Commander Aaron Roberts relieved Commander Jeffrey Webb as commander of the U.S. Naval Research

U.S. Naval Research Laboratory (NRL) scientists continue to break ground using the Large Angle and

The U.S. Naval Research Laboratory was recognized with the Innovation in Technology Transfer Award

The U.S. Naval Research Laboratory conducted the first American satellite program, named Project

The U.S. Naval Research Laboratory is set to launch the Space Wireless Energy Laser Link (SWELL) to

NRL Visitor COVID-19 Vaccination & Mask ProceduresOfficial Visitors are non-DOD individuals seeking

First in a two-part series on how the Navy and its partners are working to improve Arctic operations as the sea ice melts due to warming temperatures. The Arctic is the next frontier for U.S. military operations, where the physical environment poses a major threat to achieving strategic dominance, managing assets and ensuring freedom of the seas. The importance of the Arctic will only increase each year as the decline of the perennial sea ice continues and the ice edge shifts. It is imperative to strengthen the ability to operate there in order to gain a strategic advantage. Effective operations will hinge on reliable environmental intelligence in a region where conditions can be severe. The U.S. most recently updated its strategy for the Arctic region last October with a new 10-year scope that seeks a peaceful, stable, prosperous and cooperative Arctic at the same time acknowledging strategic competition with Russia and China. Ongoing efforts include investing in technology that detects and tracks potential threats and improves our own capabilities to maneuver in the region. This is not a simple task due to the dominant role that Russia has in the Arctic, as well as the growing concern for China’s desire to be an influential nation there.

NRL researcher Dr. Steven Rodriguez was awarded an early career fellowship sponsored by the Mathematically Gifted and Black (MGB) community and the Society for Industrial and Applied Mathematics (SIAM). Rodriguez is leading efforts at NRL to develop machine learning technology to drastically reduce the computational expense of high-fidelity physics simulations, including additive manufacturing, hypersonics, and free-surface fluid dynamics.

The U.S. Naval Research Laboratory (NRL) and all 14 Naval Warfare Centers signed a memorandum of

The Laboratory for Autonomous Systems Research, or LASR, and personnel from the U.S. Naval Research