EAPS alumna Madonna Yoder '17 is known as the "Queen of Tessellations", turning single sheets of paper into folded patterns that repeat infinitely. She invents new designs - and writes papers about their underlying math. https://t.co/ppW7C6Y2ws

Become a planetary explorer! Join EAPS Professor Richard Binzel on a tour of our solar system, scaled to the length of the Infinite Corridor. This is event is FREE! Sign up before space runs out:

It really is the best ROI investment you can make in software all year ...

Watch the sun cross the infinite! MIT Henge is happening on Monday, November 10th. Join EAPS Professor Richard Binzel as the sun perfectly aligns with the Infinite Corridor, with refreshments to follow. https://t.co/fE90aplbUb

From @LiveScience: In what order did our planets form? It's a tricky question that can be explained in several ways. EAPS Professor Gaia Stucky de Quay and EAPS alum Cauê Borlina weigh in on how we can determine a planet's age:

We use GPS to navigate a road trip, but it has scientific uses as well. In this @geology_bites episode, EAPS Professor Tom Herring talks applications to geology and civil engineering:

Check out the new @MITMuseum art installation Remembering the Future, by Janet Echelman. This work, which depicts climate futures through the use of colored fiber pathways, was informed by modeling work done by EAPS professor Raffalele Ferrari. https://t.co/hEbW9IPxD7

Congrats to EAPS grad student Timur Cinay and postdoc Paolo Giani for being recognized by the @mitlibraries with this year's Open Data Prize! Their projects recognize the importance of open access data for scientific collaboration.

Where can a PhD in atmospheric science lead you? How about as an applied physicist for a baseball team! EAPS alumni Michael McClellan is helping @RaysBaseball improve their game one millimeter at a time. https://t.co/d7FQQvSCAY

New research from @eapsMIT has found that, while the Earth’s upper crust recovers quickly from seismic activity, the mid-crust recovers much more slowly, if at all

Scientists have discovered rare remnants of “proto Earth,” long believed to have been destroyed after a giant impact melted the planet's interior and reset their chemistry. These remnants give us a snapshot of our planet during its early formation. https://t.co/S04uOgekUF

📷 21 MIT CS3-affiliated researchers who are 1st authors of presentations, or primary conveners of conference sessions, will explore #sustainability challenges/solutions in 30 offerings at the 2025 AGU Fall Meeting Dec. 15-19 in New Orleans. #AGU25 https://t.co/Fh5XapT03S

EAPS and @mit_cs3 Principal Research Scientist Ryan Woosley is trying to quantify where and how much anthropogenic carbon is taken up by the oceans, and how carbon removal methods might impact marine chemistry. https://t.co/anntEJVMZn

Led by Professor @NoelleSelin of @mitidss and @eapsMIT, our upcoming 5-day Climate Change course is designed for professionals committed to transforming today's climate data into tomorrow's solutions. #MIT #ClimateChange https://t.co/UzJ5Q7V7kC

Q: When scientists reconstruct ancient climates from ice cores, how do they create an accurate timeline? A: Researchers like MIT Professor/CS3 faculty affiliate David McGee use chemical analyses, computer models, and other tools to date these valuable #climate archives.

Laurent Demanet, MIT professor of applied mathematics, has been appointed co-director of the MIT Center for Computational Science and Engineering. @MITMath @eapsMIT @ScienceMIT https://t.co/1vcB0g5B64

Magnetic fields have long been thought to play a key role in the formation of planets. Now, thanks to research led by EAPS Professor Richard Teague using @almaobs astronomers now have a way to map them in protoplanetary disks. https://t.co/RmIVqjUdaH

By measuring how waves traveled through the Earth following the 2019 Ridgecrest earthquake sequence, new research has found that the upper crust in the region recovered quickly but the mid-level crust experienced ongoing change months after. https://t.co/fcpzeCI3H7

Marine microbes play a vital role in our understanding of global carbon cycles. EAPS and @mit_cs3 Senior Research Scientist Stephanie Dutkiewicz explains how she's working to model these complex processes in the deep ocean:

EAPS grad student Isabella Macias spent her summer at the Vatican Observatory Summer School, learning about astronomy, exploring the Italian countryside, and wondering what to wear when she met the Pope. https://t.co/fPmADxijvG

While working as a 51 Pegasi b Fellow in @eapsMIT, Jess Speedie aims to develop an algorithm that carefully aligns and stacks a decade of @almaobs data to produce the sharpest, most sensitive images of early planetary systems to date