What will you in the Synapses, Neurons and Brains Course
Understand the fundamental components of the brain: neurons, synapses, and neural networks
Explore the electrical properties of neurons, including passive and active signaling
Examine the principles of neural computation and information processing
Investigate advanced topics such as brain-machine interfaces, optogenetics, and the Blue Brain Project
Discuss philosophical questions related to consciousness and free will
Program Overview
Module 1: Brain Excitements for the 21st Century
Duration: ~2 hours
Introduction to modern brain research, including connectomics, brain-machine interfaces, and brain simulation project
Module 2: The Materialistic Mind – Your Brain’s Ingredients
Duration: ~2 hours
Study of neurons as basic building blocks, neuron doctrine, and synaptic connections
Module 3: Electrifying Brains – Passive Electrical Signals
Duration: ~2 hours
Examination of passive electrical properties of neurons, membrane potential, and synaptic potentials
Module 4: Electrifying Brains – Active Electrical Spikes
Duration: ~1 hour
Study of action potentials and the Hodgkin & Huxley model of spike generation
Module 5: Neurons as Plastic/Dynamic Devices
Duration: ~2 hours
Exploration of neuronal plasticity, learning mechanisms, and memory formation
Module 6: Cable Theory and Dendritic Computations
Duration: ~2 hours
Study of cable theory, dendritic computations, and neural information processing
Module 7: Cortical Networks – Out of the Blue Project
Duration: ~1 hour
Overview of cortical network simulation and the Blue Brain Project
Module 8: Perception, Action, Cognition and Emotions
Duration: ~1 hour
Examination of sensory processing, perception, action, and emotional responses
Module 9: From Synapses to Free Will?
Duration: ~2 hours
Discussion of consciousness, free will, and neuroethics
Module 10: Course Conclusion
Duration: ~39 minutes
Final review and conclusion of the course material
Get certificate
Job Outlook
Neuroscientists: Deepen understanding of neural mechanisms and brain function
Psychologists: Gain insights into the biological basis of behavior and cognition
Biomedical Engineers: Explore neural interfaces and brain simulation technologies
Educators: Enhance teaching of neuroscience and related subjects
Students: Build a strong foundation in neuroscience for advanced studies
Specification: Synapses, Neurons and Brains
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