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SUMMARY:From TTLs to DAQs - short intro to data synchronization
DESCRIPTION:A modern neuroscience experiment can be a logistical nightmare – multiple electrodes\, cameras\, sensors\, and actuators need to be integrated into a coherent\, perfectly synchronized\, and robust system. This can be particularly challenging for researchers who are just starting their projects. \nDuring this short seminar\, we will introduce basic strategies you can adopt when designing your experimental setups. We will explain TTL signals -what they actually are\, how they can be generated\, and how you can use them to trigger multiple devices in your experiments. You will learn more about computer clocks\, data acquisition systems\, and basic troubleshooting strategies. We will use example Arduino and Bonsai programs to demonstrate how you can approach these problems in practice. \nThe workshop is free of charge. \n  \nTutor: Mateusz Kostecki\, Heidelberg University
URL:https://nenckiopenlab.org/event/from-ttls-to-daqs-short-intro-to-data-synchronization/
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DTSTART;TZID=Europe/Warsaw:20261125T160000
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SUMMARY:Virtual reality approaches to study spatial cognitive maps in adult zebrafish
DESCRIPTION:Rainer Friedrich\nFriedrich Miescher Institute for Biomedical Research\nWednesday\, November 25\, 2026\n16:00 CEST / 10:00 EST \nBrains build internal models of the world that support navigation\, understanding\, and planning. These internal models are often studied through cognitive maps for spatial navigation\, particularly in rodents\, but linking functional representations to their underlying circuit mechanisms remains challenging. In this seminar\, Rainer Friedrich will present a closed-loop\, high-resolution virtual reality approach developed to study spatial cognitive maps in head-fixed adult zebrafish while measuring neuronal activity across the telencephalon. The talk will discuss how different functional neuron types in the zebrafish dorsal telencephalon form internal representations of a virtual environment\, how these representations are refined by experience\, and how virtual reality manipulations can reveal cognitive inference and prediction. It will also highlight how combining behavioral training\, two-photon imaging\, and circuit-level approaches in adult zebrafish can help link cognitive maps to their underlying neural organization. Together\, these approaches illustrate how virtual environments and the small size of the zebrafish brain can be used to study mechanisms of cognition across scales. \nThis event is free. Please find the registration form HERE.
URL:https://nenckiopenlab.org/event/virtual-reality-approaches-to-study-spatial-cognitive-maps-in-adult-zebrafish/
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