Donders Centre for Neuroscience
At the Donders Centre for Neuroscience (DCN) we aim to understand the complex neural networks underlying perceptual, motor and cognitive brain functions. We study these networks by employing experimental as well as computational approaches.
The DCN consists of two sections and is part of the world-renowned Donders Institute for Brain, Cognition and Behaviour.
In the spotlight
NWO Grant for Advancement of Cochlear Implant Algorithms
The NWO has awarded funding to OtoControl-2.0, led by John van Opstal, under the Open Technology Programme. OtoControl-2.0 is one of seven projects selected to receive a total funding of 5.4 million Euros from NWO, and an additional 1.4 million Euros from investing organizations. The primary objective of this project is to develop improved algorithms for cochlear implants.
Research sections
Neurobiology
Neurophysics
News
- Lisa Genzel joins the FENS-Kavli Network of Excellence4 September 2023
- Don't believe your ears19 June 2023
- NWO Open Technology funding for cochlear implants1 June 2023
- ERC Grant for Making Sense of the Senses18 April 2023
- collaborative research project on early changes in Parkinson's disease17 January 2023
Agenda
- DCN seminar 28 September 2023DCN seminar 28 September 2023 by Nicolas Rault28 September 2023
- DCN seminar 5 October 2023 by Alexander Heimel5 October 2023
- DCN seminar by Alexander Heimel5 October 2023
- DCN seminar 12 October 2023 by Timo van Kerkoerle12 October 2023
- DCN seminar by Prof.dr. Sander M. Bohté, CWI ML group16 November 2023
Master's Neurobiology
Neurobiology is a specialisation within the Master’s programme Medical Biology, Molecular Life Sciences, and Science (Biology-Chemistry).
This specialisation crosses the boundaries of multiple sub-fields of molecular and cellular biology, life sciences, medicine and behavioural sciences.
Master's Neurophysics
Neurophysics is a specialisation within the Master’s programme in Physics and Astronomy, and the Master of Science (Biology-Physics/Physics-Informatics).
We focus on understanding the neuro-computational mechanisms of the brain and how this knowledge can be used for relevant applications, such as robotics and neuro-technology.
For more detailed information on the Neurophcysics programme, please see the NeurophysicsBrochure