The Applied Physics Laboratory (APL) is engaged in a variety of advanced technologies that span multiple fields, including medical ultrasound and oceanographic research. One notable achievement is the development of a non-invasive ultrasonic kidney stone therapy device, which has recently received FDA clearance for market release. This technology represents a significant advancement in medical treatment, allowing for effective management of kidney stones without the need for invasive procedures. Additionally, APL researchers contribute to comprehensive observing programs that monitor the physical, chemical, and biological conditions of marine environments, particularly in Puget Sound and along the Washington coast.

In the realm of oceanographic sciences, APL has developed innovative wave-monitoring drifters that are deployed into hurricane paths to gather critical data on wave fields. These surface-floating instruments enhance the understanding of storm dynamics and improve predictions related to coastal impacts, such as storm surges. The laboratory also offers postdoctoral fellowships, encouraging interdisciplinary research and collaboration among scholars passionate about addressing complex scientific challenges. Through these initiatives, APL demonstrates its commitment to scholarship, discovery, and the application of cutting-edge technologies in both medical and environmental domains.

United States

The Applied Physics Laboratory at the University of Washington serves both undergraduate and graduate students as they learn to conduct research within one of the eight departments:AcousticsAir-Sea Interaction and Remote SensingCenter for Environment & Information SystemsCenter for Industrial & Medical UltrasoundElectronic & Photonic SystemsOcean EngineeringOcean PhysicsPolar Science Center

Applied Physics Laboratory

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