My research involves discovering the chemistry in the atmospheres
of foreign worlds, called Exoplanets. Exoplanets that fortuitously pass between their host star and the Earth allow a tiny-tiny fraction of starlight to pass through their upper atmosphere, and we use this to unveil the physics on the diverse multitude of planets in our galaxy.
I am a Staff Research Scientist at
the Space Telescope Science Institute (STScI) working with both the NIRISS and NIRCam
instrument teams for the James Webb Space Telescope.
I investigate exoplanet atmospheres from the ground (Magellan) and space (Hubble).
At STScI, I study the efficacy of using the NIRISS and NIRCam instrument
on the soon-to-be launched James Webb Space Telescope.
By characterizing the detector before launch, we can optimize the use of the
NIRISS and NIRCam detectors for exoplanet, atmospheric observations.
I also make predictions for the best use of both the NIRISS and NIRCam instruments
to capture the primary goals of exoplanet atmospheric research, to constrain the planet
formation process in a greater context, to inform astrobiological studies and searches,
and to undersand our own existence in that framework.
Contact Information Space Telescope Science Institute
3700 San Martin Dr
Baltimore, MD 21218
Email: jfraine @ stsci . edu
Office: Rotunda East 209