سيميائيات بيولوجيا الكوانتم : من التأويلات المتعددة الى سيموزيس "التأويلات المتزامنة"

الملخص EN

In this paper we propose a project of a new field, “Quantum Biosemiotics”, which appears to be looming across the inter/multidisciplinary research and it may seem to the classical specialists to be inconsistent and unrelated.

This theoretical field deals with what we call: "the second generation of artificial intelligence”.

It is the dynamic relationships between quantum biology (the brain) and quantum computers, or productive and enriching co-operation for the production of meaning and interpretation (semiosis).

This project is based on the results of (Penrose and Hameroff) research on (Orch-OR) and on Koch findings (Koch 2014) on "cognitive consciousness theory" and also on research regarding what theoretical limits are permitted on epistemological framings of dynamic semiotics (Petito, Wildgen 1992، , Andersen 2002, Baltag.

Smets 2010).

Those impressive results, especially during the last decade are what we try to join (or pooling together) by epistemological formulation, in order to rehabilitate our binary value systems, (1, 0 = true, false), and to construct some strategy that fits our competence (naturally); i.

e.

"quantum biology".

Technological developments, especially in recent years, have posed new problems to our thinking systems, which are no longer suitable for circulation, transmission and diffusion for the new technological conditions (quantum computations).

Despite the epistemological interruptions, especially since the 19th century, our "language systems" are still subject to the strategies of Aristotle's system of theorems (true, false), even if "Diversity" (numerous) interpretations were adopted as in Charles Pierce's triadic semiosis structure.

What we are proposing here is "dynamic semiosis", the phenomenon of "entanglement", "superposition", "interpretations" of possibilities at the same time, (simultaneity and instantaneousness).