Texas A&M

Project Aims to Efficiently Reduce Massive Scientific Data

Texas A&M

To Colonize Different Environments, Bacteria Precisely Tune Their Nanomotors

Texas A&M

Captured Water, Carbon Dioxide From Car Exhaust Could Help Grow Food

Texas A&M

An Ocean On Fire

Texas A&M

New Protective Nanocoatings Enhance Military Clothing

Texas A&M

Genetically Engineered Good Bacteria Could Aid In Combating Disease

Texas A&M

Engineers Grow 3D Bioprinted Blood Vessel

Texas A&M

Analysis Can Predict Individual Differences In Cardiovascular Responses To Altered Gravity

Texas A&M

More Efficient, Superfast Charging Lithium Batteries Closer To Markets

Texas A&M

Artificial Intelligence May Find Signs Of Alzheimer’s In Neuroimaging Data

Texas A&M

Optimizing Phase Change Materials Could Reduce Power Plant Water Consumption

Texas A&M

Upcycling Plastic Waste Into High-Performing Mechanical Lubricants

Texas A&M