question:  What do neurons do?
context: Sharism is also a mental practice that anyone can try, a social-psychological attitude to transform a wide and isolated world into a super-smart Social Brain. The Neuron Doctrine Sharism is encoded in the Human Genome. Although eclipsed by the many pragmatisms of daily life, the theory of Sharism finds basis in neuroscience and its study of the working model of the human brain. Although we can’t entirely say how the brain works as a whole, we do have a model of the functional mechanism of the nervous system and its neurons. A neuron is not a simple organic cell, but a very powerful, electrically excitable biological processor. Groups of neurons form vastly interconnected networks, which, by changing the strength of the synapses between cells, can process information, and learn. A neuron, by sharing chemical signals with its neighbors, can be integrated into more meaningful patterns that keep the neuron active and alive. Moreover, such a simple logic can be iterated and amplified, since all neurons work on a similar principle of connecting and sharing. Originally, the brain is quite open. A neural network exists to share activity and information, and I believe this model of the brain should inspire ideas and decisions about human networks. The idea-forming-process is not linear, but more like an avalanche of amplifications along the thinking path. However, daily decisions for most adults are quite low in creative productivity, if only because they’ve switched off their sharing paths. Sharism will be kept in her mind as a memory and an instinct. But since the brain, and society, is a connected system, the accumulation of these micro-attitudes, from neuron to neuron and person to person, can result in observable behavior. It is easy to tell if a person, a group, a company, a nation is oriented toward Sharism or not. It makes creative action a binary choice between public and private, open and closed. The small-scale granularity of the content can fill discrete gaps in experience and thus record a new human history.
output:  Form vastly interconnected networks
options:  Form vastly interconnected networks  Process information and learn  Change the strength of the synapses between cells  Share chemical signals with neighboring cells