Dear Editor-in-chief:
I would like to present a paper on:
A 90-years-long IQ-Blunder of the whole Physics Community
Otto E. Rossler
Faculty of Science, University of Tuebingen, Auf der Morgenstelle 8, 72076 Tuebingen, Germany ([email protected])
Abstract
Einstein’s friend, the maverick physicist Fritz Zwicky, offered proof in 1929 that there was no Big Bang. This fact followed from his by then newly discovered fundamental science of Cryodynamics, as it would eventually be called. The result got re-discovered by the Tuebingen school 7 decades later with Dieter Fröhlich in the lead role. Cryodynamics is the natural sister discipline to the famous deterministic Thermodynamics of Yakov Sinai’s from 1970. It renders interactively controllable fusion reactors feasible for the first time, while simultaneously revealing the unbounded nature of space and time in the created cosmos. On the other hand, there has accordingly never before existed a broader lemmings road in cosmology than is at work at present. Will the World Congress of Physics accept the present provocative contribution as a submission? (For J.O.R.)
Jan. 15, 2020
I thank the World Congress of Physics for having provided a site for my 2020 abstract.
A 116-years-long IQ-Blunder: incorrect form of the Lorentz transformation
https://www.researchgate.net/project/A-new-form-of-Lorentz-transformation-and-its-consequences-in-SRT-and-GRT
Final theory of Everything.
https://www.researchgate.net/publication/346232960_General_Theoretical_Framework_of_Physical_Laws_Final
Otto E. Rossler , how does Cryodynamics work with time and that process imperative to equalizing/stabilizing energy, and have you identified the nature/reason of the equalization/stabilization (entropy/enthalpy) process of energy via your Cryodynamics proposal?
I believe so, dear Stephen.
I did so in describing the new fundamental sciense of Cryodynamics, the natural sister of Thermodynamics.
Otto E. Rossler , I understand thermodynamics, and I also understand how anything can be observed from the different face of the same coin, and thence the apothecary of cryodynamics. Yet does one side on the coin expose a more fine-tuned description of reality than the other?
Otto E. Rossler , yes, does cryodynamics, that way of explaining energy, better explain thermodynamics, and if so can you give examples?