WASP Planets

Transiting exoplanets from the Wide Angle Search for Planets

Skip to content
  • Home
  • About
  • Naming
  • Status
  • WASP Planets
  • Story of WASP
  • Papers
  • Technical
    • Images

Katy Chubb on aluminium oxide in WASP-43b’s atmosphere

Thread by @katychubb (Dr Katy Chubb, SRON, Utrecht) about WASP-43b (paper):

Related

This entry was posted in exoplanet atmospheres, WASP planets and tagged aluminium oxide, Katy Chubb, WASP-43b on July 1, 2020 by waspplanets.

Post navigation

← Tidal inflation explains bloated exoplanet envelopes First results from ESA’s Cheops: WASP-189b →

Recent Posts

  • Hot Jupiters often have polar orbits
  • Aerosol particles make WASP-69b’s atmosphere hazy
  • CHEOPS observations of WASP transits
  • Does it really rain iron on WASP-76b?
  • Iron in the atmosphere of the ultra-hot-Jupiter WASP-33b
  • The spectrum of hot Jupiter WASP-79b
  • No clouds on the dayside of WASP-43b
  • Weather on ultra-hot-Jupiter WASP-121b?

WASP planet papers

Search ADS for latest WASP papers

Enter your email address to follow this blog and receive notifications of new posts by email.

Contact

waspplanets@gmail.com
Twitter: @WASPplanets

Categories

  • exoplanet atmospheres
  • Exoplanet formation
  • exoplanets
  • HATnet planets
  • Hot Jupiters
  • Hot Neptunes
  • Hubble Space Telescope
  • James Webb Space Telescope
  • K2 planets
  • KELT planets
  • Kepler planets
  • Solar System
  • TESS
  • Uncategorized
  • WASP planets
  • WASP project

Tags

  • albedo
  • aluminium oxide
  • Amaury Triaud
  • BBC
  • brown dwarfs
  • Cheops
  • clouds
  • companion planets
  • Coralie
  • ESPRESSO
  • Euler
  • exomoons
  • exoplanet discovery
  • exoplanet names
  • exoplanets
  • exoplanet transits
  • helium
  • Hot Jupiter
  • Hubble Space Telescope
  • IAU
  • irradiation
  • JWST
  • K2
  • Keck
  • Kepler
  • Laura Kreidberg
  • magnetic activity
  • MASCARA
  • metallicity
  • Michel Mayor
  • NASA
  • occultation
  • orbital decay
  • orbital obliquity
  • orbital period decay
  • period change
  • phase curve
  • planet formation
  • RAS
  • Rossiter-McLaughlin effect
  • Sodium
  • Spitzer
  • Spitzer Space Telescope
  • starspots
  • stratosphere
  • super-Earths
  • Telescopio Nazionale Galileo
  • tidal damping
  • tidal decay
  • tidal interaction
  • transit
  • transit depth
  • transits
  • transit times
  • transit timing
  • transmission spectroscopy
  • TRAPPIST
  • TTVs
  • Ultra-hot Jupiters
  • Vivien Parmentier
  • VLT
  • WASP-4b
  • WASP-6b
  • WASP-8b
  • WASP-10
  • WASP-10b
  • WASP-12b
  • WASP-17b
  • WASP-18
  • WASP-18b
  • WASP-19b
  • WASP-22
  • WASP-31b
  • WASP-33b
  • WASP-36b
  • WASP-39b
  • WASP-43b
  • WASP-47
  • WASP-53
  • WASP-62b
  • WASP-67b
  • WASP-68b
  • WASP-69b
  • WASP-76b
  • WASP-79b
  • WASP-85
  • WASP-100b
  • WASP-103b
  • WASP-104b
  • WASP-107b
  • WASP-121b
  • WASP-126b
  • WASP-127b
  • WASP-148
  • WASP-148b
  • WASP-148c
  • WASP-166b
  • WASP-189
  • WASP-South
  • water

Archives

Blogroll

  • CHEOPS
  • EChO
  • Exoplanet.eu
  • Exoplanets.org
  • Kepler
  • NGTS
  • SWEET-Cat
  • TEPCat
  • TESS
  • Twinkle

Archive

WASP archive @NASA
Blog at WordPress.com.
 

Loading Comments...