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  • Building Biological Intelligence Investigating how the ingredients of biological computation come together to produce a system vastly more powerful than its constituent parts

    Computational Vision Developing novel computational methods to study how the brain analyzes and represents visual information.

    High Dimensional Dynamics and Computation Developing theories linking synaptic connectivity, neuronal dynamics and computation.

    Information Processing in Neural Networks Investigating the dynamics, statistical properties and principles of information processing in biological neural circuits and artificial neural networks.

    Neural Circuits and Algorithms Studying how the brain processes complex sensory data to inform AI networks and mental health treatments.

    NeuroRSE Building open source software for computational and systems neuroscience.

    Statistical Analysis of Neural Data Developing statistical models and computational tools to extract insights from neural data.

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Flatiron Institute

Computational Neuroscience

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    Building Biological Intelligence Investigating how the ingredients of biological computation come together to produce a system vastly more powerful than its constituent parts

    Computational Vision Developing novel computational methods to study how the brain analyzes and represents visual information.

    High Dimensional Dynamics and Computation Developing theories linking synaptic connectivity, neuronal dynamics and computation.

    Information Processing in Neural Networks Investigating the dynamics, statistical properties and principles of information processing in biological neural circuits and artificial neural networks.

    Neural Circuits and Algorithms Studying how the brain processes complex sensory data to inform AI networks and mental health treatments.

    NeuroRSE Building open source software for computational and systems neuroscience.

    Statistical Analysis of Neural Data Developing statistical models and computational tools to extract insights from neural data.

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Flatiron Institute Computational Neuroscience

Computational Neuroscience: Research Teams

We build systems-level models of brain function to deepen understanding of cognition and behavior.

Side view of a brain with regions V1, V2, and V4 highlighted in blue, red, and teal, plus matching colored circular patterns and labels T1, V4, V2, V1 shown below the brain.

Computational Vision

Fluorescent microscopy image of brain tissue, showing green and magenta stained cells and layers, highlighting structural differences and cellular distribution in the sample.

Neural Circuits and Algorithms

NeuroAI and Geometric Data Analysis

Image of the hippocampus was taken with an ultra-widefield high- speed multiphoton laser microscope.

Statistical Analysis of Neural Data

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