This project will develop a novel hybrid MEMS-magnetoresistive sensor to facilitate highly sensitive medical imaging of the human heart. The sensor will measure and display two-dimensional real-time images of the magnetic fields generated by the heart’s activity, providing critical information about cardiac health. By using very small sensors (~1 mm2) and improved room-temperature low-frequency resolution MR sensors, the researchers will create a small, very sensitive, non-invasive magnetic device that will both consume little power and be portable. In the future, patients may be able to use it in medical institutions or directly at home.
ACTIVATE is a public-private pilot initiative to support rural, low-income agricultural workers by providing access to internet and telehealth services.
“Lighthouse for Older Adults,” a CITRIS and University of California Initiative, Brings Technology-Enabled Health and Well-Being to Low-Income California Seniors During COVID Crisis The program […]
Brandie Nonnecke, PhD Tarunima Prabhakar, MPP Chloe Brown, MPA Camille Crittenden, PhD Download PDF Artificial Intelligence (AI) holds great promise for governments and their citizens, […]