Understand
the rhythm.
Change the state.
We study how brain networks work — and how precisely timed stimulation can change them.
From understanding networks
to shaping their activity.
Neural dynamics
How do coordinated patterns of neural activity support memory, perception and behaviour — and how do they become pathological?
Closed-loop neuromodulation
We investigate how interventions synchronized to ongoing brain activity can influence seizures and neuropsychiatric processes.
Neurotechnology & translation
We develop recording and stimulation approaches that connect experimental neuroscience with therapeutic questions.
Publication figure reproduced from the lab’s research presentation.
The right intervention.
At the right moment.
Brain activity is dynamic. Our work asks how the timing of stimulation relative to ongoing neural rhythms can make an intervention more effective.
Inside our approach ↗Ideas, tested.
Dual thalamic drive defines the intra-amygdala wiring complexity
Babiczky Á, Berki P, Mengxing L, Kocsis K, Magyar A, Bakacsi AV, Barsy B, Berczik J, Borbély S, Berényi A, Clascá F, Paz-Alonso PM, Mátyás F
From Scalp to Source: Precise Phase Retrieval of Intracerebral Epileptic Sources Based on Surface EEG
Furuglyás K, Huszár-Kis M, Horváth B, Pejin A, Forgó N, Langó I, Singla S, Görög M, Vass P, Chadaide Z, Laszlovszky T, Devinsky O, Bagić AI, Somogyvári Z, Berényi A
Phase-dependent closed-loop intersectional short-pulse stimulation reduces seizure duration: From computational modeling to clinical application
Barcsai L, Forgó N, Somogyvári Z, Házi V, Furuglyás K, Huszár-Kis M, Chadaide Z, Ráfi P, Laszlovszky T, Erőss L, Berényi A
Closed-Loop, Subgaleal Intersectional Short-Pulse Stimulation for the Treatment of Therapy-Resistant Epilepsy in Adults
Chadaide Z, Fabó D, Szoboszlay M, Barcsai L, Pejin A, Horváth B, Görög M, Földi T, Ambrúzs L, Laszlovszky T, Halász L, Huszár-Kis M, Forgó N, Szilágyi G, Négyessy Á, Kelemen A, Jordán Zs, Ujvári Á, Sákovics A, Kamondi A, Buzsáki Gy, Devinsky O, Erőss L, Berényi A
Different disciplines.
Shared curiosity.
Our work brings together experimental neuroscience, medicine and engineering to understand and influence neural networks.
Meet the lab & alumni ↗
Antal Berényi
MD, PhD
University of Szeged
An interdisciplinary research environment, with a commitment to collaboration, methods development and training the next generation of researchers.
Science is a
shared experience.
Lab life, events and the techniques behind our research.
What’s happening
in the lab.
New papers, research opportunities and everyday discoveries, shared on LinkedIn.
Throughout the event, we had the chance to showcase our main research...
During the three weeks, Bogi expanded her knowledge of computational models, diving deep into cortical processing and how neural...
It was a great platform to connect with international researchers, discover their contributions to the field, and present our...
It was a great experience to exchange ideas and connect with scientists from the other side of the world, while...
It was a great opportunity to exchange ideas, learn more about each...
Bring your questions.
Build something new.
Interested in neural circuits, electrophysiology or brain stimulation? Get in touch to discuss research and training opportunities.
Start a conversation ↗