MIT EAPS retweeted
Antarctic sea ice expansion and changes in ocean circulation work together to sequester carbon and reduce the amount of CO2 in the atmosphere during glacial climates, according to a new study. @eapsMIT scim.ag/3UbfmXG
While many star systems remain stable, sometimes a star consumes a planet that gets too close. A new study found a star about 300 light years away steadily pulling material off its companion at a rate that could take hundreds of thousands of years. buff.ly/8STBcEy
MIT EAPS retweeted
This new Q&A with @eapsMIT Research Scientist and CS3 affiliate Jonathan Lauderdale explores how #ocean #carbon sequestration changes under different glacial conditions, and how that may influence larger #climate patterns. tinyurl.com/2x6j5dk5
ALT By coupling the expansion of sea ice and ocean circulation under glacial conditions, rather than looking at them individually, scientists are painting a larger picture of where carbon dioxide was stored in the ocean during global ice ages and how that may influence larger climate patterns. Image credit: Adobe Stock Images
Melting ice shelves are a major contributor to sea level rise. A new Science study of 15,000+ cliffs finds they collapse faster than predicted, but then stabilize, reducing the risk of runaway collapse.
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MIT EAPS retweeted
Astronomers Get a Better Look at a Rare White Dwarf–Brown Dwarf Pair
The white dwarf–brown dwarf pair J0404+1112 — one of only about a dozen known systems like it — offers researchers a chance to study an atmosphere blasted with intense radiation. aasnova.org/2026/10/16/astro…
A rare pairing of a low mass white dwarf and a high mass brown dwarf orbiting each other every 2.93 hours can help shed light on how radiation affects atmospheres.
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MIT EAPS retweeted
The size of the hole in the #ozone layer last month, measuring 10.6 million sq. miles, was especially large. However, longer term trends show that the ozone hole is slowly recovering as expected, says MIT Professor/CS3 faculty affiliate Susan Solomon. tinyurl.com/m83y96d
ALT These visualizations show how the Antarctic ozone hole grew from August 1, 2026 to September 12, 2026. European Union, Copernicus Atmosphere Monitoring Service data
MIT EAPS retweeted
Observations of a star slowly snacking on a brown dwarf show a new way that stars and their planetary companions can interact: “Instead of swallowing the thing up, the star can gradually eat it, for billions of years,” Kevin Burdge says. news.mit.edu/2026/astronomer…
MIT EAPS retweeted
New experiments suggest some building blocks of life can survive and form complex structures in concentrated sulphuric acid, opening new possibilities for organic chemistry in Venus’s clouds and beyond. @PWr_Wroclaw @eapsMIT @ChemistryMIT
scienceinpoland.pl/en/news/n…
MIT EAPS retweeted
The Isotope Lab @eapsMIT is a participant in the Anadarko Basin coring project (#DeepDust), supported by @icdpDrilling and @NSF. Coring began on August 16 and exceeded 1 mile as of last weekend. @J_Ramez is on site right now as part of the science team. icdp-online.org/projects/by-…
MIT EAPS retweeted
MIT researchers, including several affiliated with CS3, are advancing tools to help evaluate a location’s vulnerabilities to flooding, cyclones, humid heat waves, or other #climate-related events. #ExtremeWeather #Resilience tinyurl.com/bdea2566
![The “New World of Weather” project, one of MIT’s five Climate Grand Challenges announced in 2022, is “advancing the science, technologies, and practical strategies needed to help communities anticipate [extreme weather] and build greater resilience,” says MIT Vice President for Energy and Climate Evelyn Wang.
Credits:
Image: iStock](https://pbs.twimg.com/media/HShWXWxW4AA2w_6.jpg?name=orig)
ALT The “New World of Weather” project, one of MIT’s five Climate Grand Challenges announced in 2022, is “advancing the science, technologies, and practical strategies needed to help communities anticipate [extreme weather] and build greater resilience,” says MIT Vice President for Energy and Climate Evelyn Wang. Credits: Image: iStock
MIT EAPS retweeted
From studying distant planets at @eapsMIT to tracking crops on Earth: Sheila Baber ’21 uses satellite data through @HarvestProgram to support global food security. 🛰️🌾 bit.ly/4yOmO9W
ALT Sheila Baber '21 says, 'I like to say that I started my career looking upwards at the night sky, only to turn 180 degrees to look downward towrd the earth.'
MIT EAPS retweeted
The atmosphere is telling us what is happening.
For decades, scientists have predicted that human actions would warm the lower atmosphere while cooling the layer above it. Fast-forward, satellites are now seeing the exact pattern.
🔗 doi.org/10.1029/2025AV002196
MIT EAPS retweeted
@eapsMIT Prof./CS3 faculty affiliate Susan Solomon joins Cleo Abram’s “HUGE* If True” to discuss her 1985 research uncovering how chlorofluorocarbons were depleting the ozone layer, which led to the Montreal Protocol that banned the use of those chemicals.
youtube.com/watch?v=yWgHx0HE…
What better way to understand climate risks than through a game? With the help of a J-WAFS grant, EAPS PRS Sai Ravela has created a game that helps communities discover ways to improve their collective agricultural resilience. buff.ly/Kt112Iv
Congrats to EAPS Professor Richard Teague on being named an NSF CAREER recipient! His research is focused on developing new methods to detect planetary formation across our universe.
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A scientific career can span many disciplines, from fiuid dynamics to paleoclimate to exoplanet habitability - just ask EAPS Professor of Practice Raymond Pierrehumbert.
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New research has found that peptides - short strings of amino acids - remain stable in extremely acidic environments such as the clouds of Venus. This opens up the types of planets that could host life.
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By looking at ancient mineral grains in a meteorite sample collected in Antarctica, EAPS Professor Ben Weiss and alumni Cauê Borlina estimate that magnetism likely playing a significant role in the formation of the our solar system, including the sun.
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NASA's Pandora mission has started scientific observations! The satellite will observe exoplanet transits, helping refine our understanding of exoplanet atmospheres and how they interact with light as we search for habitable planets in our universe.
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