Brauer Hall, a ‘beacon for energy efficiency,’ dedicated Oct. 1

Stephen F. & Camilla T. Brauer Hall, the second building in a new engineering complex at Washington University in St. Louis, was dedicated in a ceremony held on Friday, Oct. 1. Brauer Hall includes state-of-the-art laboratories, a distance-learning classroom, instrumentation and imaging facilities, and electronically equipped collaboration points in the halls near the labs. The three-story building, which includes many other innovative features, has received LEED Gold certification.

Governor on campus

Missouri Gov. Jay Nixon leaves Washington University’s Brauer Hall with his wife, Georganne Wheeler Nixon, Friday, Sept. 17, after outlining his vision for Missouri’s energy future before a group of CEOs and other leaders of major energy producers and industrial and commercial energy consumers at the “Energy Policy Discussion.” The meeting was co-sponsored by the Missouri Chamber of Commerce and the School of Engineering & Applied Science.

New vice provost search under way

A search is under way to fill a new vice provost position in the Office of the Provost whose initial focus will be on diversity and faculty development, among other areas of university-wide importance. An advisory committee has been formed that will identify and recommend candidates from within the Washington University community.

A more robust, reliable Internet

A computer scientist at Washington University in St. Louis is part of a collaborative team that is one of four project teams chosen by the National Science Foundation (NSF) to pursue ways to build a more robust, secure and reliable Internet. Patrick Crowley, PhD, associate professor of computer science & engineering and researchers from nine other institutions received one of NSF’s “Future Internet Architecture” program awards to create a new Internet architecture.

Seeing melanoma

Two scientists at Washington University in St. Louis are able to image subcutaneous melanoma tumors with startling clarity. Their imaging technique relies on sound rather than light because sound is less strongly scattered by tissues. In addition, the tumors are preloaded with a nanoparticle contrast agent that latches onto proteins that stud the surface of the cancerous cells.
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