Physics
Gravitational Microlensing
100%
Photometry
84%
Light Curve
67%
Gamma-Ray Burst
64%
Planetary System
56%
High Resolution
54%
Parallax
49%
Hot Jupiters
48%
Extrasolar Planet
48%
Near Infrared
35%
Afterglow
32%
Spectrographs
32%
Coma
32%
Globular Cluster
32%
Gas Giant Planet
32%
Ephemerides
24%
Planet Formation
24%
Observatory
21%
Proper Motion
20%
Galactic Bulge
19%
Spectrometer
18%
Stellar Surfaces
16%
Mass Measurement
16%
Transmission Spectrum
16%
Photometer
16%
Deep Learning Method
16%
Galactic Center
16%
Mass Ratio
16%
Radial-Velocity Method
16%
Theoretical Model
16%
Chromosphere
16%
Very Large Telescope
16%
Stellar Mass
16%
Asteroseismology
16%
Convective Zones
16%
Brown Dwarf
16%
Variable Star
16%
Gravitational Lensing
16%
Machine Learning
16%
Data Quality
16%
Optical Telescopes
16%
X Ray
15%
Keyphrases
Microlensing
67%
Light Curves
51%
Hot Jupiters
40%
Follow-up Observation
37%
Gamma-ray Bursts
36%
Precision Photometry
35%
Parallax
33%
Physical Properties
32%
Electron multiplying Charge-coupled Devices
32%
Planetary Systems
32%
Two-color
32%
Afterglow
28%
Microlens
28%
Photometry
28%
Lucky Imaging
27%
Gas Giants
24%
Giant Planets
24%
Obliquity
24%
Image Observation
24%
Optical Afterglow
20%
High Frame Rate Imaging
19%
Globular Clusters
19%
Coma
19%
Host Galaxy
18%
High-resolution
18%
Transmission Spectrum
16%
Galactic Disks
16%
Binary System
16%
Short gamma-ray Bursts
16%
Bulge
16%
Space-based
16%
Asteroseismology
16%
Chromospheric Activity
16%
Near-infrared
16%
Rotation Period
16%
Neptune
16%
Ground-based Data
16%
Cosmic Dawn
16%
Photon Counting
16%
Parameter Space
16%
Chromosphere
16%
Mass Measurement
16%
High-resolution Imaging
16%
Southern Hemisphere
16%
Electron multiplying CCD
16%
Gravitational Lens
16%
Exoplanet Transit
16%
Brown Dwarfs
16%
Breadboard
16%
Planet Formation
16%
