Joint with the Smithsonian Astrophysical Observatory, Harvard’s Astronomy PhD immerses students in cutting-edge instrument design, space-telescope data pipelines, and theoretical modeling. Researchers map exoplanet atmospheres with JWST spectra, simulate galaxy formation on supercomputers, and lead citizen-science platforms uncovering transient events. Alumni helm observatories, aerospace R&D, and science-communication initiatives.
Transit spectroscopy of sub-Neptune atmospheres for biosignatures
N-body simulation of dark-matter halo substructure
Design of CubeSat UV telescope for flare-star monitoring
Fast radio burst localization using VLBI networks
Machine-learning classifier for Gaia transient candidates
Polarimetry survey constraining cosmic-dust alignment models
Adaptive-optics coronagraph optimizing contrast at 1 micron
Public VR tour of Milky Way star-forming regions
Thesis chapter on baryon cycle in high-z galaxies
Open-source pipeline converting raw JWST data to science-ready cubes
Citizen-science campaign flagging occultations by Kuiper Belt objects
Ethics essay on satellite megaconstellation light pollution
Probe origins, structure, and fate of the universe with Harvard–SAO.
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