The public house as public forum

The public house as public forum

Without public spaces for debate and discussion, our ideas and our expressions stay in our private spaces and we don’t have opportunities to engage with each other, argues John Inazu, the Sally D. Danforth Distinguished Professor of Law & Religion.
New Danforth Campus parking plan detailed

New Danforth Campus parking plan detailed

Washington University in St. Louis’ new parking and transportation management strategy will help address pending parking reductions, improve the use of existing resources, and better serve the campus community for the future. A new website, email and staffed hotline are available to help with questions.
WashU Expert: Hiring data creates risk of workplace bias

WashU Expert: Hiring data creates risk of workplace bias

American employers increasingly rely on large datasets and computer algorithms to decide who gets interviewed, hired or promoted. Pauline Kim, employment law expert, explains that when algorithms rely on inaccurate, biased or unrepresentative data, they may systematically disadvantage racial and ethnic minorities, women and other historically disadvantaged groups.
Academy of Science-St. Louis honors researchers

Academy of Science-St. Louis honors researchers

Five researchers at Washington University in St. Louis are being honored as outstanding scientists by the Academy of Science-St. Louis. University recipients of this year’s honors are faculty members Stephen Beverley, Liviu Mirica, Kater Murch, Edward Spitznagel and Peter Wyse Jackson.
Symposium explores the rise of Donald Trump, March 9

Symposium explores the rise of Donald Trump, March 9

“American Democracy and the Rise of Donald Trump” will be the focus as faculty experts in history, political science, sociology, law, economics and psychology gather for a public symposium from 1-4 p.m. Thursday, March 9, in Room 100 of Brown Hall, on the Danforth Campus of Washington University in St. Louis.
Secrets of the shells

Secrets of the shells

By growing phytoplankton called coccolithophores in the lab, scientists were able to understand the large biological overprint on the climate signal encoded by their remains, clearing the way for their use as climate proxies.
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