Our Research Lines.
Bioelectronic Materials and Devices
We innovate at the materials and device level, developing new organic, ionic, and hybrid electronic components that expand the capabilities of bioelectronic and neural interfaces. Alongside materials development, we investigate the fundamental device physics that governs performance and interaction with biological systems. These advances enable new platforms for sensing, diagnostics, prevention, and therapeutic intervention.
Neural Interfaces
We design biocompatible, minimally invasive bioelectronic systems that integrate closely with neural tissue. Our interfaces are developed for stable, long-term recording and stimulation while preserving tissue health. Building on this foundation, we create multimodal platforms that combine electrical, optical, and other modalities to expand how neural circuits can be studied, monitored, and modulated.
Auditory Neurotechnology and Hearing Restoration
We develop technologies to study and interface with the auditory pathway, with the aim of advancing hearing restoration beyond current hearing aids and cochlear implants. Our work spans neural recording, stimulation, and next-generation auditory neurotechnology. This research is embedded within the Ghent Auditory Science Platform (GASP), a multidisciplinary collaboration across the Faculties of Medicine, Engineering, and Psychology at Ghent University.
Neurobiology of Brain Circuits
We use advanced neural interfaces to investigate the fundamental mechanisms that govern brain circuits. By linking neural activity to circuit function and behavior, we aim to deepen our understanding of neurological and psychiatric disorders and translate this knowledge into diagnostic tools and responsive, closed-loop therapeutic systems.
