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DESCRIPTION:Understanding Complex Systems for Real-World Transformation: Mu
 ltiscale Coordination Dynamics\n\nPresented by Dr. Scott Kelso\n\n\n	Regist
 er & watch webinar\n\n\nKey concepts of complexity science\, such as nonli
 nearity\, emergence and self-organization all follow from the old adage th
 at the whole is greater than (or different from) the sum of the parts. The
  fact that we use the word ‘parts’ (and like words such as components\, el
 ements\, and even ‘agents’) implies that nature may be broken into separat
 e pieces\, basic ‘building blocks’ that somehow are brought together to pr
 oduce coordinated behavior. The different forms that coordination takes an
 d how it emerges and changes are of great interest to many disciplines\, p
 articularly the social and behavioral sciences\, neuroscience\, biology an
 d physics. The science of coordination (Coordination Dynamics) seeks to un
 derstand how coordinated patterns of behavior form and change at many scal
 es and for multiple functions in living things. This talk will review some
  of the main concepts\, methods and tools of Coordination Dynamics along w
 ith recent developments of the theory that point to future research target
 s.\n\nWith a high-level panel of leaders in science\, technology\, on-the-
 ground action\, investment\, and policy including Co-Chairs Laurette Dubé 
 and Shawn Brown\n\n\n\nAbout the speaker\n\nScott Kelso\, Ph.D. holds the 
 Glenwood and Martha Creech Eminent Scholar Chair in Science at Florida Atl
 antic University (FAU) where he is also Professor of Psychology and Neuros
 cience\, Biological Sciences and Biomedical Sciences. Using a combination 
 of brain imaging\, behavioral methods\, and computational modeling his res
 earch focuses on how people and brains are coordinated on multiple levels 
 and for multiple functions\, from cells to cognition and social behavior. 
 His approach to understanding coordination in living things is grounded in
  the physical concepts of self-organization and the mathematical tools of 
 nonlinear dynamical systems\, a theoretical and empirical framework that h
 as ushered in the science of coordination\, Coordination Dynamics.\n\n\nAb
 out the series\n\nThe Precision Convergence series is launched to catalyze
  unique synergy between\, on the one hand\, novel partnerships across scie
 nces\, sectors and jurisdictions around targeted domains of real-world sol
 utions\, and on the other hand\, a next generation convergence of AI with 
 advanced research computing and other data and digital architectures such 
 as PSC’s Bridges-2\, and supporting data sharing frameworks such as HuBMAP
 \, informing in a real time as possible the design\, deployment and monito
 ring of solutions for adaptive real-world behavior and context.\n\nThe Pre
 cision Convergence Webinar Series is co-hosted by The 9IÖÆ×÷³§Ãâ·Ñ Centre for th
 e Convergence of Health and Economics (MCCHE) at 9IÖÆ×÷³§Ãâ·Ñ and The
  Pittsburgh Supercomputing Center\, a joint computational research center 
 between Carnegie Mellon University and the University of Pittsburgh.\n
DTSTART:20211214T160000Z
DTEND:20211214T180000Z
SUMMARY:Precision Convergence Webinar Series: December 14\, 2021
URL:/desautels/channels/event/precision-convergence-we
 binar-series-december-14-2021-334465
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