Neural Networks

From neurobiology to quantum systems, neural networks drive scientific discovery.

An illustration of a neural network being upgraded.
Placeholder image. Alex Eben Meyer for Simons Foundation

People

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Rediet Abebe

Assistant Professor of Computer Science, University of California, Berkeley

Rhiannon Adam headshot

Rhiannon Adam

Photographic Artist

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Alexandre Adam

Flatiron Research Fellow, Centers for Computational Astrophysics and Computational Mathematics

Portrait photo of Ryan Adams

Ryan Adams

Investigator, Simons Collaboration on the Global Brain

New research at the Flatiron Institute explores how to improve neural networks using components closer to those in real brains.

Publications

Research Spotlight

In this Presidential Lecture, Geordie Williamson explains how neural networks are used for mathematical discovery. October 29, 2025

Software & Data

Feature

Biological Brains Inspire a New Building Block for Artificial Neural Networks

January 26, 2026

While artificial neural networks are revolutionizing technology and besting humans in tasks ranging from chess to protein folding, they still fall short of their biological counterparts in many key areas, particularly reliability and efficiency. The solution to these shortcomings could be for AI to act more like a real brain. Computational neuroscientists at the Simons Foundation’s Flatiron Institute in New York City have drawn lessons from neurobiology to enhance artificial systems using a new type… Continue

Talks & Lectures

October 12–14, 2026

Speaker

Shep Doeleman

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October 15–16, 2026

October 15, 2026

1–5 p.m. ET