Efficient erbium-doped thin-film lithium niobate waveguide amplifiers

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

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Material Science

100
Thin Films Material Science
100
Waveguide Material Science
100
Lithium Niobate Material Science
100
Erbium Material Science
14
Electronic Circuit Material Science
14
Lithography Material Science
14
Crystal Growth Material Science

Keyphrases

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Lithium Niobate Wav... Keyphrases
100
Waveguide Amplifier Keyphrases
100
Erbium-doped Keyphrases
100
Doped Thin Films Keyphrases
100
Thin-film Lithium N... Keyphrases
100
Lithium Niobate on ... Keyphrases
50
Waveguide Keyphrases
25
Ion-cutting Keyphrases
25
Pumping Power Keyphrases
25
Crystal Growth Keyphrases
25
Lithium Niobate Keyphrases
25
On chip Keyphrases
25
Integrated Photonic... Keyphrases
25
Optical Communicati... Keyphrases
25
Net Gain Keyphrases
25
Doped Crystals Keyphrases
25
Microwave Photonics Keyphrases
25
Photonic Platform Keyphrases
25
Nonlinear Optics Keyphrases
25
Waveguide Fabricati... Keyphrases
25
Active Waveguide Keyphrases
25
Signal Lights Keyphrases
25
Photonic Integrated... Keyphrases
25
Ion Lithography Keyphrases

INIS

100
doped materials INIS
100
thin films INIS
100
lithium INIS
100
waveguides INIS
100
erbium INIS
100
amplifiers INIS
100
niobates INIS
28
compacts INIS
14
power INIS
14
ions INIS
14
fabrication INIS
14
pumps INIS
14
signals INIS
14
gain INIS
14
microwave radiation INIS
14
crystal growth INIS
14
nonlinear optics INIS
14
integrated circuits INIS

Physics

100
Waveguide Physics
100
Thin Films Physics
100
Erbium Physics
28
Photonics Physics
14
Optical Communicati... Physics
14
Photonic Integrated... Physics
14
Microwave Photonics Physics
14
Doped Crystal Physics
14
Nonlinear Optics Physics
14
Crystal Growth Physics
Research OutputsResearch Output authored by Efficient erbium-doped thin-film lithium niobate waveguide amplifiers is tagged with the concept