Keyphrases
Collaborative Research
100%
Scientific Collaboration
100%
Thermal Noise
100%
Mirror Coatings
80%
Elastic Losses
60%
Advanced LIGO
40%
Low Loss
40%
AlGaAs
40%
Quantum Noise
40%
Gravitational Wave Astronomy
40%
Amorphous Metal Oxides
40%
3rd Generation
40%
Mechanical Loss
40%
Amorphous Coating
40%
Residual Noise
20%
Ultra-thin Glass
20%
Gravitational Waves
20%
Gravitational Wave Detectors
20%
Noise Source
20%
Coating Characterization
20%
Jitter Noise
20%
Operations Research
20%
Low Mechanical Loss
20%
Detection Rate
20%
Structural Motif
20%
Seismic Noise
20%
Loss Reduction
20%
Cryogenic Operation
20%
Light Noise
20%
Detector Design
20%
Germanium
20%
First Finding
20%
Diverse Communities
20%
Black Hole Coalescence
20%
GeO2
20%
Atomic Structure
20%
Mechanical Dissipation
20%
Crystalline Coating
20%
High-temperature Annealing
20%
Deposition Methods
20%
Structured Materials
20%
Thermo
20%
Group Work
20%
Test Form
20%
Used Material
20%
Doped Materials
20%
Impact Review
20%
Test Mass
20%
Low Optical Loss
20%
Multi-messenger Astronomy
20%
Binary Neutron Stars
20%
Review Criteria
20%
Research Mission
20%
High Refractive Index
20%
Macroscopic Material
20%
Order of Magnitude
20%
Coating Deposition
20%
Nanolayers
20%
Amorphous Oxide Film
20%
Crystallization
20%
Faint Object
20%
Material Properties
20%
Computational Modeling
20%
Black Hole Mergers
20%
Room Temperature
20%
Silica
20%
Material Science
Amorphous Material
100%
Aluminium Gallium Arsenide
66%
Amorphous Metal
66%
Crystalline Material
66%
Metal Oxide
66%
Mechanical Strength
33%
Atomic Structure
33%
Optical Loss
33%
Oxide Film
33%
Film
33%
Materials Property
33%
Germanium
33%
Refractive Index
33%
Silicon Dioxide
33%
Annealing
33%
Engineering
Thermal Noise
100%
Mechanical Loss
40%
Aluminium Gallium Arsenide
40%
Amorphous Coating
40%
Amorphous Oxide
20%
Refractive Index
20%
Coating Deposition
20%
Crystalline Coating
20%
Time Domain
20%
Loss Reduction
20%
Optical Loss
20%
Oxide Film
20%
Residual Noise
20%
Noise Source
20%
Room Temperature
20%