Tim Jürgens

Professor

University of Luebeck

Germany

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Tim Jürgens is a Professor at Luebeck University of Applied Sciences, Germany. His research areas encompass audiology, hearing aids, and auditory perception, as evidenced by his recent articles on topics such as hearing aid evaluation, listening effort, and middle ear implants. He explores the implications of acoustic environments and factors affecting speech-in-noise benefits for hearing aid users.

Articles (17)

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2025

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2025

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2025

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2025

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2024

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2024

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2024

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2022

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2022

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2022

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2021

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2021

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2021

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2021

Collaborators (4)

Deniz Başkent

Professor

University Medical Center Groningen

NETHERLANDS

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Tobias Neher

University of Southern Denmark

DENMARK

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Minke de Boer

University Medical Center Groningen

NETHERLANDS

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Hendrik Husstedt

GERMANY

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Tim Jürgens

Research Interests

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Articles (17)

Evaluation of a research hearing aid for audiological testing

Influence of Noise Reduction on Ocular Markers of Listening Effort in Hearing Aid Users in Darkness and Ambient Light

Closedness of Acoustic Coupling and Audiological Measures Are Associated with Individual Speech-in-Noise Benefit From Noise Reduction in Hearing Aids

Application scenarios for a mobile hearing aid demonstrator with headphone form factor

Factors to Describe the Outcome Characteristics of a CI Recipient

How Individuals Shape Their Acoustic Environment: Implications for Hearing Aid Comparison in Ecological Momentary Assessment

Auditory Spatial Bisection of Blind and Normally Sighted Individuals in Free Field and Virtual Acoustics

The Merits of Bilateral Application of Middle Ear Implants in Patients With Bilateral Conductive and/or Mixed Hearing Loss

Hearing rehabilitation and microbial shift after middle ear surgery with Vibrant Soundbridge in patients with chronic otitis media

Middle Ear Implant Usage Restores Subjective Listening Effort toward Normal in Complex Acoustic Scenes

Einfluss von Richtmikrofonie auf die Höranstrengung bei Mittelohrimplantatträgern

Modelling speech reception thresholds and their improvements due to spatial noise reduction algorithms in bimodal cochlear implant users

Design and verification of a measurement setup for wireless remote microphone systems (WRMSs)

Auditory and Visual Integration for Emotion Recognition and Compensation for Degraded Signals are Preserved With Age

Spatial speech-in-noise performance in simulated single-sided deaf and bimodal cochlear implant users in comparison with real patients

Degraded visual and auditory input individually impair audiovisual emotion recognition from speech-like stimuli, but no evidence for an exacerbated effect from combined degradation

Speech Intelligibility and Spatial Release From Masking Improvements Using Spatial Noise Reduction Algorithms in Bimodal Cochlear Implant Users

Collaborators (4)

Deniz Başkent

Tobias Neher

Minke de Boer

Hendrik Husstedt

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