This stream is devoted to the problems of up-to-date computational researches of human nervous system.
When we study the brain, for the first time in science history we have a unique situation, where the complexity of studied object equals to the complexity of researcher. We try to study brain by means of our brains. Therefore we might analyze the nerve tissue, but we can’t synthesize all these data to a new knowledge, thus there is only one way: to synthesize these data out of our brain. This approach to nerve tissue research named “Computational Neuroscience” represents the newest field of Neuroscience research.
Students of the stream will get wise about the latest innovation researches of distinguished world-known neuroscience specialists. Classes will be adapted for basic level of an audience that makes participants acquainted with main principles, current problems and tasks of neuroresearch.
Courses of the NS-Stream:
- Amazing Auditory System
- The Neurotransmitter Systems of the Brain and Their Function
- Elements of Theory for Multi-Neuronal Systems
- Neuron-Computer Interface in Dynamic-Clamp Experiments. Models of Neuronal Populations and Visual Cortex
- Brain-Computer Interface. Approaches and Methods
- Cellular Neurophysiology and Modelling
- Cable Properties of Neurons
- Nonlinear Dynamics of Network Excitability and Oscillations
- Phytopathology Modelling
- Molecular Mechanisms of Pain
- Fluorescent Proteins in Current Biology
- Searching Membrane Target for Mammalian Circadian Clock Responsible for Circadian Modulation of Firing Rate
- Materialise courses
and others.