No Headphones, No Problem: This Acoustic Trick Bends Sound Through Space to Find You
New audio tech uses ultrasound to create isolated pockets of sound, enabling private listening without headphones.
Wild Ultrasonic Beam Tech Bends Sounds For Private Listening Without Headphones
A new invention has proven that audio can successfully be transmitted directly to a listener's ears without being audible to others around.
IEEE Spectrum on MSN3d
Ultrasonic Beams Create Private Sound Pockets
Ultrasonic beams fired through a 3D-printed metasurface can create localized pockets of sound that are inaudible to ...
HealthDay on MSN7h
Sonolysis Reduces Risk for Periprocedural Cerebrovascular Events During Carotid Endarterectomy
For patients undergoing carotid endarterectomy, sonolysis is safe and results in a significant reduction in the composite ...
Tech Xplore on MSN3d
'Audible enclaves' could enable private listening without headphones
It may someday be possible to listen to a favorite podcast or song without disturbing the people around you, even without ...
Greek Reporter2d
Scientists Create Tech That Enables Private Listening Without Headphones
A groundbreaking sound technology could soon allow people to enjoy private listening experiences in public spaces without ...
Researchers created sound that can bend itself through space, reaching only your ear in a crowd
By combining ultrasound with a concept called nonlinear acoustics, you can create sound that stays silent until it reaches a ...
Inavate2d
Researchers create audio enclaves for localised listening
The team of researchers, led by Yun Jing, professor of acoustics, Penn State College of Engineering, precisely narrowed where ...
Study Finds on MSN3d
End Of Headphones? New ‘Audible Enclaves’ Deliver Sound Only to Your Ears
Learn about localized audio spots, dubbed "audible enclaves," which can be placed with pinpoint accuracy while remaining ...
Science Daily1h
Researchers capture first laser-driven, high-resolution CT scans of dense objects
A research team has achieved a new milestone in 3D X-ray imaging technology. The scientists have captured high-resolution CT scans of the interior of a large, dense object -- a gas turbine blade -- ...