Research

A Texas A&M University researcher documented and collected valuable data on Florida’s affected structures and coastlines in the wake of Hurricane Ian.

Texas A&M University research reveals how the broad electrochemical energy variations found within genetically identical bacteria promote survival against antibiotic treatments.

Dr. Hande Ozcan and Dr. Ibrahim Karaman have discovered a new method to grow single crystals more efficiently and simultaneously control their growth orientation.

Rather than disposing of waste in dumpsters and landfills, Dr. Mark Holtzapple proposes that biomass can be used as a renewable resource.

Dr. Shreya Raghavan was awarded a Method to Extend Research in Time grant by the National Cancer Institute to continue her research on the metastasis of cancer.

Researchers show direct evidence of new mesoatom shapes and symmetries that occur in a special twin boundary in soft matter.

Researchers at Texas A&M University are building scents into virtual reality environments and looking at the effects of olfactory stimulation on behavioral health — specifically, how multisensory VR can support astronauts during future long-duration missions.

Dr. Zheng O’Neill leads a National Science Foundation-funded project to apply artificial intelligence techniques to design and operate energy-efficient district heat pump systems that serve human needs and behaviors while reducing the carbon footprint of buildings.

Texas A&M University and the U.S. Army combined efforts to develop new approaches for the accelerated discovery of materials for dangerous environments.