The Planck-Shannon Plot: A Quantitative Method for Identifying ‘Superstructures' in Cell Biology and Consciousness Study

Authors

  • Sungchul Ji Rutgers University

Keywords:

Superstructures, Cell language theory, Blackbody radiation equation, Planckian Distribution Equation, Planckian information of the second kind, Planck-Shannon plot, Superneural networks and consciousness, Quantum of consciousness, Quantitative consciousn

Abstract

The recently (1997-2019) developed cell language theory predicts the existence of ‘superstructures' including supermetabolic pathways and ‘superneural networks'.  The present paper describes how the Planckian Distribution Equation discovered in 2008 and its derivative, the Planck-Shannon plot, might be utilized to quantitate the state of human consciousness (or to measure the ‘quanta of consciousness') based on multichannel EEG data properly transformed into long tailed histograms.

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Published

03-10-2020

How to Cite

Ji, S. (2020). The Planck-Shannon Plot: A Quantitative Method for Identifying ‘Superstructures’ in Cell Biology and Consciousness Study. Cosmos and History: The Journal of Natural and Social Philosophy, 16(2), 142–164. Retrieved from http://cosmosandhistory.org/index.php/journal/article/view/793