Confirmed Speakers
- Konrad Kording
- Andreas Tolias
- Benjamin Dunn
- Dmitri Chklovskii
- Cristina Savin
- Tom Griffiths
- Kenneth Harris
- John W. Krakauer
- Justin Wood
- Zeb Kurth-Nelson
- Stefano Fusi
- Evelina Fedorenko
- Ian Charest
- Kwabena Boahen
- Lauren N Ross
- Leila Wehbe
- Hessam Akhlaghpour
- Rosa Cao
- SueYeon Chung
- Nancy Kanwisher
- Stefano Nichele
- Simon Kornblith
- Tim Vogels
Abstract
The emerging field of NeuroAI represents a groundbreaking intersection of neuroscience and artificial intelligence, aiming to elevate our understanding of brain function and the algorithms we build inspired by it.
Over the past decades, neuroscience has experienced a technological boom, generating immense datasets that detail the complexities of the brain. Concurrently, the AI revolution has brought forth many neural network models, many believed to mimic aspects of brain function. However, the critical question remains: how can we validate these AI models as accurate representations of neural processes? How would we know that a model is good?
In NeuroAI, validation is challenging because the models typically are not supposed to correspond one-to-one to the brain but rather to carry some of their essence, e.g. similar representations or comparable behavior.
This workshop addresses this issue, focusing on integrating methods in NeuroAI models with neural data to establish a rigorous, mutual understanding of both artificial and biological neural systems. The goal is to pave the way for more focused interdisciplinarity in neuroscience, where model development and experimental research are deeply interconnected, fostering a symbiotic relationship that enhances both fields.
This workshop is designed to bring together leading minds in neuroscience and AI, fostering an environment where ideas can flourish, collaborations can form, and the future of neuroscientific research can be shaped.
Over four days, we'll engage in meaningful discussions and hands-on sessions to better understand and validate AI models in neuroscience. We aim to foster a collaborative environment that encourages the integration of experimental research with AI innovations.
Join us for this unique experience, where we'll navigate the exciting interface of neuroscience and AI, inspired by the serene beauty of our surroundings.
Tentative program
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