A trusted authority on strategic approaches to national security challenges, Lisa Blodgett will execute APL’s strategic ...

Kostas Gerasopoulos and Robert Osiander are APL’s newest Master Inventors — a select group of Laboratory staff members ...

Researchers have touted the revolutionary potential of quantum computers to take on otherwise intractable challenges, like ...

Researchers at Johns Hopkins APL, in collaboration with Samsung Research, have unveiled a breakthrough in solid-state cooling ...

As head of APL’s Strategic Deterrence Mission Area, Robert Vercher will lead a mission area that provides key engineering ...

Producing high-performance titanium alloy parts — whether for spacecraft, submarines or medical devices — has long been a slow, resource-intensive process. Even with advanced metal 3D-printing ...

The Krimigis Postdoctoral Scholars Program at APL provides extraordinary scientists with the opportunity to engage in cutting-edge projects designed to advance the future of space science. When you ...

In person, SMART Nav doesn’t look like much. It’s in a metal square that’s laced into a web of soldered wires, resistors and diodes on a circuit board. In fact, technologically speaking, it’s a ...

The shape of an antenna’s front end dictates many of its operating parameters. Once it’s manufactured, those characteristics are locked in. A shape-changing antenna would enable communications across ...

Johns Hopkins Applied Physics Laboratory Information and Research Services are available only to APL staff members via APL's intranet. Visit our internal library and research services web page if you ...

In an era defined by rapidly advancing technology and national security challenges requiring increasingly prevalent operation in extreme environments, groundbreaking materials developments are needed.