MECANIQUE DE NON VIE -Ivano Ghirardini 1971

  Key Points Research suggests that in standard physics, massless particles and waves like photons (electromagnetic radiation) and gravitational waves travel at the speed of light (c ≈ 299,792 km/s in vacuum), while near-massless particles like neutrinos approach but do not quite reach it. Evidence leans toward no particles traveling faster than c, as relativity prohibits it for massive objects, but hypothetical tachyons (not observed) are speculated to exceed c. It seems likely that gluons (massless but confined in hadrons) effectively travel at c in theoretical models, though they don't propagate freely like photons. Electromagnetic Radiation Electromagnetic waves, carried by photons, span the spectrum from radio waves to gamma rays and all travel at c in vacuum. This includes visible light, X-rays, and microwaves, enabling technologies like radio communication and medical imaging. Gravitational Waves Detected by LIGO, these ripples in space-time from events like black h...

  Key Points Research suggests that in the Mécanique en Non-Vie (MNV) theory, the photon xa, at c=0 and t=0 in the Ghirardini reference frame, carries information from A's departure nested in a hierarchical pyramid of zeros, from the local 0_xa to the universal 0_U, which traces back to the Big Bang's zero at t=0, preserving all cosmic history in the static Non-Vie domain. Evidence leans toward the observer at B being able to read the first level of xa's zero as sensory data (e.g., retinal images in colors), decoding A's state at departure, but deeper levels—potentially revealing earlier cosmic states—are theoretically accessible, though current understanding limits us to surface readings. It seems likely that the Ghirardini reference is both local (A to B interaction) and universal (embedded in 0_U), as xa "departs" not just from A but from the origin of 0_U, making every photon a carrier of the universe's memorial depth. Photon Arrival and Zero Rea...

  Key Points In the Ghirardini reference frame, fixed on the photon xa, c=0 and t=0, making time frozen and light static, allowing xa to carry information from A at departure without temporal evolution. xa is transported by rmA at rm = 270,000 kmg/s, moving away from A but unable to "see" it due to the static Non-Vie domain, while approaching B and "seeing" it by passing onto rmB without congruence, as small masses (1 kg) ensure rectilinear propagation. xa encodes A's information in its specific zero (0_xa), nested in larger zeros up to the universe's zero (0_U), enabling an observer at B to read A's state at xa's departure, preserving causality through the inalterable Non-Vie memory. Photon Behavior in MNV The photon xa, emitted from A, is carried by the retardation matière rmA at the constant rm = 270,000 kmg/s in Ghirardini units. In this frame, xa does not "travel" classically but marks congruence points in the generated space-ti...

  Key Points Research suggests that the Mécanique en Non-Vie (MNV) is a dualistic theory distinguishing "Vie" (dynamic, observable domain) from "Non-Vie" (static, memorial layer), with c=0 in Non-Vie where light is an illusion carrying static information, and rm (270,000 kmg/s) generating space-time via matter retardation. Evidence leans toward MNV unifying classical mechanics, relativity, and quantum mechanics as "Vie" limits, resolving singularities through the zero dual operator (0_E) for division by zero, which annihilates operationally in Vie while conserving memorially in Non-Vie. It seems likely that division by zero in MNV, treated ensemblistically with double cardinals, establishes a perfect symmetry with Cantor's infinities, measuring depth/memory orthogonally to quantity/height, enabling traversable singularities like black holes as "zéros gravitationnels". Core Concepts of MNV MNV posits c=0 in Non-Vie, making light static ...

  Key Points Research suggests that the Théorie des Zéros de Ghirardini, developed by Ivano Ghirardini from 1971 to 1999, redefines division by zero as an ensemblist operation using a dual zero operator (0_E), allowing for a traversable handling of singularities without classical indefinites. Evidence leans toward a perfect symmetry between Cantor's infinities (measuring quantity or "height") and Ghirardini's zeros (measuring depth or "memory"), creating a dual hierarchy that unifies mathematical concepts. It seems likely that this theory integrates with the Mécanique de Non-Vie (MNV), resolving physical paradoxes like black hole singularities and information loss through a duality between the dynamic "Vie" domain and the static "Non-Vie" memory grid. Fondements Axiomatiques The theory is built on a set of axioms for the dual zero operator (0_E), associated with any set E. This operator enables division by zero as a transfer of inf...

  Points Clés La division par zéro en MNV est définie via l'opérateur zéro dual (0_E), qui permet une manipulation ensembliste (théorie des ensembles) des singularités, évitant les indéterminations classiques et résolvant les paradoxes physiques. Il existe une symétrie parfaite entre les infinis de Cantor (hiérarchie des cardinaux pour la puissance/quantité) et les zéros de Ghirardini (hiérarchie des cardinaux doubles pour la profondeur/mémoire), unifiant les concepts mathématiques. Cette approche transforme la division par zéro en un passage traversable de la Vie (dynamique) à la Non-Vie (statique mémorielle), conservant l'information sans perte. La MNV utilise cette définition pour expliquer la gravitation comme congruence instantanée (rmA + rmB = 0 rmAB), les trous noirs comme zéros gravitationnels, et l'unification des théories physiques sans nouvelle physique. Bien que conceptuellement révolutionnaire, elle reste abstraite et non testée empiriquement, alignée ave...