Led by Professor Daniel Ahmed, researchers transformed ordinary fabrics into smart sensors that detect touch, pressure, and ...

“Acoustic waves are promising as on-chip information ... the team is working on building more complex acoustic wave circuits, and investigating how to connect them to quantum computer components ...

A metamaterial is a composite material that exhibits unique properties due to its structure, and now researchers have used one featuring a small sawtooth pattern on its surface to move and position ...

Precisely sculpted sound waves have been used to levitate components and tiny droplets of quick-setting glue to build complex structures ... The arm’s movement and acoustic levitation abilities ...

ETH Zurich researchers have developed “SonoTextiles,” smart fabrics that use sound waves and glass fibers to detect movement, ...

Unfortunately, creating these materials can be complex and costly ... the tool relies on acoustic waves to assemble a wide array of biological components. A biomedical engineering team at the ...

Where acoustic waves move in mountains and valleys ... setting the stage for complex movement. The applications of this technology are numerous. Researchers working at the microscale will have ...

Sound transmits primarily through bone and soft tissues in living tissues, creating a complex acoustic environment. However, sound waves have not been researched extensively as sources of cellular ...

They provide much more complex information than what we can see on a waveform. Similarly, to waveforms, time is displayed on the x-axis, but the y-axis measures the frequency of the sound. Amplitude ...