Toward Understanding the Cortico-cerebellar Circuits that Underlie Predictive Processing

Explore the intricacies of cortico-cerebellar circuits and their role in predictive processing in this comprehensive lecture by Dr. Farzaneh Najafi from Georgia Tech. Delve into the importance of predictions, past research, and the concept of adaptive internal models. Examine controversial aspects and learn about the innovative approach using eye blind conditioning and calcium imaging techniques. Discover insights on synchrony, error size, and electrophysiological methods. Investigate the novelty of disinhibitory and novelty circuitry, and gain understanding of experimental summaries and generalized linear models. Explore various cell types involved in these processes and get a glimpse into Dr. Najafi's lab work. This in-depth presentation concludes with acknowledgements, providing a thorough overview of cutting-edge research in neuroscience and predictive processing.

Introduction
Presentation
Why do predictions matter
Past research
Adaptive internal model
Controversy
Approach
Eye Blind Conditioning
Calcium Imaging
Synchrony
Error Size
Electrophysiological Methods
Summary
Novelty
Disinhibitory circuitry
Novelty circuitry
Experimental summary
Generalized linear model
Cell types
My lab
Acknowledgements