XMT 2016:  World’s top memory athletes to compete June 24-26

XMT 2016: World’s top memory athletes to compete June 24-26

Two dozen of the world’s best memory athletes will battle head-to-head for their share of $75,000 prize money as the Extreme Memory Tournament (XMT-2016) returns to  the headquarters of San Diego-based Dart NeuroScience June 24-26. Sponsored by Washington University in St. Louis and  Dart NeuroScience, the live-streamed competition offers the internet public a chance to […]

Pakrasi makes presentation on sustainable energy

Himadri Pakrasi, the Myron and Sonya Glassberg/Albert and Blanche Greensfelder Distinguished University Professor in Arts & Sciences and director of the International Center for Advanced Renewable Energy and Sustainability, presented the lead address at the “Sustainable and Affordable Energy Challenge for the World” symposium at Columbia University.

Student Ross awarded DAAD fellowship

Claire Ross, a graduate student in Germanic Languages and Literatures in Arts & Sciences, has been awarded a fellowship from the German Academic Exchange Service (DAAD) to conduct dissertation research.
Scott named a 2016 Newcombe Fellow

Scott named a 2016 Newcombe Fellow

Amanda Scott, a doctoral candidate in history in Arts & Sciences, is one of 20 winners of the 2016 Charlotte W. Newcombe Doctoral Dissertation Fellowship. The $25,000 award is among the nation’s most prestigious for doctoral candidates in the humanities and social sciences, with a specific emphasis on questions concerning ethical and religious values.
Why is gravity so weak?

Why is gravity so weak?

Scientists find gravity very puzzling. For one thing, they don’t understand why it is so weak; that is, why it takes so much stuff (like a planet’s worth) to generate much gravitational force. Perhaps, they say, it is leaking out of our universe. Physicist Adam Archibald, MA ’14, explains how this could be and describes an […]
Wandering ice on Mars

Wandering ice on Mars

Glaciations on Mars are different from those on Earth. During a Martian glacial period, water vapor that would otherwise travel to the north polar cap instead snows out at lower latitudes, where ice then accumulates. Radargrams of the north polar region of Mars record the most recent mid-latitude Martian glacial period and the regrowth of the polar ice since then.
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