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Speakers & Panelists

Keynote speaker Nadya Mason Professor of Physics, University of Illinois at Urbana-Champaign Ph.D. Stanford University B.S. Harvard University NADYA MASON is the Rosalyn S. Yalow Professor of Physics at the University of Illinois at Urbana-Champaign, where she specializes in experimental studies of...

Become a Sponsor

Your sponsorship and participation will help make our many female participants feel welcome and valued by the tech community. We have several ways for our non-academic sponsors to communicate with our participants: Your logo on our website: You send us an image file, which we put on our sponsor's...

Our Sponsors

We are grateful to the following organizations for financial sponsorship of this APS CUWiP Conference. National Sponsors of CUWiP Nationally, the APS CUWiP conferences are supported in part by the National Science Foundation (PHY-1346627, PHY-1622510, and PHY-2012033) and by the Department of Energy...

JOIN US

We are building a research team in developing solutions to challenges in air pollution and climate change by applying principles and concepts that cut across traditional disciplinary boundaries. Highly talented and motivated people at all stages of their academic careers are welcome to get in touch...

Phys 001: Physics for Future Leaders

Investigate the science behind key issues facing us as engaged citizens and future leaders. Explore topics including energy, complex systems, climate change, and space travel, and their connection to science policy, pseudoscience, and processes that lead to scientific progress. Designed for non...

Research

Leading with sociology, my interdisciplinary research program is centered on the relationship between social and structural inequality on the one hand, and health and the environment on the other. In the highly stratified United States, social structures carry power through policies, resources, and...

Research projects

The Noise-Collector The ability to detect sparse signals from noisy, high-dimensional data is a top priority in modern science and engineering. For optimal results, current approaches need to tune parameters that depend on the level of noise, which is often difficult to estimate. We develop a new...