In this recorded lecture, Prof. Dr. Christian Henneberger (University of Bonn) will talk about visualizing extracellular neuotransmitter dynamics . His research group focuses on the interactions of neurons and an abundant subtype of glia (astrocytes), in the hippocampus. These interactions determine hippocampal network function and dysfunction in disease. The methods by which his group studies the hippocampus are various flavors of electrophysiology, as well as two-photon excitation…

In this recorded lecture, Dr. Sivia de Santis (University of Elche), group leader of Translational Imaging Biomarkers at the Institute of Neuroscience will talk about diffusion of MRI for clinical and preclinical studies. You can watch both the recorded lectures and the accompanying slides . Her research group focuses on neuroinflammation and neurodegeneration, using innovative, non-invasive and translational resonance imaging tools. For further information, please also visit her research lab…

In his recorded lecture Prof. Dr. Szűcs Péter (University of Debrecen), group leader at the Department of Anatomy, Histology and Embryology will talk about infrared LED oblique illumination for studying neuronal circuits in in vitro block-preperations of the spinal cord. You can watch both the recorded lectures and the accompanying slides . His rsearch group focuses anatomical and functional connectivity and development of the superficial dorsal horn of the spinal cord, using i.e. optogenetics…

In this recorded lecture, Dr. Martin Schwarz Jump to Edgenote (University of Bonn), group leader of Functional Neuroconnectomics at the Institute for Experimental (postdoc) will talk about linking neuronal activity to behaviour using AI-based online detection. You can watch both the recorded lecture and the accompanying slides . The Functional Neuroconnectomics group focuses on the functional characterisation of neuronal circuits that orchestrate olfactory-driven behaviour and its alterations…

In this recorded lecture, Prof. Dr. Ulrich Ettinger (University of Bonn), Head of the Section of Cognitive Psychology, Vice Dean of Research and International Affairs of the Faculty of Arts, Spokesperson of the Centre for Mind Research (CMR) talks about human oculography.

In this recorded lecture, Dr. Diana-Laura Miclea, lecturer at the luliu Haţieganu University of Medicine and Pharmacy Cluj-Napoca will talk about Genetic testing in neurodevelopmental disorders. Her research topic is the investigation of the parental origin of the X chromosome and pathogenetic study of clinical phenotype variability in Turner syndrome. For further information, please also visit her research lab website.

In his recorded lecture, Dr. Adam Packer (University of Oxford), Wellcome Trust Sir Henry Dale Fellow at the Department of Physiology, Anatomy, and Genetic will talk about in vivo optogenetics. His research group focuses on investigating how behaviour is controlled and driven by neural circuits that display complex spatio-temporal activity patterns in the millisecond range, using combined simultaneous two-photon calcium imaging and targeted optogenetic two-photon photostimulation using a…

In this recorded lecture, Prof. Dr. Lennart Brodin (Karolinska Institutet), group leader of Neural Cells: development, biology and pathology at the Department of Neuroscience will talk about the analysis of phase separation at the synapse . You can watch both the recorded lectures and the accompanying slides . His research group focuses on the molecular mechanisms controlling the synaptic vesicle cycle and how they interact in neurodegenerative diseases. For further information, please also…

The lecture series "Current Methods in Neurotechnology" highlight exiting techniques in neuroscience. Lecture series of current methods in neurotechnology.

In this tutorial, we will learn the basics of mean-field modeling and how to use it to simulate large-scale brain dynamics. 

Can you solve the Cliff Walking problem? Let's explore how can we use memories of past experiences to make decisions by building AI models! This tutorial introduces the Sequential Episodic Control (SEC) algorithm to solve a classical Reinforcement Learning (RL) challenge: the Cliff Walking problem.