Lo sviluppo spontaneo della conoscenza negli organismi viventi. Unità di funzione e struttura

digital

Articolo

rivista	RIVISTA DI FILOSOFIA NEO-SCOLASTICA
fascicolo	RIVISTA DI FILOSOFIA NEO-SCOLASTICA - 2014 - 3
titolo	Lo sviluppo spontaneo della conoscenza negli organismi viventi. Unità di funzione e struttura
autori	Emilio Del Giudice Alberto Tedeschi
editore	Vita e Pensiero
formato	Articolo \| Pdf
online da	10-2014
issn	00356247 (stampa) \| 18277926 (digitale)

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Descrizione
Intermolecular interactions in living organisms are not independent individual events but are inserted in a network of interconnected events. Correlation is provided by a mutual phase agreement among molecules in tune with a self-produced electromagnetic field. Electromagnetic oscillation exhibits accords among the frequencies of the vibrational modes which look like the accords existing in musical scores. In the biological dynamics the signifier, namely the ensemble of electromagnetic signals, coincides with the signified, namely the ensemble of the induced biochemical reactions. Therefore structure and function coincide. An external oscillatory stimulus entering within such dynamical structure induces an evolution not uniquely determined by the structure of the signal but depending also by the structure and the history of the system (milieu) which receives the signal. The external signal doesn’t supply an information in the sense of Shannon conventional theory, but is a stimulus to the development of a spontaneous dynamics of the organism. Keywords: quantum physics, living organisms, coherent oscillations, fractal structure, self-organization

Descrizione

Intermolecular interactions in living organisms are not independent individual events but are inserted in a network of interconnected events. Correlation is provided by a mutual phase agreement among molecules in tune with a self-produced electromagnetic field. Electromagnetic oscillation exhibits accords among the frequencies of the vibrational modes which look like the accords existing in musical scores. In the biological dynamics the signifier, namely the ensemble of electromagnetic signals, coincides with the signified, namely the ensemble of the induced biochemical reactions. Therefore structure and function coincide. An external oscillatory stimulus entering within such dynamical structure induces an evolution not uniquely determined by the structure of the signal but depending also by the structure and the history of the system (milieu) which receives the signal. The external signal doesn’t supply an information in the sense of Shannon conventional theory, but is a stimulus to the development of a spontaneous dynamics of the organism.

Keywords: quantum physics, living organisms, coherent oscillations, fractal structure, self-organization