A newly developed metamaterial enables sound waves to manipulate objects underwater without any need for physical contact.

Materials that previously stalled at the prototype stage now have a much clearer pathway to real-world application. This ...

This new metamaterial responds to acoustic waves, letting researchers rotate and move objects with precision underwater.

Sound can do more than just provide a nice beat. Sound waves have been used for everything from mapping the seafloor to ...

New technology, which uses sound to recover 92% of platinum from hydrogen fuel cell stacks and provide a major boost to the ...

Along with showing excellent electrical conductivity, the printed fabrics continued to perform well after 20 cycles of ...

Material has memory.” This philosophy is the narrative behind most of Amoda’s work, including his current sculpture garden on display at Atlanta's Woodruff Park.

A team of researchers from TU Dortmund University, the University of Paderborn, and the University of Nottingham has ...

Scientists and engineers at the University of Nottingham have measured the stiffness of space rock for the first time. Many meteorites are made of crystalline materials, formed under exotic conditions ...

When you think of a “smart building,” you might immediately picture high-tech sensors, automated lighting, or voice-controlled thermostats. But there’s a quieter revolution happening just beneath the ...

Sound paths refer to the routes that sound waves take from their source - such as speakers, musical instruments, or vocalists ...

United Sound, a Mesa music education program for special education students, recently received a $12,500 grant award from ...