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2023 Materials Today Rising Star Award Winners Announced

2023 Materials Today Rising Star Award Winners Announced
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United States , Rising Star , Zheng Yan , Ann Arbor , California Institute Of Technology , United Kingdom , Rice University , Carlos Ufscar , Michael Saliba , Gerbrand Ceder , Yuanyue Liu , Caiog Otoni , Energy Conversion Storage , Stuttgart University , United States Department Of Agriculture , Materials Department , Texas Materials Institute , University Of Science , European Research Council , Nextgen Precision Health Institute , Department Of Mechanical Aerospace Engineering , Sloan Research Fellowship , University Of Cambridge , Massachusetts Institute Of Technology , University Of California , University Of Texas At Austin ,

Smart material prototype challenges Newton's laws of motion

Engineers have developed a prototype metamaterial that uses electrical signals to control both the direction and intensity of energy waves passing through a solid material. Potential applications of this innovative design include military and commercial uses, such as controlling radar waves by directing them to scan a specific area for objects or managing vibration created by air turbulence from an aircraft in flight. ....

Honghua Qian , Qian Wu , Hongbin Ma , Zheng Yan , Xianchen Xu , Shaoyun Wang , Proceedings Of The National Academy Sciences , Office Of Scientific Research , Army Research Office , National Academy , Air Force Office , Scientific Research ,

Harnessing Energy Waves: Smart Material Prototype Challenges Newton's Laws of Motion

University of Missouri researchers designed a prototype of a small, lightweight active ‘metamaterial’ that can control the direction and intensity of energy waves. Professor Guoliang Huang of the University of Missouri has developed a prototype metamaterial that can control the direction and inte ....

Rui Zhu , Xianchen Xu , Zheng Yan , Yangyang Chen , Hongbin Ma , Qian Wu , Helen Croft , Guoliang Huang , Honghua Qian , Shaoyun Wang , University Of Missouri , Army Research Office , Proceedings Of The National Academy Sciences , Office Of Scientific Research , University Of Missouri Guoliang Huang , Helen Croft Chair , National Academy , Air Force Office , Scientific Research ,

A smart materials model that defies Newton's laws of motion

An innovative metamaterial with unconventional properties uses electrical signals to control the direction and intensity of energy waves traversing a ....

Xianchen Xu , Rui Zhu , Zheng Yan , Yangyang Chen , Qian Wu , Honghua Qian , Hongbin Ma , Guoliang Huang , Shaoyun Wang , Helen Croft , University Of Missouri Guoliang Huang , Army Research Office , University Of Missouri , Office Of Scientific Research , Proceedings Of The National Academy Sciences , Helen Croft Chair , National Academy , Air Force Office , Scientific Research ,

Smart material prototype challenges Newton's

In a new study published in the Proceedings of the National Academy of Sciences (PNAS), Guoliang Huang at the University of Missouri and colleagues have developed a prototype metamaterial that uses electrical signals to control both the direction and intensity of energy waves passing through a solid material. Potential applications of his innovative design include military and commercial uses, such as controlling radar waves by directing them to scan a specific area for objects or managing vibration created by air turbulence from an aircraft in flight. ....

Shaoyun Wang , Honghua Qian , Xianchen Xu , Hongbin Ma , Helen Croft , Qian Wu , Zheng Yan , Guoliang Huang , Army Research Office , Proceedings Of The National Academy Sciences , University Of Missouri , Office Of Scientific Research , Helen Croft Chair , National Academy , Air Force Office , Scientific Research ,