Explore neurohacking fundamentals in this 34-minute conference talk. Delve into the basics of animal cell structure, neuron function, and electrical signal transmission. Learn about cell membranes, ion channels, and myelination. Examine action potentials, single neuron data, and resources for conducting experiments. Discover feedback circuits in the brain, EEG monitoring, and non-invasive neurohacking techniques. Investigate neural network modeling and methods for altering neuron behavior, including magnetic stimulation. Gain insights into the fascinating world of neuroscience and its practical applications.
Overview
Syllabus
Intro
What is neurohacking?
What does from the bottom up mean?
Basic model of an animal cell
Neurons transmit electrical signals
Cell membrane
on channels in the membranes allow current flow
Electrical insulation: myelination
Modeling current flow in the neuron
Action Potentials
Single neuron data
Resources for single unit experiments Backyard Brains
Feedback circuits in the brain Example: Vestibular-ocular reflex
EEG monitoring Non-invasive neurohacking
Modeling neural networks
Changing how neurons work
Example: magnetic stimulation
