Physics
Extrasolar Planet
100%
Hot Jupiters
92%
Radial-Velocity Method
49%
Light Curve
40%
Photometry
35%
Extrasolar Gas Giants
34%
Metallicity
31%
Dwarf Stars
27%
Open Cluster
20%
Eclipsing Binary Star
20%
Mean Matter Density
19%
K Dwarf Stars
19%
M Dwarf Stars
18%
Circular Orbit
15%
G Dwarf Stars
12%
Atmospherics
12%
Eccentric Orbit
11%
F Star
10%
Automated Telescopes
10%
Low-Mass Star
10%
Variable Star
9%
K Stars
9%
Gas Giant Planet
9%
F Dwarf Stars
9%
Velocity Measurement
9%
Spectrographs
9%
Planetary System
9%
High Resolution
8%
G Stars
8%
Theoretical Model
8%
Planet Formation
6%
Planetary Atmosphere
6%
Planetary Mass
6%
Stellar Mass
6%
A Stars
5%
Exomoons
5%
Solar Mass
5%
Black Holes
5%
Stellar Activity
5%
Keyphrases
Hot Jupiters
66%
Transiting Planets
31%
Giant Planets
29%
Dwarf Stars
26%
Jupiter
24%
Metallicity
23%
Extrasolar Planets
23%
Orbital Period
23%
Radial Velocity
19%
Photometry
18%
Saturn
16%
Effective Temperature
15%
Transiting Exoplanet Survey Satellite
15%
Cm(III)
14%
Mean Density
12%
Neptune
12%
Light Curves
11%
Johannes Kepler
10%
Exoplanet Transit
10%
Exoplanets
10%
Gas Giants
10%
Planets and
10%
Metal-rich
10%
Equilibrium Temperature
9%
Eclipsing Binaries
9%
Close-in
9%
F Stars
9%
Radial Velocity Estimation
8%
Low-mass
8%
Low-mass Stars
8%
M Dwarfs
7%
Eccentric Orbits
7%
Bright Stars
7%
Open Clusters
7%
Follow-up Observation
7%
Circular Orbits
6%
Obliquity
6%
Variable Stars
6%
Transit Timing Variations
6%
Object of Interest
5%
Korea Superconducting Tokamak Advanced Research (KSTAR)
5%
Spin-orbit
5%
Transit Survey
5%
Atmospheric Characterization
5%
Frequency of Occurrence
5%
Stellar Masses
5%
M Dwarf Stars
5%
Galaxies
5%
G-type
5%
