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UNIVERSITY OF BUCHAREST
FACULTY OF PHYSICS Guest
2024-11-22 2:10 |
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Conference: Bucharest University Faculty of Physics 2024 Meeting
Section: Physics Education
Title:
Research Method of the Universal Sub-Quantum Fluid
Authors:
Iulian ȘOMĂCESCU
Affiliation:
EUROTEHNOCONSULT
E-mail
isomacescu@gmail.com
Keywords:
research, method, sub-quantum, fluid
Abstract:
Research on SQDF seeks to know the characteristics of the unobservable sub-quantum environment (SQE) and its immixture into observable quantum environment, regarding constituent sub-quantum particles (SQP), nature of gravity, electricity, heat and electrical neutrality at neutrons and photons, and the kinetic Compton waves. The employed method consists in updating anterior hypothetical theories regarding SQE, passing from the qualitative to the quantitative analysis through new equations, using data resulted from experience and natural units (kg, m, rad, s), which allow identification all party-entities implicated within these phenomena. The following results (knowledge and data) have been obtained: ‘impossibility to detect individual SQP effect’ (because of the dimensional incompatibility with the quantum sensorial measurement apparatus); ‘pressure equalization kinetic effect’ at speed c inner SQDF; the SQP’s characteristics inclusive new equations for the relativistic masses, sizes, speeds, wavelengths, pressures and inner/outer energies of the quantum kinetic cluster-particles; the mass-kinetic nature of gravity, electricity and heat; ‘the mass-electric equivalence’ for the electrons; the ‘electrical neutrality effect’ at neutrons and protons; the ‘diameter of the optical fibres’ and optical wavelengths in telecommunications, which allowed the attenuation decrease and increase of transmission capacity and distance, from 4 km (patented fibers) to thousand km, as first application [1-5]. In Conclusion, the employed method demonstrates the possibility to know causally fundamental environment at the lowest complexity level, through an internal complete, non-contradictory description of reality [6-8]. The results can be used in the future for creating new materials and technologies in telecommunication, health and the environment control. The findings can also be included into the educational circuit trough publications, doctoral researches and optional universities courses.
References:
1. Somacescu I., Discoveries in the Sub-quantum Universe applicable in Medicine, Report to the ‘Med2Pharm’s International Conference’ www.subatomicuniverse.eu, 2020, Prague.
2. Somacescu I., New Discoveries in the Digital Physics of the Subatomic Universe, Report to the ESOF-2020, www.subatomicuniverse.eu, Trieste, 2020.
3. Somacescu I., A New Available Energy Source. The Kinetic Molecular Movement, ISBN 978-973-0-05413-2, Bucharest, 2007.
4. Somacescu I., Subatomic Universe, ISBN 973-0-03716-7, 2004, Bucharest.
5. Somacescu I., Unitary Theory on Electricity and Heavy Nuclear Forces, Abstract Book of Int. Conference on Gravitation, GR.11, Stocholm, 1986.
6 Somacescu, I., The elementary quantum particle, Proc. of GR.10- Int. Conf. on Gravity, Padova, 1983, 1019.
7.Kirilyuc A.P., 100 Years of Quanta: Complex-Dynamical Origin of Planck's Constant, and Causally Complete Extension of Quantum Mechanics, https//arxiv.org/pdf/quant-ph/ 0012069, 2022.
8. Haug E.G., The Planck mass particle finally discovered! Good by to the point particle hypothesis! http://vixra.org/abs/1607.0496, Oslo, 2016.
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