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Sixteen Research Teams At Texas A&M Receive Innovation Awards

Advancing Discover to Market provides $3.55 million in grants for transforming research into new products with commercial potential. ....

United States , South Korea , Julio Bernal , Narendra Kumar , Ali Mostafavidarani , Shaodong Guo , Swapnil Samant , Farzan Sasangohar , Bradleya Trefz , Leonard Ruback , James Sacchettini , Pete Oneil , Roberts Chapkin , Arthur Sefiani , Shoshana Eitan , Mansoor Khan , Wenshe Liu , Dinakar Sagapuram , Ziyaur Rahman , Henry Fadamiro , Svetlana Sukhishvili , Greg Hartman , David Bierling , Kevin Burgess , Jackg Baldauf , Aaron Morton ,

Texan Researchers Develop More Straightforward Thermal Storage Batteries

This will simplify the design process and allows a near-optimal composite phase change material. Researchers discover a new way to design composite phase change materials that has the ability to store energy as heat. ....

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Brain-Like Computing Aim Of New Initiative

Texas A&M will lead the Department of Energy-funded Energy Frontier Research Center. ....

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Tweak gets chameleon material to mimic brain cells

Adding small quantities of the element boron to vanadium dioxide makes the material function like a synapse, researchers report.
Each waking moment, our brain processes a massive amount of data to make sense of the outside world. Thus, by imitating the way the human brain solves everyday problems, neuromorphic systems have tremendous potential to revolutionize big data analysis and pattern recognition problems that are a struggle for current digital technologies.
For artificial systems to be more brain-like, however, they need to replicate how nerve cells communicate at their terminals, called the synapses.
In the study in
Journal of the American Chemical Society, researchers described a new material that captures the pattern of electrical activity at the synapse. ....

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Chameleon-Like Material Spiked With Boron Comes Closer To Mimicking Brain Cells

Chameleon-Like Material Spiked With Boron Comes Closer To Mimicking Brain Cells
December 13, 2020
In a new study, Texas A&M researchers in the Department of Materials Science and Engineering describe a new material that comes close to mimicking how brain cells perform computations.
Each waking moment, our brain processes a massive amount of data to make sense of the outside world. By imitating the way the human brain solves everyday problems, neuromorphic systems have tremendous potential to revolutionize big data analysis and pattern recognition problems that are a struggle for current digital technologies.
But for artificial systems to be more brain-like, they need to replicate how nerve cells communicate at their terminals, called the synapses. ....

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