI)-soliton theory to optical parametric amplification w...
A study is made of distributed feedback lasers operating above threshold. A set of non-linear differ...
Synchronously-pumped Optical Parametric Oscillators (SPOPO) produce an output similar to that of a m...
We describe the basic ideas behind the concept of distributed feedback (DFB) lasers with short optic...
Optical parametric oscillators are versatile devices for generating a tunable coherent radiation fro...
International audienceWe present a approach aimed at generalizing Parity-Time symmetry to mesoscopic...
Coupled Mode Theory analysis of a new architecture for coupled-resonance optical waveguide design is...
[[abstract]]We have derived a coupled-wave theory for optical parametric amplification and oscillati...
We introduce the notion of dissipative optical parametric amplifiers (DOPA) and demonstrate that, ev...
[[abstract]]We have developed the theory of a distributed-feedback optical-parametric oscillator pum...
This paper presents a theoretical analysis of self-doubling optical parametric oscillators (OPO's) w...
We present an analytical and numerical study of optical parametric amplification in coupled waveguid...
A formalism for describing optical parametric oscillation is developed. The theory is applied to the...
We present a broadly tunable highly efficient frequency conversion scheme, based on a low-threshold ...
[[abstract]]We successfully demonstrated a distributed-feedback optical parametric oscillation (DFB ...
This paper applies three-wave interaction (TWI)-soliton theory to optical parametric amplification w...
A study is made of distributed feedback lasers operating above threshold. A set of non-linear differ...
Synchronously-pumped Optical Parametric Oscillators (SPOPO) produce an output similar to that of a m...
We describe the basic ideas behind the concept of distributed feedback (DFB) lasers with short optic...
Optical parametric oscillators are versatile devices for generating a tunable coherent radiation fro...
International audienceWe present a approach aimed at generalizing Parity-Time symmetry to mesoscopic...
Coupled Mode Theory analysis of a new architecture for coupled-resonance optical waveguide design is...