Carbon nano-clustering introducing quantum management

Abstract

Aiming to solve/respond the mist of the carbon-networking crisis by the present and foreseen global turbulences, either of economic, bionic, or ecologic nature, one may advance the next level approach to the cluster-to-metacluster of nano-technology mutagenesis: astralisation. Viewed as the new symmetrical/asymmetrical based openness, it surpasses the global limits of networking “contagion” by extending its boundaries in space, time and energy; actually, it extensively uses the quantum present and yet-to-come carbon-nanoscience, technology and challenges in order to design the information and substance synthesis at the distance as transmitted in nano-instances by activating specific potential of matter (industrial) and know-how (organizational): wave-functions and ordering degree combined in what it can be called as the strategic quantum management; it essentially describes how the activation of a nano-potential of a waving-system propagates(processes) and transform (taking-observable-form)through quantum-pairing of metaclusters –into the clusters (fullerenic packing), meta-clusters (via graphenic type of packing, Stone-Wales rotations included), and astralons (analogs of everted nanotubes’ packing, e.g., Klein-Bottle); first strategic projection and patterning is also given in terms of a proposed chart of astralisation criteria and of associated composite index as applied on identified 8-folded ways of glocal (global-local) nano-ecolo-management.

Keywords:

• Clustering
• nano-carbon-systems
• nano-potentials
• wave-functions
• global indices
• quantum management

Acknowledgments

MVP thanks Laboratory of Renewable Energies-Photovoltaics @ R&D National Institute for Electrochemistry and Condensed Matter (Dr. A. PaunescuPodeanu Str. No. 144, RO-300569 Timisoara, Romania) for kind hosting and continuous support. Dr. Ottorino Ori (Actinium Chemical Research, Rome, Italy) is heartily recognized as an active supporter of the present nano-topo- endeavors, and of their combinations thereof.

Additional information

Funding

This research was partly funded by the Romanian Ministry of Research, Innovation and Digitalization through the 2021 renewal of the Nucleus Project PN-19-22-01-02.