university of texas at dallas

Discovery Could Mean 5 times Longer-Lasting Batteries from Cell Phones to Car Batteries

New Study Exposes the Growing Problem of Patent Aggregators and Aggregators’ Negative Impact on Innovation in the United States

Scientists Stretch Electrically Conducting Fibers to New Lengths

A Major New Approach to Gene Therapy

Engineer Applies Robot Control Theory to Improve Prosthetic Legs

“Minecraft’ Modification Teaches About Materials Science – Fun and Challenging

New Technology May Lead to Prolonged Power in Mobile Devices

Research conducted by Dr. Wei Wang (left) and Dr. Babak Fahimi, director of the Renewable Energy and Vehicular Technology Laboratory (REVT), was demonstrated at the recent Department of Energy conference.

Powerful, Possible Next Step in Electric Motors

via UT Dallas

New Implanted Devices May Reshape Medicine

Yu-Chuan Lin, Penn State : Cross-sectional HRTEM of Molybdenum Disulfide (MoS2) /epitaxial graphene demonstrating the nucleation and subsequent lateral growth of MoS2 on a SiC step edge covered with epitaxial graphene.

Making New Materials an Atomic Layer at a Time

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UT Dallas-led team makes powerful muscles from fishing line and sewing thread

Researchers Unveil Large Robotic Jellyfish That One Day Could Patrol Oceans

UT Dallas Project Pushes Boundaries of Virtual Reality

Waxing Innovative: Researchers Pump Up Artificial Muscles Using Paraffin

Researchers Find Material for Cleaner-Running Diesel Vehicles Replacing Platinum