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A high obliquity orbit for the hot-jupiter Hats-14b Transiting A 5400 K Star
G. Zhou
, D. Bayliss
, J. D. Hartman
, B. J. Fulton
, G. A. Bakos
, A. W. Howard
, H. Isaacson
, G. W. Marcy
, B. P. Schmidt
,
R. Brahm
,
A. Jordán
Research output
:
Contribution to journal
›
Article
›
peer-review
19
Scopus citations
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Dive into the research topics of 'A high obliquity orbit for the hot-jupiter Hats-14b Transiting A 5400 K Star'. Together they form a unique fingerprint.
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Keyphrases
Hot Jupiters
100%
Obliquity
100%
Korea Superconducting Tokamak Advanced Research (KSTAR)
100%
High Obliquity
100%
Spin Axis
66%
Host Star
66%
Novel Technique
33%
Low Signal-to-noise Ratio
33%
Misalignment
33%
Metallicity
33%
Noise Spectrum
33%
Orbital Period
33%
Rotational Velocity
33%
Keck
33%
Period Orbit
33%
Stellar Types
33%
INIS
stars
100%
orbits
100%
jupiter planet
100%
boron 14
100%
host
40%
spin
40%
velocity
40%
planets
40%
surfaces
20%
detection
20%
signals
20%
modeling
20%
precision
20%
noise
20%
spectra
20%
efficiency
20%
metallicity
20%
Physics
Hot Jupiters
100%
K Stars
100%
Metallicity
33%
G Dwarf Stars
33%
Noise Spectra
33%
Convective Envelopes
33%