This conference has been withdrawn from the 2020 conference schedule
As you are aware, coronavirus is having a global impact and the World Health Organization and the Centers for Disease Control have instituted recommendations that include social distancing and cancelling conferences and large gatherings. Since safety of our attendees is always GRC's highest priority, the GRC Board of Trustees has decided to withdraw this conference and it will be rescheduled for 2022. This decision was made out of an abundance of caution and to alleviate the concerns of our conference communities that are scheduled to meet in this timeframe.
No known object is as complex as the human brain. It is now clearer than ever before that if scientists are to comprehend its operational principles, particularly those underlying the more abstract aspects of cognition, they must apply a multidisciplinary approach. The sessions within the 2020 Gordon Conference for the Neurobiology of Cognition span inter-related areas of cognitive, systems, and computational neuroscience most relevant for understanding how brain circuits give rise to our abilities to think, feel, act, decide, plan, and learn.
The conference is designed to spark new avenues for discussion among participants with diverse scientific backgrounds whose paths might not normally cross. Individual sessions draw upon a mix of approaches for studying neural circuits at multiple spatial and temporal scales, in both humans and animal models, and the mechanisms by which such circuits give rise to cognition and behavior. The program brings together the latest techniques and approaches including electrophysiology of neural populations, imaging of neural circuits at multiple spatial scales and in concert with novel molecular tools, interrogation of the human brain via neuroimaging and electrophysiology, and computational approaches inspired by rapid advances in artificial intelligence and machine learning. Much attention is given to the recent explosion in data acquisition methods, and the capacity to analyze enormous datasets using increasingly sophisticated computational approaches. A persistent question in the background is how the elaborate architecture of the brain, governed by fundamental electrical, molecular, and mathematical principles, supports our subjective experience and directs our external behavior. The confluence of perspectives at this meeting, with diverse scientists called together to consider the most important topics in cognitive neuroscience, promises to cast new light on some of the most challenging and fascinating questions about how the brain works.