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The Office of Naval Research's Chemical Physics program seeks to deepen the understanding of the interactions between Naval systems and the chemicals that surround them.

Code 35 Expeditionary Warfare is part of the Office of Naval Research's Naval Air Warfare and Weapons Department.

The Office of Naval Research's multi-scale mechanics research area endeavors to develop multiscale and multiphysics mechanics theories that bridge the nano scale to the continuum scale to predict material and structural strength.

The Office of Naval Research's resilient structures research area endeavors to develop structural configurations, materials and technologies to enable self-sustainable, self-repairable and highly damage resistant structures.

The Office of Naval Research's Applied Physical Mathematics program focuses on new foundational theory and experimental approaches to areas concerning wave, energy, heat, and momentum dynamics.

The Space Sensor & Effects objective is to develop and experiment with key technology enablers that provide effective and resilient Intelligence, Surveillance, Reconnaissance & Targeting (ISRT) capabilities as affordable and proliferated space-borne sensors for littoral & maritime environments.

The Office of Naval Research (ONR) has sponsored the development of an integrated tool to make fluid and fuel analysis faster, easier and mobile. It’s called the Portable Fluid Analyzer Plus (PFA+).

Today, the Office of Naval Research (ONR) celebrates the 40th year of its Young Investigator Program (YIP) by honoring the Class of 2025 YIP awardees.

The Office of Naval Research — in partnership with the American Society of Naval Engineers — will host the 2024 Naval Science and Technology (S&T)/Combat Systems/Technology, Systems and Ships Symposium on Dec. 9-12 at George Mason University’s Van Metre Hall, located at 3351 Fairfax Drive, Arlington, Virginia.

The Office of Naval Research's Materials for New Sensor Modalities program is interested in basic research aimed at drastic or fundamental alterations of a material’s response to stimuli.