Neural Waves (NeW)

Our capacity to understand and modify neural activity will lead to tremendous advancements for humanity during the next decades. These advancements will pave the way for high-quality brain-machine interfaces, wearable electronics and therapeutic devices. However, current technology and materials impede this development with bulky, non-biocompatible electrical components that require rigid encapsulation in body, and interfaces that lack the appropriate mechanical and electrical properties to safely and efficiently contact tissue for extended periods of time. There is a critical need for reliable, safe, soft, implantable devices that can acquire and process neural and electrophysiological data, as well as deliver responsive stimulation.

In NeW (Neural Waves) lab, we aim to dissolve the scientific boundaries between different fields and promote an interdisciplinary way of thinking to create biomedical devices and therapeutic systems that will benefit human health. We are particularly interested in innovating minimally invasive neural interfaces that can address fundamental questions regarding the neurobiology of brain, as well as conduct diagnostics and interventions to mitigate relative disorders.  The NeW lab is part of the Ghent Auditory Science Platform (GASP) team, a collaboration between several research groups from the faculties of Medicine, Engineering, and Psychology at Ghent University conducting joint research in auditory science. Under this scheme, we are utilizing novel neural interfaces to investigate the auditory-neurological pathway and develop devices going beyond the current state-of-the-art hearing aids and cochlear implants. Further, we are exploring novel materials in micro- and nano-scale domains that will expand the boundaries of interaction with biological systems.

Curious and talented individuals of various backgrounds and areas of expertise are always welcome to join the group.
For any inquires please contact Georgios Spyropoulos.