Jef Zerrudo

Time appears to ow for observers, yet general relativity describes a static block uni-verse. A spacetime diusivity eld ϵ(s) with dimensions [L2T−1] governs causal information resolution. Two Lorentz-invariant postulatesds/dt = c and dϵ/ds = cpromote ϵˆ and mˆ to canonical conjugates obeying [ϵˆ,mˆ ] = iℏ, yielding the Cosmological Uncertainty Principle: ∆ϵ·∆m ≥ k·ℏ/2. Information-Pixel Amplication extends this principle through spacetime’s granular structure: each Planck-length coherence cell contributes independent quantum ac-tion, yielding ∆ϵ·∆m ≥ (ℏ/2)·(D/ℓcoh) for distance D. Using an area-diusion parameter, the framework further achieves an operational scale unication, deriving both Planck time (tP = ℓP /c) and Hubble time (tH = 1/H0) across 60 orders of magnitude. The theory gener-ates testable predictions: a cosmological horizon temperature TCUP = π ·TdS ≈ 9×10−30 K, and quantitative reproduction of Milky Way dark matter uncertainties (∼ 4 × 1041 kg) us-ing FRB-motivated diusivity parameters. Temporal ow emerges as information transport constraints, unifying quantum mechanics and cosmology while providing falsiable tests of spacetime’s quantum structure through precision astronomical measurements.

Dieses Papier bietet eine Lösung für das Zeitproblem, indem vorgeschlagen wird, dass, wenn das Universum zeitähnlich, stationär und begrenzt ist, es in statische zeitliche Abstufungen oder Konturen unterteilt werden kann. Dies führte zur Formulierung einer Energie-Diffusions-Fluss (EDF) Gleichung, aus der die Planck- und Hubble-Zeiten abgeleitet wurden. Es wurde festgestellt, dass die Zeit nach Anwendung von Gaussschem Gesetz auf EDF unwichtig wird, wenn man nach der charakteristischen Länge des Universums א sucht. Zusätzlich wurde eine Unsicherheitsregel entdeckt, die unser gleichzeitiges Wissen über den Umfang des Raums und die Massen, die er enthält, begrenzen kann. Das Papier kommt zu dem Schluss, dass, wenn das Universum stationär und begrenzt ist, es im Vergleich zu einem weiten, wahrscheinlich zeitlosen Hintergrund keinen Anfang hatte. Sein Erscheinen eines Anfangs beruht hauptsächlich auf der optischen Übertragung von Informationen.

This paper offers a solution to the problem of time by proposing that if the universe is time-like, stationary, and bounded, then it can be divided into static temporal gradations or contours. This led to the establishment of an energy diffusion flux (EDF) equation from which the Planck and Hubble times were derived. It was found that time becomes unimportant after applying Gauss's Law on EDF when searching for the characteristic length of the universe א. Additionally, an uncertainty rule that may limit our simultaneous knowledge about the scope of space and the masses it contains was discovered. The paper concludes that if the universe is stationary and bounded, then it did not have a beginning compared to a vast, probably timeless background. Its appearance of having a beginning is because the information is largely conveyed through optics.

A simple solution to the problem of time is proposed by postulating that if the Universe is time-like, stationary, and bounded then it could be divided into static temporal gradations or contours. Hence, an energy diffusion flux (EDF) equation was established from which the Planck and the Hubble times have been derived. It is then found that time is unimportant after applying Gauss's Law on EDF when looking for a characteristic length of the Universe א. An uncertainty rule was also found that may limit our simultaneous information between the scope of looking into space and the masses that it comprises. The paper concludes that if the Universe was in a stationary state and bounded, then, it did not begin to exist when compared to a vast and, probably, timeless Background. It appears to begin to exist because the information is largely mediated by optics. Thus, time is more epistemological in nature rather than ontological because of the limit that light imposes against instantaneous access to information. For this reason, the beginninglessness of the Universe should not preclude one from saying that the Universe does have a cause.