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{{Box|width=48%|font-size=14px|[[Diffusion|Molecular Diffusion]]| | {{Box|width=48%|font-size=14px|[[Diffusion|Molecular Diffusion]]| | ||
Over the last year my escapades and capers have been primarily directed at the study of synaptic potentiation from a neurodynamics perspective. | Over the last year my escapades and capers have been primarily directed at the study of synaptic potentiation from a neurodynamics perspective. Currently, I'm examining the membrane [[:Category:Diffusion|diffusion]] of neurotransmitter receptors and modeling how these particles swarm and potentiate synapses. It has been an interesting transition into these topics - prior to these projects I worked primarily with brain tissue and mice, but now I find myself spending most of my day programming, running simulations, and working with equations. I'm not sure why, but I find [[:Category:Diffusion|diffusion]] quite interesting. [[:Category:Diffusion|Stochastic diffusion]], like that in [[:Category:Diffusion|Brownian motion]], is a pure actuation of the basic properties of [[:Category:Statistics|statistics]]. Given that synaptic potentiation is directly mediated by stochastic diffusion and synaptic capture of receptors, it seem that neurons have evolved into innate statistical computers. The result of 100 billion of these statistical computers making 100 trillion connections is the human brain. | ||
<div id{{=}}"inner" style{{=}}"position:absolute; left: | * [[:Category:Diffusion|MY NOTES ON MODELING DIFFUSION]] | ||
<div id{{=}}"inner" style{{=}}"position:absolute; left: 16px; top: 20px; opacity:0.4;">[[File:MolecDiff.gif]]</div> | |||
}} | }} | ||
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