MIT engineers came up with a way to recover water from an atmospheric water harvesting material 45x faster using ultrasonic ...

MIT engineers have created a way to pull clean drinking water from air far faster than current atmospheric water-harvesting systems.

Both ultrasound for medical imaging and seismology for imaging the Earth's interior measure the propagation of waves through matter. For example, when seismic waves encounter material differences in ...

MIT researchers have found a way to use the mechanical vibrations of sound waves to shake water molecules free from a storage ...

MIT's ultrasonic water extraction system transforms atmospheric moisture into clean water, recovering it in minutes and ...

For many nocturnal moths, hearing sound waves is a matter of survival in the night sky. Their ability to detect ultrasonic ...

A team of researchers has successfully used ultrasound waves to speed up drug delivery to the gastrointestinal (GI) tract. The study was conducted by researchers from MIT and the Massachusetts General ...

Ultrasound can do a whole lot more than create images of unborn babies. Since it first became a near-indispensable medical tool in the 1930s, technology that produces sound waves so high-pitched that ...

A new way of creating specially shaped pulses of ultrasound using light and a 3D printer has been unveiled by Michael Brown and colleagues at University College London. The pulses, which are creating ...

For decades, ultrasound was employed in only a handful of medical specialties. But today it is being used across the spectrum of disciplines, from anesthesiology to urology. Ultrasound, also called ...