[PhilWeb] Zeit

Hi there, ich hatte hier einmal die Biophysik Arto Annilas thematisiert, an die mich obiger Satz erinnert hat. Passend dazu seine Arbeit: "The Fundamental Nature of Motives“, in der er Handeln und Geschehen parallelisiert: "The least-time maximation of entropy, equivalent to the minimization of free energy, parallels the optimization of subjective expected utility.“ Und: "The obtained comprehension puts us as decision-makers in an unprecedented perspective of responsibility — everything depends on everything else, irresistibly and irreversibly“: https://www.frontiersin.org/journals/neuroscience/articles/10.3389/fnins.20… <https://www.frontiersin.org/journals/neuroscience/articles/10.3389/fnins.2022.806160/full> Zudem sehe ich einen Zusammenhang zwischen Annila, Kalies — und Tetrode’s „Wirkungszusammenhang der Welt“. Was Kalies die Quantonen, sind Annila die Quanten, wenn er "In the light of time“ schreibt: "The initial and final spatial separation of the charges, i.e. the potential energy difference between the initial and final states, is bridged by the dissipated quanta that span exactly the time of charges in motion. It takes its time, i.e. dissipation to change from a state to another. Emission generates radiation that escapes from the system to the surroundings whereas absorption integrates radiation from the surroundings into the system. The flow of light, as the carrier of energy from the evolving system to its surroundings (or vice versa), manifests as the flow of time.“ https://royalsocietypublishing.org/doi/10.1098/rspa.2008.0494 <https://royalsocietypublishing.org/doi/10.1098/rspa.2008.0494> Am 12.9.21 hatte ich geschrieben: Kosmologische Modelle gibt es viele, der Standard wird beschrieben in Hawkings „The large scale structure of space-time“ (1973) und Weinbergs GRAVITATION AND COSMOLOGY (1972) sowie COSMOLOGY (2008). Hawking hebt zunächst hervor: "In our neighbourhood of space-time there is a well-defined arrow of time given by the direction of increase of entropy in quasi-isolated thermodynamic systems. It is not quite clear what the relationship is between this arrow and the other arrows defined by the expansion of the universe and by the direction of electrodynamic radiation.“ Kalies hat die "entropy in quasi-isolated thermodynamic systems“ gleichsam aus der Isolation befreit und sieht "The large scale structure of space-time“ allenfalls als eine „Nachbarschaft" im Quantonenäther: "With the concept of quanton ether, the being of matter turns into a becoming – a temporally infinite evolution, in which all things only emerge once and pass away again: panta rhei. Since the being exists only as transition, processes are the being of matter and expression for its indestructibility. Thus the permanent imbalance that causes processes reflects, in fact, an equilibrium of nature – between non-excitation on the one hand and excitation on the other, between collectivity on the one hand and individuality on the other, wherein the dialectic destruction and conservation of one in the other represents a basic principle.“ Einstein hatte mit der im materiellen Wirkungszusammenhang der ART stehenden Raumzeit einen Äther indirekt wieder eingeführt, während Kalies direkt Bezug nimmt auf das Quantenvakuum: "In rudimentary form, all properties of quantons are also existent in the unexcited ether medium. The bosonic condensate preserves residual oscillations in Euclidean space that are called today “quantum fluctuations of vacuum”. Since quantons only represent another state of the ether medium, the whole energy of the universe can be reduced to matter: the primacy of matter.“ Beim konsistenten Zusammendenken von Raumzeit, Nullpunktsfeld, Quantenvakuum, Higgsfeld, Lichtfluss, Quantonenäther und — Dunkler Energie gibt es noch viel zu tun … Ich fange mit der Raumzeit an. Theoretisch handelt es sich um eine mathematische Struktur, experimentell um über das Universum verteilt gedachte Orts- und Zeitmesspunkte, die mittels mathematischer Struktur auf den jeweiligen Labormaßstab transformierbar sind. IT