Planet Hunters | Determining the mass and radius of a transiting planet (TIC 55525572) Episode 40 @PlanetHuntersCoffee | Uploaded 2 years ago | Updated 1 hour ago
Hello and welcome to our 40th episode of Coffee Chat! Thank you for sticking with us - an extra special shout-out to those of you who've asked questions and contributed to the TESS Talk Forum.
Today, we're looking at Nora's favourite TIC ID (TIC55525572) and using what we've learned in the last two episodes to determine a transiting planet's mass and radius.
This video will make more sense if you've already watched episodes 38 and 39. If you haven't already, go back and watch them now.
Episode 38 on radial velocity: youtu.be/yjliMlCkzv0
Episode 39 on asteroseismology: youtu.be/bd33Ku5BJn4
To follow along with this episode, download the code from our website here: https://www.planethunters.coffee/steps-to-identifying-a-planet
You can get radial velocity data from the ESO Archive here: http://archive.eso.org/cms.html
For the star's mass, head to ExoFOP: https://exofop.ipac.caltech.edu/tess/
As always, if you have any questions about Planet Hunters or this series, check out the Planet Hunters TESS Talk forum: zooniverse.org/projects/nora-dot-eisner/planet-hunters-tess
Or feel free to ask questions in the comments, we answer as many as we can. Don't forget to like and subscribe :)
If this is the first of our videos you've found, go back and listen to episode 1 now: youtu.be/HHRbAdCHLT8
Hello and welcome to our 40th episode of Coffee Chat! Thank you for sticking with us - an extra special shout-out to those of you who've asked questions and contributed to the TESS Talk Forum.
Today, we're looking at Nora's favourite TIC ID (TIC55525572) and using what we've learned in the last two episodes to determine a transiting planet's mass and radius.
This video will make more sense if you've already watched episodes 38 and 39. If you haven't already, go back and watch them now.
Episode 38 on radial velocity: youtu.be/yjliMlCkzv0
Episode 39 on asteroseismology: youtu.be/bd33Ku5BJn4
To follow along with this episode, download the code from our website here: https://www.planethunters.coffee/steps-to-identifying-a-planet
You can get radial velocity data from the ESO Archive here: http://archive.eso.org/cms.html
For the star's mass, head to ExoFOP: https://exofop.ipac.caltech.edu/tess/
As always, if you have any questions about Planet Hunters or this series, check out the Planet Hunters TESS Talk forum: zooniverse.org/projects/nora-dot-eisner/planet-hunters-tess
Or feel free to ask questions in the comments, we answer as many as we can. Don't forget to like and subscribe :)
If this is the first of our videos you've found, go back and listen to episode 1 now: youtu.be/HHRbAdCHLT8
