Introduction to Hippocampus Microcircuit Simulation

Computational neuroscience allows us to explore the brain's inner workings by modeling complex neural networks. If you want to understand how the hippocampus processes information without needing access to a physical wet lab, simulation is the key. This text-based course guides you through the foundational concepts of hippocampal microcircuits and teaches you how to model them in silico. You will gain the skills to set up neural simulations, run virtual experimental protocols, and interpret the resulting data to understand brain function. What you will learn: Understand the fundamental biology and architecture of hippocampal microcircuits; Configure single-neuron models and connect them into functional local networks; Apply simulated experimental protocols to test and validate network behaviors; Analyze simulation output data using modern computational analysis techniques; Explore how microcircuit models help form and test theories of memory and learning. You will start with core neurobiological definitions and mathematical modeling principles before moving on to constructing and running your own microcircuit simulations through structured step-by-step written tutorials. This course is designed for beginners in computational neuroscience, biology students, and programmers interested in brain modeling, with no prior simulation experience required. Begin your journey into computational brain modeling today.