This project is part of a large multi-center effort involving UCSB, University of Vermont and Cornell in combination with clinical sites at UCSF, University of Vermont
Varner Lab received a 2-yr grant from the Department of Defense to model the biochemistry and biophysics of penetrating, blunt force and burn trauma for $567,416.
This project is part of a large multi-center effort involving UCSB, University of Vermont and Cornell in combination with clinical sites at UCSF, University of Vermont and The Burns/Trauma Section of MedStar Washington Hospital Center. Varner Lab intends to apply engineering principles to understand how the body responds to trauma both acutely and longer term.
Associate Professor recognized for pioneering new approaches to enhance engineering education. Read more about Alexandra Coso Strong receives Leader in Engineering Education Award
A study led by professor Fengqi You introduces a scalable, aqueous-based method to recycle perovskite solar cells, providing a more sustainable path forward for photovoltaics. Read more about New recycling method makes perovskite solar cells more sustainable
Over the last decade, perovskite photovoltaics have emerged as the most exciting alternative to silicon, with Cornell researchers studying how the material can be grown to be more durable for optimal... Read more about Solar solutions: ‘Crazy’ perovskite offers sustainable alternative to silicon
