Meet the ExoExplorers
Munazza Alam (she/her)
Research Area: I work on the detection and characterization of exoplanet atmospheres using Hubble and large ground-based telescopes. I am also interested in tracing giant planet origins via stellar abundance analyses.
Affiliation: Carnegie Earth & Planets Laboratory
Bio: I am a postdoctoral fellow at the Carnegie Earth & Planets Laboratory in Washington DC. I completed my Bachelors degree in physics & astronomy from CUNY Hunter College in 2016, and earned my PhD in astronomy & astrophysics from Harvard University in 2021. My work focuses on detecting and characterizing exoplanet atmospheres using observations from space-based and large ground-based telescopes. I am also interested in tracing giant planet origins via stellar abundance analyses. In my free time, I enjoy sketching, painting, and doing oil pastels.
Aida Behmard (she/her/hers)
Research Area: The chemical and dynamical evolution of planetary systems and their host stars
Affiliation: California Institute of Technology
Bio: I am a Planetary Science PhD student at Caltech, where I use observational and theoretical tools to investigate the chemistry of star and planet formation, exoplanet demographics, and galactic archaeology. I am also passionate about science outreach, and volunteer as a K-2nd grade science teacher at underserved Pasadena, CA public schools. When I'm not doing science, I like to hang out with my cat, Interstellar Medium ("Izzy" for short).
Kiersten Boley (she/her)
Research Area: Planet occurrence with respect to metallicity and Mass-Radius Relationships
Affiliation: The Ohio State University
Bio: Hello! I am a Ph.D. Candidate and NSF Graduate Research Fellow at The Ohio State University where my research focuses on the impacts of elemental abundances on planet formation and evolution. I grew up in a rural part of northwest Georgia. I always thought space was fascinating and that the night sky was beautiful, but I was really more into playing with dirt and problem solving. So, it only seems fitting that I would become an exoplaneteer, encapsulating my true loves science and dirt. Diversity, equity, and inclusion (DEI) work is something than I am also extremely passionate about, so a lot of my time is spent giving back to the community. When I’m not doing research or DEI work, I love scuba diving, painting, and playing with my pup!
Aarynn Carter (he/him)
Research Area: Detection and Characterisation of Exoplanets with JWST
Affiliation: University of California, Santa Cruz
Bio: I am a post-doctoral scholar at the University of California, Santa Cruz. I was born in the United Kingdom and prior to relocating to the US I completed an MPhys at the University of Warwick, and a PhD in Physics at the University of Exeter. At present I am heavily involved with preparatory work for the exoplanet focused JWST Early Release Science programs. I am also excited for a range of JWST Cycle 1 GO programs I am involved with to detect and/or characterise exoplanets through direct imaging.
Quadry Chance (he/him)
Research Area: investigating exoplanet system architectures and the underlying formation pathways using a combination of simulations and observational data
Affiliation: University of Florida
Matt Clement (he/him)
Research Area: My research leverages orbital dynamics, in tandem with numerical simulations to decipher the formation and evolution of planetary systems.
Affiliation: Carnegie Institution for Science's Earth and Planets Laboratory
Bio: I am an astrophysicist and planetary scientist at the Carnegie Institution for Science's Earth and Planets Laboratory (EPL) in Washington D.C. (formerly Carnegie DTM). I attended graduate school at the University of Oklahoma, where I worked with professor Nate Kaib. During graduate school I also spent a semester Bordeaux, France working with CNRS scientist Sean Raymond as part of the Chateaubriand Fellowship program. My research interests include the formation and dynamical evolution of planetary systems. In particular, I utilize N-body simulations to study the early evolution of the solar system. While much of my past research has been focused on the formation of the solar system’s terrestrial planets, I have recently become interested in habitability around low-mass stars. Prior to graduate school, I spent 5 years on active duty in the Navy, where I was stationed on the fast attack submarine USS TOPEKA (SSN-754). I first served as the ship's Chemistry and Radiological Controls Officer, and later as the Assistant Engineer. I was also a qualified Navy Scuba Diver. A highlight of this experience was surfacing through the polar ice and walking around at the North Pole during an arctic deployment.
Leonardo dos Santos (he/him)
Research Area: Exoplanet atmospheres and evolution
Affiliation: Space Telescope Science Institute
Bio: I started my astronomical career back in my hometown in Brazil, and have since lived, studied, and worked in Netherlands, Switzerland, and the US. I fell in love with exoplanet science when I was working on radial velocities of binary stars, and have gradually moved to peering into exoplanet atmospheres with space- and ground-based spectrographs. More recently I have also dipped my toes in theoretical modeling. I am mostly interested in understanding the history of atmospheric escape and composition in hot or young planets, and ultimately its ties to habitability.
Alison Farrish (she/her)
Research Area: Simulation of exoplanet host star magnetic activity
Affiliation: Goddard Space Flight Center
Bio: I am a NASA Postdoctoral Program (NPP) fellow at Goddard Space Flight Center working in the Space Weather Lab. My research focuses on the application of solar and stellar physics to the space weather of exoplanet systems. In particular I work on modeling the magnetic activity and coronal emission of cool stars as inputs to models of planetary atmospheric and magnetospheric processes. In May 2021, I received my Ph.D. in physics and astronomy from Rice University in Houston, TX. Prior to that, I earned a Bachelor’s in astronomy from Cornell University.
Briley Lewis (she/her)
Research Area: Applying high-contrast imaging techniques to various problems in (exo-)planetary science, from debris disks to solar system objects and beyond
Affiliation: University of California, Los Angeles
Bio: Briley is a Ph.D. Candidate and NSF Fellow at the University of California, Los Angeles studying Astronomy & Astrophysics. Her research focuses on how we can apply techniques from high-contrast imaging to a variety of (exo-)planetary science topics, such as debris disks, solar system objects, and characterizing giant exoplanets. She is excited about science communication — particularly science writing — and is a member of the Astrobites collaboration, a coordinator for the UCLA Planetarium, and an organizer for ComSciCon-Los Angeles. Briley is also the first in her family to pursue a doctorate, and has a passion for teaching, with an emphasis on evidence-based pedagogy and ways to create an inclusive and equitable classroom. You can almost always find her hanging out with her sweet rescue dog, Rocky. Follow her on Twitter @briles_34 or visit her website www.briley-lewis.com.
Romy Rodriguez Martinez (she/her)
Research Area: Characterization of small, potentially terrestrial planets
Affiliation: The Ohio State University
Bio: Hello! I am a PhD candidate at The Ohio State University where I work with Professor Scott Gaudi. I was born in Cuba and raised in Puerto Rico, where I received a B.Sc. and master’s degree in Physics at the University of Puerto Rico. My research revolves around the characterization of small, potentially rocky exoplanets and using precise stellar and planetary properties in combination with stellar chemical abundances to infer properties about the interior structure and composition of such planets. Besides astronomy, I enjoy learning languages, playing piano, and chess.
Julia V. Seidel (she/her)
Research Area: I work on characterizing the dynamics of exoplanet atmospheres using high resolution transmission spectra.
Affiliation: European Southern Observatory
Bio: I focus mainly on the characterization of highly irradiated atmospheres, more specifically on what we can learn about the atmospheric composition and winds from high resolution transmission spectra. To that end, I aim to resolve planetary spectral lines as clean as possible to then retrieve the movement of the particles in the atmosphere from the line shape. Understanding exoplanetary winds ultimately helps us to shed light on how atmospheres evolve under intense irradiation and are the only laboratory we have for the state of the solar system during the late stages of the Sun's life.
Research Area: I work on high-contrast instrumentation for the direct or interferometric imaging of exoplanets.
Affiliation: University of Notre Dame
Bio: I am a postdoc in Dr. Jeff Chilcote’s research lab at the University of Notre Dame, where I am working on an upgrade of the Gemini Planet Imager instrument for a new direct imaging survey. Originally I am from a small town in Illinois, where I received my B.S. from Illinois College. I went on to teach at a secondary school in a pastoral region of Kenya, and then pursued graduate studies at the University of Kentucky and the University of Arizona. At Arizona I focused on the use of an interferometric observing mode of the Large Binocular Telescope to probe for companions around a nearby star. In addition to flushing out the data to explore other worlds, I am interested in learning how to attract and retain in the field first-generation college students or students from small institutions; how best to involve hardware-inclined students in hands-on instrumentation early on in their training; and how to facilitate the translational benefits of experience from areas outside academia, such as industry or the armed forces.