Understanding the Atmospheres of Hot Earths and the Impact on
Solar System Formation.
A collaborative research project funded by NASA through their
Experimental Program to Stimulate Competitive Research (EPSCoR).
The goals of the project are to determine the composition of atmospheres
of hot Earths and relate their composition to their formation process.
The science investigators are Dr. Bruce Fegley of Washington University of
St. Louis, Dr. Nathan Jacobson of NASA's Glenn Research Center, and Drs.
Dave Cornelison and Mike Reed of Missouri State University.
- The effort to model the atmospheres is being led by Dr. Bruce
Fegley.
- The effort to determine the optical properties of vaporized rocks
in the lab is led by Drs. Dave Cornelison
and Nathan Jacobson.
- Observations of hot extrasolar planets is being led by Dr. Mike
Reed.
Students are an important component of this research effort. They are
involved in all processes of the project.
- Denny Bosch: A Masters student concentrating on the lab
experiments.
- Nolan Ingersoll: An undergraduate student working on lab experiments.
- Shannon Dulz: An undergraduate student working on the observations
of extrasolar planets.
- Kent Mastroianni: An undergraduate student working on the observations
of extrasolar planets.
Resources for observations being obtained as
part of this project.
Information from the third collaboration meeting
held at NASA's Glenn Research Center during July of 2015.
Information from the second collaboration meeting
held at NASA's Ames Research Center during August of 2014.
Information from collaboration meeting held at
NASA's Glenn Research Center during August of 2013.
Students who have completed work on this project.
- Amanda Winans: An undergraduate student working on the observations
of extrasolar planets. Amanda has now gone on to graduate work in
astronomy at Indiana University. She was with us from June 2013 into
August 2014.
- Ethan Jackson: An undergraduate student working on the observations
of extrasolar planets. June-December 2013.
- Curtis Israel: An undergraduate student who worked on both lab experiments
and the MAGMA modeling code during summer 2013 and the 2013-2014 academic year.
He has gone to graduate school in biophysics.