Single wind turbine, a coal-burning power plant with pollution and electricity pylons in the background.

With funding from the DOE, Texas A&M researchers will conduct a two-year “jumpstart” project devoted to developing electrified heating technologies.

Graphic of molecular structures interacting with a cell membrane.

Research from Dr. Gregory Reeves shows how soon we can alter cells that are faster and more reliable for stem cells.

Digital illustration of blue cells on a light blue background.
Research

The memory of cells

Sep. 12, 2024 • 3 min. read

Researchers look to control gene expression by studying the memories of cells.

A factory overlayed with a forest and a graphic depicting the effects of carbon dioxide offsets.

Pioneering technology from Texas A&M paves the way for carbon conversion solutions through a new Engineering Research Center.

White tanks of ammonia being transported through a dirt field.

Dr. Joseph Kwon and Dr. Mark Barteau of Texas A&M have discovered a way to produce ammonia for fertilizer that is greener and more efficient.

upturned human hand with illustration of human head and head with AI as brain above it with eight graphic icons above them

Researchers are developing Intelligence Augmentation, a comprehensive framework that integrates AI and human decision-making into process safety systems.

nine men in suits standing on a staircase

The American Bureau of Shipping and Texas A&M University’s Mary Kay O’Connor Process Safety Center have collaborated on a carbon capture project.

A man’s headshot.

Dr. Jeetain Mittal has been announced as the 2024 National Institutes of Health grant recipient for his work with multiscale computational models.

Cityscape with buildings emitting different greenhouse gases labeled HCFC, CFC and HFC with red arrows pointing up and down.

More than $15 million in grants have been awarded to five research participants, including Texas A&M, to combat the effects of climate change.

Illustration of a protein droplet surrounded by images of the many interactions between amino acids within the protein. The amino acids are labeled as Ser:Ser, Arg:Ser, Tyr:Ser, Arg:Tyr and Arg:Arg.

Texas A&M scientists help show that the amino acids within disordered proteins can interact in multiple ways to form membrane-less liquid droplets.