Cool Worlds
@coolworldslab·1.1M subscribers·269 videos
Peering Inside Exoplanets using "HARDCORE" | Gabrielle Suissa
Posted
May 11, 2018
Views
7,864
Likes
312
Comments
46
Engagement
4.55%
May 11, 2018
7,864
312
46
4.55%
Every word spoken in this episode is indexed. Type any phrase to jump straight to the moment it was said.
Type any word or phrase that may have been spoken. Click a result to seek the player to that exact moment.
Try a name, a topic, or a quoted line
9:13Now PlayingAt best, we typically only know the mass and radius of exoplanets. But really, when we find rocky planets we'd like to know whether their interiors are similar or dissimilar to that of the Earth. Conventionally, this is impossible, as there are simply too many possible models and just two measured quantities. In a new research paper from our group, the Cool Worlds Lab here at Columbia University, we think we've helped crack at least part of the problem. Our new model, called HARDCORE, is explained in this video by the lead author and rising senior undergraduate at Columbia, Gabrielle Suissa - enjoy!
::More about this Video::
► Suissa & Kipping (2018), "A HARDCORE model for constraining an exoplanet's core size", MNRAS, 476, 2613
► HARDCORE code is available at GitHub
► Columbia University Department of Astronomy
► Cool Worlds Lab website
► Outro music by 8bit Universe "Harder Better Faster Stronger [8 Bit Cover Tribute to Daft Punk]"
::Playlists For Channel::
Latest Cool Worlds Videos ►
Cool Worlds Research ►
Guest Videos ►
Q&A Videos ►
Tabby's Star ►
Science of TV/Film ►
::Follow us::
SUBSCRIBE to the channel
Cool Worlds Lab
THANKS FOR WATCHING!!
Sentinel Indexing in Progress
Metadata and chapters are available. Claim extraction for this episode is pending.
All video content is delivered via YouTube embedded players in accordance with the YouTube Terms of Service. Sentinel provides research tools that promote discovery and accountability across political media.
