PROGRAMM
Participants are expected to arrive Dec 5th and leave
Dec 12th
The school is organized as a series of lectures, complemented
with young scientist's short
presentations, and a poster
session too.
The young scientists’ short presentations and posters aim to encourage
scientific discussions and
informal interactions between all participants
Tentative schedule
Lecturers
Opening remarks (from the age of E.R.
Caianiello)
Leslie M. Kay
1. Neural processing in the olfactory bulb circuit
2. Distributed dynamics in the olfactory system and beyond
2. Mechanisms of memory-guided behavior
Bruce McNaughton
1.The torroidal attractor model for grid cells, place cells and path
integration
2.Offline Reprocessing of Recent Memory and
the Trace Reactivation Theory of Memory Consolidation
Sonja Gruen
1. Higher-order correlations in massively parallel spike trains
2. Reflections of spike synchronization in local field potential
Nachum Ulanovsky
1. Echolocating bats: spatial orientation using biological sonar
2. Hippocampal neural activity in freely-moving
echolocation bats: spatial cognition, place cells and theta oscillation
1. Computational theory of memory encoding
with theta phase coding
2. Combined approach of a computational model
and human brain activity analyses
1. Spike synchronization in cortical neural
networks
2. Interaction of synchronous spiking and
background activity
Yoko Yamaguchi
1. Synchroization of theta rhythms in cortico-hippocampal system for
memory encoding
2. Synchronization of EEG rhythms in the brain for perception and cognitive
control
1. Effects of STDP
on encoding and replay of oscillatory spatio-temporal patterns
1.Hippocampal place cells and the cognitive map
2.Functions of hippocampal theta
Titles under considerarion
TOPICS of lectures include:
Nonlinear Dynamics and neural networks
System dynamics in the olfactory
system
Path integration in the
Hippocampus
Hippocampus cognitive map theory
and theta precession
Dynamical linking by
synchronization in the brain
Theta rhythm in bat hippocampus
Cortical dynamics modelling
Computational theory of real time
computing in the brain
Computational model of hippocampus
and human memory
TBC
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