Magnetic materials are the workhorse medium for cloud data storage technologies. Magnetic data storage technologies write electronic information by mechanically moving an electromagnetic head to flip the orientation of a magnetic moment. While robust and cost-effective, this approach for writing information is slow. As a result, magnetic materials don’t contribute to non-cloud memory applications, such...

This project builds on prior NSF-funded research (I-Corps), to develop a portable perfusion monitoring (PPM) device to observe blood flow to and from a surgical site, both during and post-surgery. As conventional surgical blood flow monitoring systems are bulky and expensive, the approach taken in this project allows for a compact and affordable device with...

The project titled "Paving the way to the commercialization of additives that boost battery performance" will continue supporting ongoing efforts by the Mangolini group to develop new and improved battery technologies. This grant in particular will support the partnership between the Mangolini group at UC Riverside and Polaris Lab, a well-established testing-and-validation facility in Oregon...