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Anthony Straub is making revolutionary advances in water purification for life on Earth and in space with nanoscale membranes—thinner than 1/100th the width of a human hair.

Sanghamitra Neogi in �Ͼ�Ʒ�� aerospace engineering department will use $200,000 in grant funding to launch a startup in which she will offer software that uses quantum physics to model microchip designs.

Nearly 80% of stroke survivors experience walking issues and many turn to ankle braces for support, but the functionality of these braces is still very limited. Assistant Professor Cara Welker is leading a new, collaborative research project that aims to transform the way these assistive devices are designed.

Doctoral student Krithik Ranjan analyzed 33 student learning tools and developed a “spectrum of tinkerability” that offers designers new ways to think about teaching computational skills.

Four seniors in the Quantum Forge class at �Ͼ�Ʒ�� recently completed their year-long project with Xairos Systems, Inc., giving them an inside look at working in the industry.

A recent event, which drew 166 participants to the �Ͼ�Ʒ�� campus, marked an industry-wide step toward cutting emissions tied to building materials like steel and concrete.

In research recently published in Science, �Ͼ�Ʒ�� scientists detail how light—rather than energy-intensive heat—can efficiently and sustainably catalyze chemical transformations.

Samuel Silberman, an incoming doctoral student in electrical engineering, has landed a prestigious fellowship to support research into radio frequency lens design using advanced 3D printing and additive manufacturing.

Nanomaterials and neuroscience researchers aim to build brain-body interfaces that enhance performance, improve health monitoring and support mobility.

Mushroom mycelium can help clean up soil. Can it also help Indigenous people reconnect to the land? �Ͼ�Ʒ�� researcher Natalie Avalos aims to find out.