Design and resonator-assisted characterization of high-performance lithium niobate waveguide crossings 

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

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Material Science

100
Characterization Material Science
100
Resonator Material Science
100
Waveguide Material Science
100
Lithium Niobate Material Science
60
Thin Films Material Science
40
Electronic Circuit Material Science
20
Devices Material Science
20
Interferometer Material Science
20
Layout Design Material Science

Keyphrases

100
High Performance Keyphrases
100
Resonator Keyphrases
100
Lithium Niobate Wav... Keyphrases
100
Waveguide Crossing Keyphrases
60
Lithium Niobate Keyphrases
20
Layout Design Keyphrases
20
Low Loss Keyphrases
20
Characterization Te... Keyphrases
20
Insertion Loss Keyphrases
20
Design Flexibility Keyphrases
20
Photonic Circuits Keyphrases
20
Low Crosstalk Keyphrases
20
Passive Component Keyphrases
20
Loss Measurement Keyphrases
20
Measurement Uncerta... Keyphrases
20
Efficient Character... Keyphrases
20
Multimode Interfero... Keyphrases
20
Cutback Keyphrases
20
Optica Keyphrases
20
Photonic Integrated... Keyphrases

INIS

100
design INIS
100
performance INIS
100
resonators INIS
100
lithium INIS
100
waveguides INIS
100
niobates INIS
60
losses INIS
60
thin films INIS
60
routing INIS
20
anisotropy INIS
20
devices INIS
20
flexibility INIS
20
interferometers INIS
20
integrated circuits INIS

Physics

100
Waveguide Physics
100
Resonator Physics
100
Performance Physics
100
Lithium Physics
60
Thin Films Physics
20
Interferometer Physics
20
Flexibility Physics
20
Photonic Integrated... Physics
20
Photonics Physics
Research OutputsResearch Output authored by Design and resonator-assisted characterization of high-performance lithium niobate waveguide crossings  is tagged with the concept