Nummedal to present Witherspoon Lecture Oct. 4

Tara Nummedal, PhD, associate professor of history at Brown University, will present “The Lion’s Blood: Anna Zieglerin and the Alchemical Redemption of the World” for the 2010-11 Witherspoon Memorial Lecture in Religion and Science at 4 p.m. Monday, Oct. 4, in the Women’s Building Formal Lounge.

Global Energy Future symposium Oct. 1-5

Academic leaders from some of the world’s premier universities will gather at Washington University in St. Louis Oct. 1-5 to discuss the world’s energy future at the “McDonnell International Scholars Academy Symposium: Global Energy Future.”

Academic Venture Fund grant recipients announced

The Brookings Institution, a nonprofit public policy organization based in Washington, D.C., and Washington University in St. Louis announced recipients of grants from the joint Academic Venture Fund that support collaborations between scholars at WUSTL and Brookings working on projects that impact research, education and policy.

News highlights for September 28, 2010

Chronicle of Higher Education An elaborate ranking of doctoral programs makes its long-awaited debut – faculty 9/28/2010 Now it can be told. The American doctoral program with the longest median time-to-degree is the music program at Washington University in St. Louis: 16.3 years. That’s just one of a quarter million data points that appear in […]

Nicholas Kristof to speak Oct. 4

Nicholas Kristof, two-time Pulitzer Prize-winning columnist for the New York Times and best-selling author, will present “Half the Sky: From Oppression to Opportunity for Women Worldwide” at 4 p.m. Monday, Oct. 4, in Graham Chapel. Kristof’s talk, the Benjamin E. Youngdahl Lecture in Social Policy, is free and open to the public.

New technology promises better catalytic converter

A novel design for a catalytic converter disperses nanoparticles of the catalytic noble metal platinum on nanowires and then sheaths the wires is a layer of silica pierced with holes. The silica prevents the platinum catalyst from aggregating, while the pores allow gases to reach the platinum catalyst. The design might one day reduce the amount of platinum needed to  detoxify exhaust gases.
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