The Defense Advanced Research Projects Agency (DARPA) has selected HRL Laboratories’ Dr. Logan Sorenson as a “DARPA Riser,” one of approximately 50 early-career researchers who demonstrate the potential to be future technology leaders. During “DARPA Rising,” an event held on September 9, 2015, in St. Louis, Mo., Sorenson will have the opportunity to deliver a poster presentation to the DARPA director and technical team.
According to Dr. Christopher Roper, HRL senior research staff engineer and co-author of “Enabling Ultra-Lightweight Structures: Microsandwich Structures with Microlattice Cores,” published in APL Materials, “Sandwich structures improve the performance of weight-sensitive vehicles like airplanes and helicopters because they’re lighter than solid materials.”
HRL Laboratories, LLC is pleased to announce that staff members Dr. Andrea Corrion and Dr. Kevin Geary have been invited to participate in the National Academy of Engineering’s (NAE) highly selective symposium, U.S. Frontiers of Engineering. According to the NAE, Corrion and Geary are among the nation’s brightest young engineers, 89 of whom will attend the symposium to discuss advances in four fields: optical and mechanical materials, natural disaster forecasting, cybersecurity, and the hunt for earth-like exoplanets.
Penguins count on heat exchange to keep their feet warm. Cars rely on heat exchange to keep their engines cool. Researchers at HRL Laboratories, LLC, have announced that they have developed a miniaturized, high-performance heat exchange method that could be the first breakthrough in creating artificial organs.
HRL Laboratories, LLC, has released a video demonstrating the principle behind its groundbreaking work on thermal battery technology for electric cars. The video, “Thermal Battery Laboratory-Scale Demonstration,” reveals that hydrogen can be stored in metal alloys that react with the gas to form compounds called metal hydrides.
The Defense Advanced Research Project Agency (DARPA) announced an award to HRL Laboratories, LLC for the ASTIR program. The goal of ASTIR is to demonstrate a fundamentally new imaging radar architecture through basic research on “…innovative imaging radar architectures that can provide high frame-rate, three dimensional imaging of objects through adverse obscurants (fog, smoke, heavy rain, etc.) without requiring target or platform motion.”