AT Collections – Hearing Health
The hearing process in humans is complex and requires a series of actions to work smoothly. The process involves many parts of the ear working together to convert sound waves into information the brain understands and interprets as sounds, so it is important for us to understand and take care of our hearing health to avoid permanent damaged.
(prepared by L. Keeta Jones)
Extended High Frequency in Hearing and Speech – Ewa Jacewicz, Joshua M. Alexander, and Robert A. Fox
Hearing Aids Can’t Solve the Cocktail Party Problem — Yet – Marina Salorio-Corbetto and Brian C. J. Moore
Why Was Your Hearing Tested- Two Centuries of Progress – Robert Ruben
Psychoacoustics of Tinnitus- Lost in Translation – Christopher Spankovich
Middle Ear Biomechanics- Smooth Sailing – Sunil Puria
MODERN MUSIC-PLAYING DEVICES AS HEARING HEALTH RISKS – Brenda L. Lonsbury-Martin
PHYSIOLOGICAL CORRELATES OF PERCEPTUAL DEFICITS FOLLOWING SENSORINEURAL HEARING LOSS – Michael G.Heinz
HEARING LOSS AND FREQUENCY ANALYSIS OF COMPLEX SOUNDS – Marjorie Leek and Michelle Molis
ACOUSTICAL TESTS OF MIDDLE-EAR AND COCHLEAR FUNCTION IN INFANTS AND ADULTS – Douglas H.Keefe
NOISE-INDUCED HEARING LOSS IN TEENAGERS – Robert S. Schlauch
Regeneration of Auditory Hair Cells: A Potential Treatment for Hearing Loss on the Horizon – Rebeca M. Lewis
Scientists with Hearing Loss Changing Perspectives in STEMM – Henry J. Adler
The Remarkable Cochlear Implant and Possibilities for the Next Large Step Forward – Blake S. Wilson
Hearing and Aging Effects on Speech Understanding: Challenges and Solutions – Samira Anderson, Sandra Gordon-Salant, and Judy R. Dubno
Otoacoustic Emissions: Can Laboratory Research Improve Their Clinical Utility? – by Brenda L. Lonsbury-Martin, Barden B. Stagner, and Glen K. Martin
What Is Electromotility? – The History of Its Discovery and Its Relevance to Acoustics – William E. Brownell
