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| Nikole Lewis | |
|---|---|
| Name | Nikole Lewis |
| Fields | Astronomy, Planetary Science, Astrophysics, Exoplanetology |
| Known for | Exoplanet atmosphere characterization, transmission spectroscopy, space telescope instrumentation |
Nikole Lewis is an astronomer and planetary scientist known for work on exoplanet atmospheres, observational techniques, and instrument development for space telescopes. Her research combines observations from space-based platforms, theoretical modeling, and instrument calibration to advance understanding of atmospheric composition, dynamics, and habitability indicators for planets beyond the Solar System. She has held positions at research institutions and contributed to major survey programs and mission concepts.
Born and raised in the United States, she completed undergraduate and graduate studies in astrophysics and planetary science. Her academic training includes coursework and research in observational astronomy, radiative transfer, and instrumentation, culminating in a doctoral degree from a research university. During graduate work she collaborated with faculty and researchers affiliated with observatories and space agencies.
Her appointments have included roles at university departments, national observatories, and research centers affiliated with space missions. She has participated in instrument teams for space telescopes and ground-based observatories, contributing to detector characterization, calibration pipelines, and observing strategies. Collaborations have involved researchers from institutions such as NASA, European Space Agency, Space Telescope Science Institute, Jet Propulsion Laboratory, University of Colorado Boulder, and major observatories. She has served on science working groups for missions and surveys, advising on target selection, observing modes, and data analysis protocols.
Her scientific output focuses on transmission and emission spectroscopy of exoplanet atmospheres, cloud and haze characterization, and retrieval methods for atmospheric composition and temperature structure. She has produced influential papers on the detection of water vapor, alkali metals, and scattering aerosols in transiting exoplanets using instruments aboard missions and facilities such as Hubble Space Telescope, Spitzer Space Telescope, James Webb Space Telescope, and large ground-based telescopes. Her work often employs radiative transfer models, Bayesian retrieval frameworks, and cross-instrument calibration to infer abundances and vertical profiles of molecules. Notable publications include observational detections and methodological papers that are widely cited by researchers working on exoplanetary atmospheres, comparative planetology, and mission concept studies.
Her recognitions include research fellowships, early-career awards, and invited lectureships from professional societies and institutions. She has received honors from organizations such as the American Astronomical Society, regional research foundations, and fellowship programs tied to national laboratories or space agencies. She has been invited to present results at major meetings including the American Geophysical Union Fall Meeting, the NASA Astrophysics Division gatherings, and international conferences on exoplanets and instrumentation.
In academic roles she has taught undergraduate and graduate courses in observational techniques, planetary atmospheres, and data analysis. She has supervised graduate students and postdoctoral researchers, mentoring projects that bridge observations, modeling, and instrumentation. Her trainees have contributed to thesis projects, peer-reviewed publications, and instrument teams that support major telescope facilities.
She engages in public communication of science through public lectures, media interviews, and participation in outreach programs run by museums, planetariums, and science festivals. She has contributed to public-facing articles, educational workshops, and community programs that highlight discoveries from space telescopes and the search for habitable worlds. Her outreach collaborations have included partners such as the Smithsonian Institution, regional planetaria, and citizen science platforms.
Category:Living people Category:Women astronomers Category:Exoplanet researchers