What: Scientists have found a way to make piezoelectric materials more flexible by combining them with silicone rubber, increasing their potential for use on or within the body. Piezoelectric materials generate electricity from kinetic energy. In the future, flexible "lung belts" could harvest energy from the rhythm of breathing to power pacemakers or other implantable devices.
Who: Researchers at Princeton University
The Future: The researchers hope once they have scaled the ribbons up to a larger size, they will be able to power implanted biomedical devices. Their use in powering pacemakers may help reduce the number of invasive surgeries patients undergo to replace batteries or fix problems.
-compiled by Haley McKey
Read More
How will upcoming Medicaid changes affect University students?
By Michael Racz | 3 hours agoNew federal Medicaid work requirements set to go into effect Jan.1 under the One Big Beautiful Bill Act could affect University students’ eligibility for Medicaid.
U.Va. Health cuts scribe hours as AI documentation tools expand across Health System
By Vrinda Vashisht | 6 days agoScribes in the undergraduate medical scribe program said in interviews with The Cavalier Daily that a new emergency department schedule that began Sept. 15 has reduced or eliminated certain scribe shifts and has decreased scribe availability to clinicians in the Emergency Department.
Sasha Fishman’s ‘Lemniscata’ puts water in motion at Ruffin Gallery
By Preet Manukonda | September 26, 2026The fountain-like installation and accompanying pieces explore the circulation of water through both human-made and natural environments.
