Web Content Display
Schedule
Web Content Display
Web Content Display
Web Content Display
- S1 - Spreading of Women in Science and of actions to overcome connected stereotypes
- L1 - Unraveling the Complexity and Causality in the brain, if even possible. A tormented story from Granger to Sugihara
- L2 - Non-linear methods to characterize brain dynamics
- L3 - Brain networks: why, what, how - and how not?
- L4 - Effect of data leakage in brain MRI classification using 2D convolutional neural networks
- L5 - Joint informational and topological signatures of individuality and age
- L6 - Quantifying the dynamics of complex neural systems
- L7 - Modelling the inter-areal cortical network based on a distance rule
- L8 - Ontological framework for EEG analysis based upon multivariate matching pursuit
- L9 - Exploring the visual system with functional digital twins and inception
- L10 - Variability in the analysis of a single neuroimaging dataset by many teams
- L11 - Freeness in cognitive science
- L12 - A hitchhiker’s guide to computational topology - a new lens into the brain
- L13 - Dynamical Criticality and Griffiths Phases in Models of Large Connectomes
- L14 - Aspects of human memory and Large Language Models
- L15 - Timescales in neuronal activity (and how to find them)
- L16 - Higher order informational circuits in neuroscience
- L17 - Complexity & Criticality (in the brain and beyond): two sides of the same coin
- L18 - Neurons multiplex assembly membership during motor behavior
- L19 - Inferring Neural Activity Before Plasticity: A Foundation for Learning Beyond Backpropagation
- L20 - The role of neuropeptides in shaping neuronal activity in hippocampus
- L21 -
Abstracts
Read More o Abstracts- W1 - Study of properties and dynamics in trained recurrent neural networks (RNNs)
- W2 - Applying highly comparative time-series analysis to neural time-series data
- W3 - Brain criticality
- W4 - From signal to insight: Introduction to EEG data analysis
- W5 - Communicability, geometry and navigation in (brain) networks
- W6 - Multifractal analysis of time series: concepts, methodology, and practical issues