which generates sound waves through vibrations that create alternating zones of compression and rarefaction in air. The film explains key auditory characteristics such as loudness, pitch ...

“Metasurfaces are engineered materials that manipulate wave behaviour in ways that natural materials cannot,” said Zhong. “In ...

Due to vibrations from their cores, stars are constantly fluctuating in brightness — and those waves, when converted to audio ...

Directing sound to a specific location is difficult because of how sound waves behave. As vibrations move through the air, ...

Cross-medium eavesdropping technology challenges long-held assumptions about the security of underwater communications.

These are vibrations that propagate from gap to gap ... The scientists then used a microphone to analyse how the sound waves propagated along the grating. The characteristic Rayleigh–Bloch ...

These vibrations are converted to airborne pressure waves (perhaps better known as sound waves), which our ears detect as sound. The process of deciphering these waves is handled by our eardrums ...

This causes the tissue to expand and contract, creating vibrations which can be picked up as ultrasonic sound waves by sensitive detectors. Different materials and molecules inside the tissue ...

Kim led a “sound bath” — an experience where people are “bathed” in resonant sound waves. She instructed the event attendees to vocalize when exhaling and encouraged them to try harmonizing with ...

These waves create vibrations throughout the skull and jaw that our inner ears register as sound. While most of the best bone conduction headphones are still made by Shokz (a company that gets ...