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An interdisciplinary APL team created ATLAS, an artificial intelligence co-investigator that automates testing, learning, and synthesis for microcapsules, which has decreased human labor required per experiment by more than 80% and advances APL progress in microcapsule development and automated experimentation.

Johns Hopkins APL and GKN Aerospace are partnering to develop a system that simulates shipboard motion for metal 3D printing at sea — advancing the Navy’s ability to produce critical parts on demand. Building on APL’s success aboard the USS Bataan, this effort aims to enable motion-aware manufacturing of mission-essential components in dynamic maritime environments.

Researchers at Johns Hopkins APL, inspired by biomolecules found in cold-tolerant organisms, are developing novel materials that can control ice formation. Their breakthroughs could lead to new technologies for the U.S. military, from advanced materials for construction to medical treatments that can prevent frostbite and preserve sensitive biological samples.

The Missile Defense Agency (MDA) and APL have successfully demonstrated a new, lower-cost approach to national missile defense testing validating that commercially operated rockets can support rapid, affordable flight tests for missile defense programs.

Sarah Adams, program manager for Alternative Computing Paradigms, was honored by the Intelligence and National Security Alliance (INSA) for her contributions to advancing science and technology research in support of national security.