| Popis: |
The theory and models developed and discussed in this book may facilitate understanding of some physical events related to entrainment problems in solvent extraction, colloid and interface science, chemical and biological sensors, electroanalytical methods, biology or biomedicine, and in particular hematology (non-Newtonian fluid flow in blood vessels), genetics (DNA modeled as a sequence of quantum entangled electromechanical oscillators), and electro-neuro-physiology (the brain modeled as a quantum entangled “core shell” structure). Furthermore, both the models and the theory may be implemented in studies of many types of structure: interface barriers or symmetries, (1) surface, including bilipid membrane cells, free bubbles of surfactants, and Langmuir Blodget films; (2) line, such as genes, liquid crystals, and microtubules; (3) point, including fullerenes and microemulsions; (4) overall surface, line, and point, such as dry foams, polymer elastic, and rigid foams. Finally, further evaluation of the idea of an entity (understood as an energetic ellipsoid based on the model of electron following Maxwell-Dirac Isomorphism-MDI) seems to be sensible. Such an approach and the obtained consequent knowledge could be implemented in the studies of, for example, ionics, spintronics, fractional-quantum Hall effect-fluids, decoherence sensitivity, quantum computation, entities-quantum particles entanglement, open macroscopic quantum systems, and macroscopic quantum tunneling. |
