Surfer’s ear appears to be a long-term complication, and is more likely to develop from regular exposure, not just an ...

Maggots love to feed on decaying fruit. New research explains how they found this out and the implications for having texture ...

Executive Editor David Carnoy has been a leading member of CNET's Reviews team since 2000. He covers the gamut of gadgets and is a notable reviewer of mobile accessories and portable audio ...

Research conducted at the University of Saarland in Germany has found that humans also have the ability to move their ears in response to sound. Robert Wiederheim, a German anatomist active in the ...

The authors reasoned that many similarities between the appearance of cartilage under the microscope for zebrafish gills and human ears cannot be just a coincidence. Knowing that both the gills ...

Tens of millions of years ago, our primate ancestors responded to noises in much the same way many other mammals do, pricking their ears and deftly turning them towards the sound's source. While a few ...

The main treatment for cancer that starts in the ear canal, middle and inner ear or the bone is surgery and radiotherapy. Radiotherapy is often given after surgery. Some people may have it instead of ...

More affordable than Sennheiser's flagship headphones, yet they deliver very good sound quality Good noise canceling and voice-calling performance USB-C audio Some extras not included with the ...

Scientists previously thought the muscle used to wiggle your ears was essentially useless. But new research has found it activates when humans are listening carefully to something. Lots of animals ...

You won’t notice it, but when you listen hard enough, your ears — or at least the muscles around them — spring into action. Though (most) humans lost the ability to wiggle their ears ...

Avid ear-filler Stuart Pritchard wades into the world ... a DLC diaphragm delivering full mids and bass for balanced human voice and high resolution playback, and incredible tonal depth tuned ...

As humans grew more proficient with visual and vocal systems, the evolutionary pressure to move their ears ceased. This caused the auricular muscles to become vestigial, scientists thought.