Look! Up in the sky! Is it a planet? Nope, just a star
Among thousands of known exoplanets, MIT astronomers flag three that are actually stars.
Among thousands of known exoplanets, MIT astronomers flag three that are actually stars.
The computer-vision technique behind these maps could help avoid contrail production, reducing aviation’s climate impact.
If wildfires become larger and more frequent, they might stall ozone recovery for years.
Experiments aboard International Space Station demonstrate a potential solution for cleaning up orbital debris and repairing damaged satellites.
Catalog of planet candidates nearly doubles in size during 2020-21.
Arlene Fiore uses satellite data paired with ground observations to refine our understanding of ozone smog and interactions with meteorology and climate.
A levitating vehicle might someday explore the moon, asteroids, and other airless planetary surfaces.
The boiling new world, which zips around its star at ultraclose range, is among the lightest exoplanets found to date.
A newly discovered “ultrahot Jupiter” has the shortest orbit of any known gas giant.
Co-Investigator Scientist Professor Richard Binzel discusses NASA’s latest interplanetary mission, which is co-led by Cathy Olkin ’88, PhD ’96.
Not just an exoplanet-finder anymore, TESS yields diverse astrophysics results at second science conference.
Lincoln Laboratory’s TROPICS satellites will help scientists study extreme tropical weather once all six are launched next year.
MIT researchers are co-leading the design of a global Space Sustainability Rating system that will soon be operational.
With thousands of satellites, each network could beam down tens of terabits per second, filling gaps left by land-based services.
Planetary physicist and former director of the MIT Center for Space Research and the Arecibo Observatory helped repurpose military radar technology for science and space exploration.