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Seedlayer-Free Rare-Earth Garnet for TE Mode Waveguides
Karthik Srinivasan
, Thomas Gage
, Bethanie Stadler
University of Minnesota
Research output
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Contribution to conference
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Presentation
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Dive into the research topics of 'Seedlayer-Free Rare-Earth Garnet for TE Mode Waveguides'. Together they form a unique fingerprint.
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Keyphrases
Waveguide
100%
Garnet
100%
Rare-earth Garnet
100%
TE Mode
100%
Annealing
42%
Faraday Rotation
42%
Crystallization
28%
Thermal Processing
28%
Sidewall
28%
Better Performance
14%
Material Properties
14%
Peak Temperature
14%
Materials Processing
14%
Pulsed Laser Deposition
14%
Nonreciprocal Photonics
14%
Cerium-doped
14%
Terbium
14%
Rare-earth Iron Garnet
14%
Terbium Iron Garnet
14%
Integrated Photonics
14%
Seed Layer Free
14%
Ce-doped
14%
Wafer Bonding
14%
Annealing Process
14%
High-temperature Annealing
14%
Co-optimization
14%
Mode Structure
14%
Vacuum Deposition Methods
14%
Photonic Structures
14%
Photonic Devices
14%
Yttrium Iron Garnet
14%
Quenching Rate
14%
Seed Layer
14%
Vacuum Deposition
14%
Silicon Structure
14%
Growth Techniques
14%
Engineering
Waveguide
100%
Seed Layer
66%
Side Wall
66%
Thermal Processing
66%
Limitations
33%
Metrics
33%
Photonics
33%
Peak Temperature
33%
Pulsed Laser
33%
Annealing Process
33%
Quenching Rate
33%
Wafer Bonding
33%
Photonic Devices
33%
Yttrium-Iron Garnet
33%
Physics
Waveguide
100%
Faraday Effect
100%
Terbium
66%
Vacuum Deposition
66%
Photonics
33%
Cladding
33%
Yttrium-Iron Garnet
33%
Pulsed Laser Deposition
33%
Optical Device
33%
Cerium
33%
Material Science
Waveguide
100%
Garnet
100%
Terbium
18%
Vacuum Deposition
18%
Materials Property
9%
Silicon
9%
Cerium
9%
Annealing
9%
Yttrium
9%
Pulsed Laser Deposition
9%
Optical Device
9%
Material Processing
9%
Earth and Planetary Sciences
Garnet
100%
Faraday Effect
30%
Photonics
20%
Terbium
20%
Vacuum Deposition
20%
Pulsed Laser Deposition
10%
Yttrium-Iron Garnet
10%
Cerium
10%
Peak Temperature
10%