Hearing Research

Binaural beats are processed by the brain, and a new sound is created and considered to be an audio hallucination. 

Researcher with Rockefeller University studies how to use optical waves to maximize cochlear amplification.

Research group conducts study to examine how brain rhythms affect a person's ability to listen.

New study published in the "Journal of Neuroscience" reveals the interaction between the brain and auditory system to result in reactions to unpleasant sounds.

Research shows premature babies could benefit from non-pharmaceutical treatments such as auditory stimulation.

Frank Russo, developer of the Emoti-Chair, which allows hard-of-hearing people to hear music through vibrations, has received a grant to further his research into how people perceive emotional communication.

A new study indicates that hearing loss, even mild hearing loss, can lead to brain atrophy in adults. Treatments, such as hearing aids, may help slow down this decline.

Two new team members have joined the Ida Institute: Timothy Cooke as Web Content Editor and Ena Nielsen as Project Manager.

In a recent study, men were found to perform better localizing sounds in situations where background noise was present. This finding may be related to a mechanism in the brain that helps with attention.

GUMC neuroscientists have found neurons in the brains of bats that seem to shush other neurons when relevant communications sounds come in and is a process that may be working in humans as well.

A new study shows that our brains are wired so we can better hear ourselves speak. The findings may be helpful in better understanding some aspects of auditory hallucinations, such as those experienced by people who suffer from schizophrenia.

All sounds echo, but when a sound reaching the ear is loud enough, auditory neurons simply accept that sound and ignore subsequent reverberations.

Studies reveal our hearing is more than simply listening with our ears; in fact our hearing is skin deep, literally.

The House Ear Institute (HEI) announced the appointment of Neil Segil, Ph.D., as Executive Vice President of Research and a new division that will increase collaborative research between HEI researchers and House Clinic physicians.

The phrase “perk up your ears” made more sense last year after scientists discovered how the quietest sounds are amplified in the cochlea before being transmitted to the brain.

A team of University of Oregon researchers have isolated an independent processing channel of synapses inside the brain's auditory cortex that deals specifically with shutting off sound processing at appropriate times. The new finding could lead to new, distinctly targeted therapies such as improved hearing aids.

A University of British Columbia study found that people hear with their skin as well as with their ears. Our brain integrates input from both our ears and our skin for hearing abilities.

By Duke Medicine News and Communications Scientists at Duke University Medical Center have identified neurons in the songbird brain that convey the auditory...

January 12, 2010 - Loss of spiral ganglion neurons or hair cells in the inner ear is the leading cause of congenital and acquired hearing impairment....

Bats don't see very well. But they eat a bunch of mosquitoes by employing a form of sonar ? echolocation ? to snatch skeeters right out of the sky ? in...

A recent study from the University of Utah, co-authored by the Chair of the Bioengineering Department, Dr. Richard Rabbitt, has demonstrated that the human ear actually has tiny,...

Humans use their whole bodies, not just their ears, to understand speech, according to University of British Columbia linguistics research. It is well known that humans...

Cleveland, Oct. 29 - While the public has made accommodations for 54.4 million people with disabilities, many researchers regularly exclude people who cannot...

Naerum, DK November 30 - Ida Institute recently convened a gathering of hearing care opinion leaders representing the audiology departments of 19 leading U.S....

The recommendation to lay babies on their backs to sleep has reduced sudden infant death syndrome (SIDS), but has led to an increased number of infants with a skull deformity called deformational...