All-optical mode switching with a graphene-buried polymer waveguide directional coupler

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

Fingerprint

???publication_fingerprints_help???

Material Science

100
Waveguide Material Science
100
Polymers Material Science
100
Graphene Material Science
28
Devices Material Science
14
Switch Material Science
14
Control Component Material Science

Keyphrases

100
Optical Modes Keyphrases
100
All-optical Keyphrases
100
Waveguide Direction... Keyphrases
100
Polymer Waveguides Keyphrases
100
Graphene Keyphrases
100
Mode Switching Keyphrases
28
Pump Absorption Keyphrases
28
Signal Loss Keyphrases
28
Induced Signal Keyphrases
14
Pumping Power Keyphrases
14
Switching Time Keyphrases
14
Higher Order Mode Keyphrases
14
Fundamental Mode Keyphrases
14
Control Device Keyphrases
14
Extinction Ratio Keyphrases
14
Low Power Keyphrases
14
Photothermal Effect Keyphrases
14
Signal Lights Keyphrases
14
All-optical Control Keyphrases
14
Asymmetric Directio... Keyphrases
14
Pump Light Keyphrases
14
Polarization Signal Keyphrases

INIS

100
polymers INIS
100
waveguides INIS
100
optical modes INIS
100
graphene INIS
57
pumps INIS
42
devices INIS
42
signals INIS
28
absorption INIS
28
losses INIS
28
power INIS
14
asymmetry INIS
14
control INIS
14
length INIS
14
switches INIS

Engineering

100
Directional Coupler Engineering
100
Optical Mode Engineering
100
Polymer Waveguide Engineering
100
Graphene Engineering
28
Loss Engineering
28
Actuator Engineering
14
Realization Engineering
14
Extinction Ratio Engineering
14
Switching Time Engineering
14
Fundamental Mode Engineering
14
Pump Power Engineering
14
Signal Light Engineering
14
Pump Light Engineering
14
Polarized Signal Engineering
Research OutputsResearch Output authored by All-optical mode switching with a graphene-buried polymer waveguide directional coupler is tagged with the concept