Quantum Nero-theory, Ionic currents and Polaritons : Hypothesis of Polariton, Physical Estimation of Polariton on Axon

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  • MATSUURA Hiroyuki
    Department of Gerontechnology, National Center for Geriatrics and Gerontology
  • NEMOTO Tetsuya
    Department of Gerontechnology, National Center for Geriatrics and Gerontology
  • KUBOTA Ryo
    Department of Gerontechnology, National Center for Geriatrics and Gerontology

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  • 神経伝導の量子力学モデル-準粒子・ポラリトン理論 : 神経細胞の分極,脱分極,そしてポラリトンの仮説
  • シンケイ デンドウ ノ リョウシ リキガク モデル-ジュンリュウシ ・ ポラリトン リロン : シンケイ サイボウ ノ ブンキョク,ダツブンキョク,ソシテ ポラリトン ノ カセツ

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Abstract

I proposed the positive hypotheses of neuo-interferences, ephapse as engineering models. The nero-interferences and synaptic ones as ephapse are propagated by polaritons which are a kind of quasi particles, i.e. quantized polarization waves. Polaritons, which has spin 1, are massive vector particles and massive photon. polaritons are connecting between many ionic current, Na^+, K^+, Cl^- etc when neurons, fibers (axons) are conducting their excitations. The Na^+ currents, into insides of membranes of axons, cause the K^+ currents to outside of axons through charged or non-charged quantized polarization wave, i.e. polaritons. Various interferences, ephapse, synaptic etc., are intermediated by polaritons. Those quantum interferences are commonly adjusting our neural and brain's conditions by interacting with each neurone. One of my purposes is to study effect of quantum neuro-interferences, and proposed new concepts of neural network accompanied with quantum interferences.

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