Fully Programmable Ring-Resonator-Based Integrated Photonic Circuit for Phase Coherent Applications

Research output: Journal Publications and Reviews (RGC: 21, 22, 62) › 21_Publication in refereed journal › peer-review

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Engineering & Materials Science

81
Photonics Engineering & Materials S...
81
Code division multi... Engineering & Materials S...
75
Resonators Engineering & Materials S...
57
Wavelength division... Engineering & Materials S...
35
Phase control Engineering & Materials S...
30
Optical communicati... Engineering & Materials S...
29
Laser modes Engineering & Materials S...
28
Multiplexing Engineering & Materials S...
27
Bit error rate Engineering & Materials S...
24
Signal processing Engineering & Materials S...
23
Demonstrations Engineering & Materials S...
20
Polarization Engineering & Materials S...
19
Bandwidth Engineering & Materials S...
16
Lasers Engineering & Materials S...

Physics & Astronomy

Engineering

100
code division multi... Physics & Astronomy
65
resonators Physics & Astronomy
33
decoders Physics & Astronomy
25
optical communicati... Physics & Astronomy
19
bandwidth Physics & Astronomy
16
high resolution Physics & Astronomy

Physics

62
photonics Physics & Astronomy
61
wavelength division... Physics & Astronomy
30
bit error rate Physics & Astronomy
28
multiplexing Physics & Astronomy
15
polarization Physics & Astronomy

General

49
rings Physics & Astronomy
35
phase control Physics & Astronomy
30
coders Physics & Astronomy
27
compatibility Physics & Astronomy
24
signal processing Physics & Astronomy
21
chips Physics & Astronomy
Research OutputsResearch Output authored by Fully Programmable Ring-Resonator-Based Integrated Photonic Circuit for Phase Coherent Applications is tagged with the concept