Add to ORKGThe authors report phase-matched second harmonic generation using the modal dispersion of a polymeric channel waveguide. An internal figure of merit of 1%/Wcm2 was obtained for TM00ω to TM202ω conversion. Phase matching was maintained for 2 mm using multilayer spincoating technology
Modal dispersion phase-matched second harmonic generation is demonstrated in new poled polymer waveg...
Second harmonic generation (SHG) is getting renewed attention through possible applications to all-o...
Phase-matched second harmonic generation over 7 mm is demonstrated using the modal dispersion of a c...
The authors report phase-matched second harmonic generation using the modal dispersion of a polymeri...
The authors report phase-matched second harmonic generation using the modal dispersion of a polymeri...
The authors report phase-matched second harmonic generation using the modal dispersion of a polymeri...
Phase matching with use of modal dispersion typically requires excellent control of the waveguide th...
Phase matching with use of modal dispersion typically requires excellent control of the waveguide th...
This paper demonstrates phase-matched SHG in a channel waveguide made of 4-dimethylamino-4\u27-nitro...
Modal dispersion phase-matched second harmonic generation is demonstrated in new polymer waveguides ...
Modal Dispersion Phase Matching appears to be currently much better adapted to parametric mixing in ...
New multilayer polymer waveguides have been introduced with inverted nonlinear layers for efficient ...
New multilayer polymer waveguides have been introduced with inverted nonlinear layers for efficient ...
New multilayer polymer waveguides have been introduced with inverted nonlinear layers for efficient ...
New multilayer polymer waveguides have been introduced with inverted nonlinear layers for efficient ...
Modal dispersion phase-matched second harmonic generation is demonstrated in new poled polymer waveg...
Second harmonic generation (SHG) is getting renewed attention through possible applications to all-o...
Phase-matched second harmonic generation over 7 mm is demonstrated using the modal dispersion of a c...
The authors report phase-matched second harmonic generation using the modal dispersion of a polymeri...
The authors report phase-matched second harmonic generation using the modal dispersion of a polymeri...
The authors report phase-matched second harmonic generation using the modal dispersion of a polymeri...
Phase matching with use of modal dispersion typically requires excellent control of the waveguide th...
Phase matching with use of modal dispersion typically requires excellent control of the waveguide th...
This paper demonstrates phase-matched SHG in a channel waveguide made of 4-dimethylamino-4\u27-nitro...
Modal dispersion phase-matched second harmonic generation is demonstrated in new polymer waveguides ...
Modal Dispersion Phase Matching appears to be currently much better adapted to parametric mixing in ...
New multilayer polymer waveguides have been introduced with inverted nonlinear layers for efficient ...
New multilayer polymer waveguides have been introduced with inverted nonlinear layers for efficient ...
New multilayer polymer waveguides have been introduced with inverted nonlinear layers for efficient ...
New multilayer polymer waveguides have been introduced with inverted nonlinear layers for efficient ...
Modal dispersion phase-matched second harmonic generation is demonstrated in new poled polymer waveg...
Second harmonic generation (SHG) is getting renewed attention through possible applications to all-o...
Phase-matched second harmonic generation over 7 mm is demonstrated using the modal dispersion of a c...