Fine-pitch ferroelectric domain gratings are extensively used for generation of light in the visible and near-infrared spectral regions through quasi-phase matched (QPM) frequency conversion. Sub-μm QPM devices enables demonstration of nonlinear optics with counterpropagating waves, a field of nonlinear optics which remains sparsely explored due to the difficulty of fabricatinghigh quality gratings. In recent years, bulk Rb-doped KTiOPO4 (RKTP) has emerged as a highly promising nonlinear materials for fabrication of fine-pitch QPM devices through periodic electric-field poling. RKTP possesses large optical nonlinearity and high resistance to optical damage, while demonstrating improved material homogeneity and lower ionic conductivity than ...
Nonlinear optical frequency conversion is the key technology for modifying laser output radiation, i...
Nonlinear optics converting the frequency range of laser sources to ultraviolet, visible, infrared o...
Nonlinear optics converting the frequency range of laser sources to ultraviolet, visible, infrared o...
Fine-pitch ferroelectric domain gratings are extensively used for generation of light in the visible...
Even though KTiOPO4 (KTP) is considered to be one of the best nonlinear materials for quasi phase ma...
Abstract Nonlinear interactions involving counterpropagating photons are gaining much attention in c...
Abstract Nonlinear interactions involving counterpropagating photons are gaining much attention in c...
This thesis deals with the fabrication and the characterization of periodically-poled crystals for u...
This thesis deals with the fabrication and the characterization of periodically-poled crystals for u...
This thesis explores the use of nonlinear crystals from theKTiOPO4(KTP) family with the aim to exten...
International audiencePeriodically-poled ferroelectric crystals proved to be the most promising tech...
Optical parametric oscillators (OPOs) and optical parametricamplifiers (OPAs) constitute a class of ...
Optical parametric oscillators (OPOs) and optical parametricamplifiers (OPAs) constitute a class of ...
Nonlinear optical frequency conversion is the key technology for modifying laser output radiation, i...
Optical parametric oscillators (OPOs) and optical parametricamplifiers (OPAs) constitute a class of ...
Nonlinear optical frequency conversion is the key technology for modifying laser output radiation, i...
Nonlinear optics converting the frequency range of laser sources to ultraviolet, visible, infrared o...
Nonlinear optics converting the frequency range of laser sources to ultraviolet, visible, infrared o...
Fine-pitch ferroelectric domain gratings are extensively used for generation of light in the visible...
Even though KTiOPO4 (KTP) is considered to be one of the best nonlinear materials for quasi phase ma...
Abstract Nonlinear interactions involving counterpropagating photons are gaining much attention in c...
Abstract Nonlinear interactions involving counterpropagating photons are gaining much attention in c...
This thesis deals with the fabrication and the characterization of periodically-poled crystals for u...
This thesis deals with the fabrication and the characterization of periodically-poled crystals for u...
This thesis explores the use of nonlinear crystals from theKTiOPO4(KTP) family with the aim to exten...
International audiencePeriodically-poled ferroelectric crystals proved to be the most promising tech...
Optical parametric oscillators (OPOs) and optical parametricamplifiers (OPAs) constitute a class of ...
Optical parametric oscillators (OPOs) and optical parametricamplifiers (OPAs) constitute a class of ...
Nonlinear optical frequency conversion is the key technology for modifying laser output radiation, i...
Optical parametric oscillators (OPOs) and optical parametricamplifiers (OPAs) constitute a class of ...
Nonlinear optical frequency conversion is the key technology for modifying laser output radiation, i...
Nonlinear optics converting the frequency range of laser sources to ultraviolet, visible, infrared o...
Nonlinear optics converting the frequency range of laser sources to ultraviolet, visible, infrared o...