
pain from
everyday noise.



can range from mild
to devastating.
Learn about the Hyperacusis Device »
A clinical trail has started using a novel hyperacusis hybrid device which was developed by Dr. Craig Formby and Dr. David Eddins of the University of South Florida. Learn how to participate.
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If you have hyperacusis, start here. This is your chance to have a real influence in helping researchers understand life with hyperacusis.
Explore our research »
We are a non-profit charity dedicated to the development of effective treatments for hyperacusis and to funding research which will eliminate the underlying mechanisms that cause hyperacusis.
Patient Stories »
Sufferers are from all walks of life. Hyperacusis often has a significant impact on every part of a person’s life, from their work, their home environment, and virtually every social setting.
Breakthrough Collaboration at the 2020 ARO Research Conference
Hyperacusis Research continued the focus on collaboration with researchers at the 2020 Association of Research for Otolaryngology Midwinter meeting. Read about the Hyperacusis Alliance event where researchers formed the top 20 research priorities for hyperacusis.
2020 Hyperacusis Research Benefit Event
Hyperacusis Research is excited to present this free webinar that will focus on two key mechanisms of hyperacusis with pain. Listen to leading researchers Arnaud Noreña from Aix-Marseille Université and Megan Beers Wood from Johns Hopkins describe their novel research. Please join us for this event.
Hyperacusis at the 2019 University of Iowa Conference
Hyperacusis Research president Bryan Pollard spoke to doctors and audiologists at the University of Iowa’s 27th Annual International Conference on the Management of the Tinnitus & Hyperacusis Patient. Bryan’s topic was “Clinical Advancements for Managing...
Hyperacusis Research Supports 2019 Research Grant
Along with our partner, the Hearing Health Foundation, we are excited to announce our Emerging Research Grant for 2019. This grant demonstrates our commitment to uncover mechanisms of hyperacusis and accelerate the path to a cure.