Natasha Latouf
@nertushka.bsky.social
🇸🇾 • Astrophysics PhD Candidate studying exoplanet atmospheres at @NASAGoddard FINESST • @NSF GRFP Fellow • Co-Founder of @spectrum_gmu • she/her • IG @nertushka • http://tx.ag/natasha
AHH thanks for stopping by!! Love seeing people love BARBIE 💕
December 12, 2024 at 11:40 PM
AHH thanks for stopping by!! Love seeing people love BARBIE 💕
💕💕💕 thanks for stopping by!! BARBIE always wins 💪
December 12, 2024 at 11:38 PM
💕💕💕 thanks for stopping by!! BARBIE always wins 💪
Reposted by Natasha Latouf
Curious about how I found these results? Of course you are, it's fascinating, so go check out my paper! Contact me with any questions, comments, or suggestions. Thanks Barbies! 🩷
August 2, 2023 at 7:44 PM
Curious about how I found these results? Of course you are, it's fascinating, so go check out my paper! Contact me with any questions, comments, or suggestions. Thanks Barbies! 🩷
We find that H2O can be detected down to 0.74 micron with moderate-SNR data at the upper end of presumed historical values, and H2O can be detected at 0.9 micron with low-SNR data.
August 2, 2023 at 7:44 PM
We find that H2O can be detected down to 0.74 micron with moderate-SNR data at the upper end of presumed historical values, and H2O can be detected at 0.9 micron with low-SNR data.
Using a grid of 1.4 million pre-computed geometric albedo spectra, calculated by Nick Susemiehl (also on arXiv today!! arxiv.org/abs/2308.00057), we study how SNR and varying abundance can impact the detectability of H2O on exoEarths
Grid-Based Atmospheric Retrievals for Reflected-Light Spectra of...
Techniques to retrieve the atmospheric properties of exoplanets via direct
observation of their reflected light have often been limited in scope due to
computational constraints imposed by the...
arxiv.org
August 2, 2023 at 7:43 PM
Using a grid of 1.4 million pre-computed geometric albedo spectra, calculated by Nick Susemiehl (also on arXiv today!! arxiv.org/abs/2308.00057), we study how SNR and varying abundance can impact the detectability of H2O on exoEarths