A $24.9M grant will fund a Materials Innovation Platform where universities, national laboratories and industry members can run alloy-discovery campaigns using robotic systems and artificial intelligence.

A highly sensitive cardiac test brings traditional lab diagnostics to the field, when it’s most needed.

New genomic evidence suggests coral reefs may be rewriting their genetic future in real time, one surviving generation at a time.

An interdisciplinary project will develop new battery materials aimed at advancing safer, more sustainable energy storage.

The U.S. Department of Energy announces projects in its unprecedented effort to use AI to accelerate science, harness new energy sources and bolster national security.

Study details rapid genetic shift influencing pigmentation, offering new insight into how biodiversity develops.

Members of the Landscape Ecology and Drones Lab preparing a drone in the field

The Texas A&M University Landscape Ecology and Drones Lab employs high-tech solutions to improve on-the-ground land management.

A first-of-its-kind device that replicates human blood flow waveforms in the lab opens doors for advancing the study of vascular diseases, discovering drugs and supporting safe space travel.

A natural therapy heals brains after traumatic injury, making seizures both harder to trigger and rarer, while pointing to a future that could cure epilepsy.

What began as a hydrogen-production project resulted in a scalable process for creating a critical material used in batteries, electronics and advanced manufacturing.