Advancing NeuroFeedback for Tinnitus
On going project

Release
-
Technologies
Biofeedback, Design System
Themes
Information Perception, Wellbeing & Health
Advancing NeuroFeedback for Tinnitus
Advancing NeuroFeedback for Tinnitus
Advancing NeuroFeedback for Tinnitus
Advancing NeuroFeedback for Tinnitus
Advancing NeuroFeedback for Tinnitus
Advancing NeuroFeedback for Tinnitus
Advancing NeuroFeedback for Tinnitus
Advancing NeuroFeedback for Tinnitus
Advancing NeuroFeedback for Tinnitus
Advancing NeuroFeedback for Tinnitus
Advancing NeuroFeedback for Tinnitus
Advancing NeuroFeedback for Tinnitus

In September 2022, the EPFL+ECAL Lab launched a new project, Advancing Neurofeedback in Tinnitus. In collaboration with research groups from the domains of clinical neuroscience (University of Zurich, UZH, University Hospital Zurich, USZ) and cognitive psychology with user experience evaluation (Bern University of Applied Sciences and University of Fribourg, BFH-UFR), the consortium will be the first of its kind to address neurofeedback therapy for tinnitus from a multidisciplinary perspective.

Tinnitus, the perception of noise or ringing in the ears, affects about 15 to 20% of the western population. About 20% of these cases lead to severe impairment of quality of life although no effective treatment options have been discovered yet.

Neurofeedback (NFB) is currently gaining interest as a potential treatment option, however, no systematic research has yet been performed on the impact of NFB stimuli and settings. Therefore, the overall goal of the project, which will last 4 years, is to fill this research gap through a unique collaboration of expertise.

The results of the project will be released in 2024 and 2026.

EPFL+ECAL Lab

Director EPFL+ECAL Lab and project Co-PI

Nicolas Henchoz

DEPUTY Project Manager & Engineering Lead

Delphine Ribes

Research Assistant

Danpeng Cai

Design Lead

Lara Défayes

Academic Lead

Emily Groves

Software Engineering

Gabriel Luthier

 

Clinical neuroscience group, University and University Hospital Zurich, USZ

PI

Pr Dr Tobias Kleinjung

Overall project manager, Senior scientist

Dr Patrick Neff

PhD student, signal processing engineering

Payam Sadeghi

Bern University of Applied Sciences and University of Fribourg

co-pi

Pr Dr Andreas Sonderegger

PhD student, Neuropsychology

Adrian Naas

 

Consortium Partners

Pr Dr Dimitri Van De Ville, EPFL and University of Geneva
Pr Dr Nathan Weisz, University of Salzburg, Austria

 

The ANT project is funded by the Swiss National Science Foundation