Tag Archive: hearing disorders

What to do if you hear sounds that others do not

Photo credit: bruce mars from Pexels

Finally, David M. Sykes, Vice Chair, The Quiet Coalition, addressed a query from a woman who said she heard a sound in her living space that her partner insists wasn’t there:

by David M. Sykes,Vice Chair, The Quiet Coalition

The Quiet Coalition recently received an inquiry from a woman who said she hears “a nearly imperceptible high-pitched sound” in her living space. She states that she can hear the sound, but her partner insists there is no sound. “Could a smartphone-based sound-meter app isolate and identify this sound?” she asked, adding “if so, which one do you recommend?”

First, I must note that the fact that this woman hears noise but her partner does not means nothing at all. Her partner could simply have much less sensitive hearing!

We at The Quiet Coalition agree that the best step is to try to measure the sound. There are free or inexpensive sound meter apps that you can install on your smartphone, so start there. Some are better than others, but thankfully, experts at the U.S. Centers for Disease Control and Prevention have tested and rated smartphone sound-meter apps, which we reported on last year.

But a smartphone app may not be sensitive enough to pick up the sound. What should you do if this is the case? The only alternative could be to find an acoustics engineer to visit your residence and use professional equipment to identify the noise and then help you identify the source. That person can also suggest some ways to address the problem—which could be a neighbor’s electronics. The National Council of Acoustical Consultants offers advice on how to select a professional, licensed acoustical engineer.

There is, however, another possibility that must be considered: hearing a high-pitched sound that no one else hears COULD mean that you have a hearing disorder called tinnitus or an acute sensitivity to sounds called hyperacusis. Tinnitus can be identified by first finding a truly quiet place, such as a library, or on a weekend retreat in the countryside, to see if you still hear the noise when you are away from the circumstances where you are aware of the sound.

40 million Americans have tinnitus (myself included), so it’s quite common. And many of us spent years assuming that the “background noises” we heard were actually coming from the environment and that everybody heard the same thing!

So we recommend that you pursue both of these steps, because exposure to noise can be stressful, can cause sleep loss, and can have other health effects.
First try to determine where an unseen source of high-pitched sound in your environment is coming from. If the sound cannot be isolated, then consider that the cause of the sound could be tinnitus or another hearing disorder that should be attended to.

Frankly, the best result would be that there really is an unseen source of high-pitched sound in the immediate environment. Why? Because that can be fixed once the source is identified. But tinnitus cannot be cured, though there are techniques for managing it—which include avoiding the kinds of exposures that may have caused it in the first place. And know that the onset of tinnitus can be quite sudden.

To learn more about tinnitus check out the American Tinnitus Association‘s website and the Clinical Practice Guideline for Tinnitus published in 2014 by the American Academy of Otolaryngology–Head & Neck Surgery.

In addition to serving as vice chair of the The Quiet Coalition, David Sykes chairs several professional organizations in acoustical science: The Acoustics Research Council, American National Standards Institute Committee S12, Workgroup 44, The Rothschild Foundation Task Force on Acoustics, and the FGI Acoustics Working Group—a partner of the American Hospital Association. He is the lead author of “Sound & Vibration 2.0 (2012, Springer-Verlag), a contributor to the National Academy of Engineering report “Technology for a Quieter America,” and to the US-GSA guidance “Sound Matters”, and co-founded the Laboratory for Advanced Research in Acoustics (LARA) at Rensselaer Polytechnic Institute. He recently retired from the board of directors of the American Tinnitus Association. A graduate of the University of California/Berkeley with graduate degrees from Cornell University, he is a frequent organizer of and speaker at professional conferences in the U.S., Europe, Asia, and the Middle East.

Hearing noise? Here’s how to find out where it’s coming from

Photo credit: bruce mars from Pexels

by David M. Sykes,Vice Chair, The Quiet Coalition

The Quiet Coalition recently received an inquiry from a woman who said she hears “a nearly imperceptible high-pitched sound” in her living space. She states that she can hear the sound, but her partner insists there is no sound. “Could a smartphone-based sound-meter app isolate and identify this sound?” she asked, adding “if so, which one do you recommend?”

First, I must note that the fact that this woman hears noise but her partner does not means nothing at all. Her partner could simply have much less sensitive hearing!

We at The Quiet Coalition agree that the best step is to try to measure the sound. There are free or inexpensive sound meter apps that you can install on your smartphone, so start there. Some are better than others, but thankfully, experts at the U.S. Centers for Disease Control and Prevention have tested and rated smartphone sound-meter apps, which we reported on last year.

But a smartphone app may not be sensitive enough to pick up the sound. What should you do if this is the case? The only alternative could be to find an acoustics engineer to visit your residence and use professional equipment to identify the noise and then help you identify the source. That person can also suggest some ways to address the problem—which could be a neighbor’s electronics. The National Council of Acoustical Consultants offers advice on how to select a professional, licensed acoustical engineer.

There is, however, another possibility that must be considered: hearing a high-pitched sound that no one else hears COULD mean that you have a hearing disorder called tinnitus or an acute sensitivity to sounds called hyperacusis. Tinnitus can be identified by first finding a truly quiet place, such as a library, or on a weekend retreat in the countryside, to see if you still hear the noise when you are away from the circumstances where you are aware of the sound.

40 million Americans have tinnitus (myself included), so it’s quite common. And many of us spent years assuming that the “background noises” we heard were actually coming from the environment and that everybody heard the same thing!

So we recommend that you pursue both of these steps, because exposure to noise can be stressful, can cause sleep loss, and can have other health effects.
First try to determine where an unseen source of high-pitched sound in your environment is coming from. If the sound cannot be isolated, then consider that the cause of the sound could be tinnitus or another hearing disorder that should be attended to.

Frankly, the best result would be that there really is an unseen source of high-pitched sound in the immediate environment. Why? Because that can be fixed once the source is identified. But tinnitus cannot be cured, though there are techniques for managing it—which include avoiding the kinds of exposures that may have caused it in the first place. And know that the onset of tinnitus can be quite sudden.

To learn more about tinnitus check out the American Tinnitus Association‘s website and the Clinical Practice Guideline for Tinnitus published in 2014 by the American Academy of Otolaryngology–Head & Neck Surgery.

In addition to serving as vice chair of the The Quiet Coalition, David Sykes chairs several professional organizations in acoustical science: The Acoustics Research Council, American National Standards Institute Committee S12, Workgroup 44, The Rothschild Foundation Task Force on Acoustics, and the FGI Acoustics Working Group—a partner of the American Hospital Association. He is the lead author of “Sound & Vibration 2.0 (2012, Springer-Verlag), a contributor to the National Academy of Engineering report “Technology for a Quieter America,” and to the US-GSA guidance “Sound Matters”, and co-founded the Laboratory for Advanced Research in Acoustics (LARA) at Rensselaer Polytechnic Institute. He recently retired from the board of directors of the American Tinnitus Association. A graduate of the University of California/Berkeley with graduate degrees from Cornell University, he is a frequent organizer of and speaker at professional conferences in the U.S., Europe, Asia, and the Middle East.