The NeurReps Workshop brings together researchers from applied mathematics and deep learning with neuroscientists whose work reveals the elegant implementation of mathematical structure in biological neural circuitry. The first and second editions of NeurReps were held at NeurIPS 2022 and at NeurIPS 2023. The invited and contributed talks drew exciting connections between trends in geometric deep learning and neuroscience, emphasizing parallels between equivariant structures in brains and machines. This year's workshop will feature five invited talks covering emerging topics in geometric deep learning, mechanistic interpretability, geometric structure in the brain, world models and the role of dynamics in shaping neural representations.

Viele Nervenzellen sowie auch Zellen im Herzen zeigen intrinsisch oszillatorisches Verhalten auf einer Zeitskala von Millisekunden bis zu wenigen Sekunden. Damit diese Zellen aber im kollektiven Zusammenspiel physiologisch funktionale makroskopische Oszillationen erzeugen können, müssen sie aufeinander »hören« können und ihre Oszillationsperioden aneinander anpassen. Der Vortrag verfolgt zum einen das Ziel, eine Vielzahl bekannter, aber auch einige weniger offensichtliche Oszillationen vorzustellen, die Tieren (und uns Menschen) eine subjektive Zeitwahrnehmung vermitteln könnten. Zum anderen soll ein grundlegendes mathematisches Prinzip der Synchronisation erklärt werden, das erklärt, was »aufeinander zu hören« bedeutet und auch wie dieses Prinzip mechanistisch in Zellverbänden, Organen und sozialen Interaktionen implementiert wird.

Der Vortrag ist Teil der Reihe "Samstags-Uni: Dimension ,Zeit': Temporalität in Wissenschaft, Kunst, Kultur und Gesellschaft" des Studium generale der Universität Freiburg und der Volkshochschule Freiburg in Verbindung mit der Katholischen Akademie der Erzdiözese Freiburg statt.

In this colloquium, speakers will present their research in various areas of spatial navigation, including behavioral, neuroscientific, and theoretical approaches. The goal is to foster interdisciplinary discussions along the lines of the review article "A Map of Spatial Navigation for Neuroscience" (Parra-Barrero et al., 2023) that proposes a taxonomy of spatial navigation processes in mammals. The talks will cover a diverse range of topics, from the neural underpinnings of navigation to complex navigation behaviors. Attendees will gain a better understanding of how the mammalian brain represents and navigates through space, as well as learn about several cognitive processes such as learning and memory through the lens of spatial navigation.

Das Bernstein Center Freiburg und die Fakultät für Biologie laden erneut zu spannenden Fragen, kreativen Ansätzen und praxisbezogenen Methoden rund um das Thema Neurowissenschaften ein. Herausragende Neurowissenschaftlerinnen und -wissenschaftler aus ganz Deutschland werden aus Sicht ihrer Disziplin anschaulich und verständlich über ihre Forschung berichten.
Angesprochen wird ein Publikum mit Interesse an den aktuellen Themen der Hirnforschung. Nach einem etwa 40-minütigen Vortrag gibt es Gelegenheit zur Diskussion. Der Eintritt ist frei.

The Göttingen Meeting 2025 continues and supports what was always the aim of the original Neurobiology Meeting over 40 years ago: to give (young) scientists the space they need to learn from the work of their colleagues from all disciplines and to grow with their own presentations in symposia and poster sessions.

The annual Cosyne meeting provides an inclusive forum for the exchange of empirical and theoretical approaches to problems in systems neuroscience, in order to understand how neural systems function. The Main Meeting is single-track. A set of invited talks is selected by the Executive Committee, and additional talks and posters are selected by the Program Committee, based on submitted abstracts. The Workshops feature in-depth discussion of current topics of interest, in a small group setting.

Episodic memories are widely regarded as memories of personally experienced events. Early concepts about episodic memory were based on the storage model, according to which experiential content is preserved in memory and later retrieved. However, overwhelming empirical evidence suggests that the content of episodic memory is – at least to a certain degree – constructed in the act of remembering. Even though very few contemporary researchers would oppose this view of episodic memory as a generative process, it has not become the standard paradigm of empirical memory research. This is particularly true for studies of the neural correlates of episodic memory. Further hindering progress are large conceptual differences regarding episodic memory across different fields, such as neuroscience, philosophy, and psychology. This interdisciplinary conference therefore aims to bring together researchers from all relevant fields to advance the state of the art in the research on generative episodic memory.

The International Conference on Mathematical Neuroscience (ICMNS) is an inter-disciplinary conference series, bringing together theoretical/computational neuroscientists and mathematicians. The conferences are aimed at scientists interested in using or developing mathematical techniques for neuroscience problems. ICMNS 2025 will be the tenth annual conference.