Nucleosynthesis in Thin Layers: A unified theory of five interactions in a fractal, algorithmic- algebraic universe

by Otto Ziep

Overview

'Nucleosynthesis in thin layers' develops a unified theory of five interactions within a fractal universe based on information-currents from an algebraic algorithmic point of view. A fractal universe is viewed as a fluctuating hyperelliptic/elliptic singularity. An alternative view to our universe as a stationary state is developed by the author as a specialist in theoretical physics. A stationary universe requires stationary mass generation rate which is suspected in photosynthesis and cosmic rays. The presented theory for the interior of an elementary charge helps to solve the Riemann hypothesis as well, the cosmological constant problem, the magnetic monopole problem and involves the Dyson-Macdonald identity.

Product Details

ISBN-13:	9783758490064
Publisher:	epubli
Publication date:	03/20/2024
Sold by:	Bookwire
Format:	eBook
Pages:	935
File size:	3 MB
Age Range:	18 Years

About the Author

Das Buch setzt Arbeiten fort, die mit einem Diplom über Elektronen und Photonen in Zero-Gap-Halbleitern (1977, Moskauer Staatliche Universität), der Promotion über die Theorie der Nettorekombinationsrate und der Bandstruktur in Bleichalkogeniden (1980 Humboldt-Universität zu Berlin) sowie einer Doktorarbeit zum Elektronentransport in halbleitenden Mikrostrukturen in Gegenwart starker elektrischer und magnetischer Felder sowie ( 1986 Humboldt-Universität zu Berlin ) begonnen wurden und durch umfangreiche Arbeit an Computeralgorithmen 1993-2004 als IT-Freelancer fortgesetzt wurden.
The author became a specialist in semiconductor theory through diploma work on electrons and photons in zero-gap semiconductors, through PhD with net recombination rate theory and band structure in lead chalcogenides and through doctoral thesis on electron transport in semiconducting microstructures in the presence of strong electric and magnetic fields. A trilogy 'Nucleosynthesis in thin layers', ‘Fractal zeta universe and cosmic-ray-charge- cloud superfluid’, ‘The sensitive balance’ continues his IT-freelance work (1993-2004) on computer algorithms for discrete dynamical systems. As an independent researcher, the author currently publishes on unified fields, algebraic foundations of quantum statistics, one- dimensional chaotic maps and number-theoretic calculations of coupling constants.