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UID:20260204T193822EST-5132Ze6rO1@132.216.98.100
DTSTAMP:20260205T003822Z
DESCRIPTION:All are invited to attend\n\n1:15-3:30: Room 501 Goodman Cancer
  Research Centre (entrance through Bellini Bldg)3:30-5:00: poster session 
 / reception\, Bellini 1st Floor Atrium\n\nGuest Speakers:\n\nAnmar Khadra\
 , ºÚÁÏÍø±¬³Ô¹Ï:\n	Mathematical modeling as a foundation for neuronal d
 ynamics\n\nLaurel Trainor\, McMaster University:\n	Rhythm and prediction: M
 easuring neural oscillations in children and adults\n\nShimon Amir\, Conco
 rdia University:\n	Circadian rhythms: From clock genes to behavior\n\nCarol
 ine Palmer\, ºÚÁÏÍø±¬³Ô¹Ï:\n	Group dynamics: Nonlinear interactions ar
 ising in joint coordination tasks\n\nAndreas Daffertshofer\, Vrije Univ of
  Amsterdam\, COSMOS Network:\n	Neural oscillations and criticality in motor
  control\n\nThe interplay between structural and functional brain networks
  is an urgent topic in neuroscience. Functional connectivity is often defi
 ned through the phase synchronization between activities at different netw
 ork nodes\, assessed via MEG or EEG. In addition to phase\, the node activ
 ities have marked amplitudes. I illustrate how these amplitudes can affect
  the phase dynamics by approximating the node dynamics as self-sustaining\
 , weakly non-linear oscillators. The corresponding neural population model
  allows us to deduce a phase dynamics in the form of a weakly nonlinear\, 
 coupled (Kuramoto) network\, well-understood for its capacity to (de-)sync
 hronize. Based on evidence from motor control experiments\, I argue that p
 hase and amplitude are distinct information carriers in large-scale neural
  networks.\n\nTrainee Poster Session / Wine and cheese Reception\n	3:30-5:0
 0\, Bellini Bldg\, 1st Floor Atrium​​​​\n\n \n\nFor more info\, click here
 .\n
DTSTART:20170815T171500Z
DTEND:20170815T210000Z
LOCATION:Life Sciences Complex\, CA\, QC\, Montreal\, H3G 0B1\, 3649 promen
 ade Sir William Osler
SUMMARY:Symposium in Nonlinear Dynamics of Brain and Behaviour 
URL:/medhealthsci/channels/event/symposium-nonlinear-d
 ynamics-brain-and-behaviour-269195
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