Hello, world! I’m Mike Bramble and I am a PhD candidate in the Planetary Geoscience doctoral program at Brown University. I apply remote sensing techniques to quantify planetary chemical and physical properties and investigate surface processes.
- Using laboratory experiments to constrain how infrared emissivity spectra alter due to near-surface thermal gradients produced on airless bodies
- Investigating the infrared spectral characteristics of the ordinary chondrites when measured at cold and vacuum conditions as an analog for the regolith of S-type asteroids.
- Applying findings from non-ambient laboratory spectroscopic studies to advance our ability to predict asteroid orbital evolution
- Remote characterization of the regional context of the Jezero crater landing site for the Mars 2020 rover
- Quantitative stratigraphic analysis of morphological surface features at Nili Fossae and Libya Montes, Mars using high spatial resolution orbital imagery
I’m a planetary scientist and spectroscopist, and I apply laboratory experiments and remote sensing techniques to quantify planetary chemical and physical properties and investigate surface processes. My research focuses on the advancement of quantitative analytical techniques in the geological sciences. In particular, advancing our ability to interpret thermal infrared data of airless planetary surfaces. Additionally, using orbital spectroscopic and image data, I investigate the geological history of Noachian Mars.
My interests span a wide breadth, and include the topics planetary science and exploration, mineralogy and geochemistry, and analytical techniques in the physical sciences. Wider subject areas I personally find interesting include physics, history, aviation, Middle-earth, and baroque music.
Department of Earth, Environmental, and Planetary Sciences
324 Brook St.
Providence, RI 02912
email: michael_bramble [at] brown [dot] edu
office: Lincoln Field Building Room 119
voicemail: +1 (626) 817-6715
links: Google Scholar / Research Gate / Astrophysics Data System / ORCID