On the background of previous research work concerning a nanoscale approach to a theory of biomimetic evolutionary systems and biomimetic information processing it is shown that strictly formal‐logic based, “hard‐wired” electronic hardware misses the very physical nature of bioevolvability. A new, physics‐base concept of information, and a new concept of hierarchical, open and dissipative “evolware”, much like biosystems “wetware”, are required for developing an actually biomimetic “evolutionary automata” technology, but a basic inter‐ and intra‐level communication problem is shown to affect the whole automaton's nanostructure. The problem consists in the difficulty of setting forth causal links bridging the whole hierarchy, from the nanoscale up to the macroscopic structure‐functions.
Article navigation
1 July 2003
Conceptual Paper|
July 01 2003
Inside communication in nanostructured evolutionary automata — nanophysics and an information concept for viable technologies Available to Purchase
Salvatore Santoli
Salvatore Santoli
INT – International Nanobiological Testbed Ltd, Rome, Italy
Search for other works by this author on:
Publisher: Emerald Publishing
Online ISSN: 1758-7883
Print ISSN: 0368-492X
© MCB UP Limited
2003
Kybernetes (2003) 32 (5-6): 788–807.
Citation
Santoli S (2003), "Inside communication in nanostructured evolutionary automata — nanophysics and an information concept for viable technologies". Kybernetes, Vol. 32 No. 5-6 pp. 788–807, doi: https://doi.org/10.1108/03684920210443860
Download citation file:
Suggested Reading
Conjecture on law of conservation of informational infrastructure
Kybernetes (July,1998)
Normal sum decomposition of general systems
Kybernetes (July,2003)
The structural model of general systems and its proof
Kybernetes (December,1998)
General Systems Theory: A Mathematical Approach
Kybernetes (March,2001)
The principles and laws of general systems and their applications
Kybernetes (February,1999)
Related Chapters
Ontological Cybernetics Revisited
Shaping Collaborative Ecosystems for Tomorrow
Interactions – A CyberSystemic Model and an Observation Framework Proposal
Shaping Collaborative Ecosystems for Tomorrow
Explainable Artificial Intelligence and Data Canyons in the Context of Cybernetics
Shaping Collaborative Ecosystems for Tomorrow
Recommended for you
These recommendations are informed by your reading behaviors and indicated interests.
