Author: Stefani Kim

Sonic Introduces New Styles and Performance Levels for Enchant

Designed with a focus on size to create a “first-rate fit,” Enchant custom models reportedly use a variety of venting, amplifier, and battery configurations to build the smallest possible instruments to satisfy individual preferences for style, comfort, and gain. Feature options include four receiver sizes (75-100 dB), advanced wireless communication with 2.4 GHz, Near Field Magnetic Induction (NFMI) technology, dexterity enhancements for easier handling, and more.

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Printing with Sound

Harvard University researchers have developed a new printing method that uses soundwaves to generate droplets from liquids with an unprecedented range of composition and viscosity. This technique could finally enable the manufacturing of many new biopharmaceuticals, cosmetics, and food and expand the possibilities of optical and conductive materials.

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63rd International EUHA Congress to Take Place October 17-19, 2018 in Hannover

The main topic of the 2018 EUHA Congress is “digitalization,” and all presentations will be available in both German and English. In addition to the lecture program, more than 130 exhibitors will be showcasing their latest technologies and innovative products in the fields of diagnostics, accessories, and design at the accompanying trade exhibition.

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University of Sydney and Cochlear Limited Study Speech Comprehension in Cochlear Implant Recipients

In the study, recently published in “Ear and Hearing,” experts have found a correlation between a computer model and the speech intelligibility in implant recipients. This might mean that by improving the performance of the model, the performance of individuals with cochlear implants may benefit in ways that have never before been explored.

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Creighton University Researcher Receives $1.9 Million Grant to Study Age-related Hearing Loss

Much of Dr He’s research will focus on inner and outer hair cells, the two types of receptor cells that convert sound into electrical impulses in the auditory nerve. He will compare the changes at the cellular and molecular levels of hair cells between young and aging mice to determine age-related changes in gene expression, ultrastructure, and cellular function.

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