Condensed Matter


“Rydberg Polarons, Instanton Tunnel Effect and Graphene Spatial Conformation Like the Quantum Mirror Reflex of Walter Christaller Hexagonal Localization by the Central Place Theory and Pseudohexagonal Biotite of Granodiorite Type Brno KRÁLOVO POLE“

Authors: Imrich Krištof

I report a spectroscopic observation of Rydberg polarons in an atomic Bose gas. Polarons are created by excitation of Rydberg atoms as impurities in a strontium Bose–Einstein condensate. First experiments are described on the impact of additive noise on the ionization of Rb Rydberg atoms in microwave fields. Dynamical localization and its gradual destruction by noise are observed. The atoms surviving in Rydberg states are detected by ionization in a static electric field. First, we count the number of atoms initially laser excited to Rydberg states. The ionization signal includes atoms excited to the continuum as well as atoms which are excited to principal quantum numbers higher than ne. Instanton tunnel effect is theoretically based on pseudoparticle Instanton, known like a classical solution of kinematic equations in classical theory of fields in Eucleides Spacetime. Typically events of quantum mechanics is condition of a quantum interference. Graphene is the most favourite material model with simply hexagonal structure and simply chemical composition, it’s the clear mono–layer of hexagonal polygons of carboneum with kovalent bonds and electron–electron gas. The Walter Christaller’s Theory of Central Places (hexagonal settlements structure) is the most illustrative sight to express the graphene chemical bond structure in macro–dimensions. It’s possibly to say that graphene has a structure of microcosmos, and Christaller’s Theory of Central Places is a mirror reflex of this microcosmos to extradimensional MACROCOSMOS (STRUCTURE OF HUMAN CONURBATION, CITIES, TOWNS, VILLAGES AND THEIR CONNECTIONS LIKE A NANO–CHEMICAL KOVALENT BONDS OF CARBONEUM / GRAPHENE). In the ending part of this text, the Author dedicated attention to a mafic silicar mineral biotite with its typical hexagonal space–structure like a space–point super density of hexagonal layers of this rock–forming mineral.

Comments: 15 Pages.

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Submission history

[v1] 2018-09-04 11:26:01

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