(Top Left) Heatmap of the mean seasonal variations for the very near surface of Europa (x 1 µm) as function of albedo and latitude. (Bottom) Interpolation of the seasonal variations
(Top Left) Heatmap of the mean seasonal variations for the very near surface of Europa (x 1 µm) as function of albedo and latitude. (Bottom) Interpolation of the seasonal variations
Keith’s note: this just came out of my head as a stream of inter-related events. Some times I feel like Forrest Gump. Other times I am in Luke Skywalker mode.
Overview of the chemical elements detected in the transmission spectra of Ultra-Hot Jupiters (UHJ). Planets are ordered by decreasing equilibrium temperature. WASP-33 b is a more challenging target due to
The HPF-SpecMatch spectra fit results for order index 5. Top: two plots showing the five best-fit stars (red) selected to compose the spectra. The size and transparency of these five
Displaying the sudden change in spectral features for oxygen-rich atmospheric spectra. Type B atmospheres spectra do not show any CH4 features, as do type C which are extremely oxygen-rich. Both
Phosphorus abundances as a function of fundamental stellar parameters for all sample stars. Upper panel: Phosphorus abundance as a function of Teff. Lower panel: Phosphorus abundance as a function of
Overview of the CHEOPS operational chain. The ground segment components, MOC and SOC, are represented by coloured boxes. The orange arrows describe the weekly operations from reviewing and ingesting the
Transformations between the ORF (blue), SRF (orange), and BRF (green), with Euler angles. The SRF and the BRF are both rotating frames, with ZS the spin axis of Venus and
State of the Cryosphere Report 2024 In the State of the Cryosphere 2024 – Lost Ice, Global Damage report, over 50 leading cryosphere scientists warn of vastly higher impacts and
Disk reflectance spectra at different stellocentric distances. a, The disk reflectance spectra at 80- 90 au (region 1, yellow), 90-105 au (region 2, orange), and 105-120 au (region 3, cyan),