Spatial Cracks: The Key to Decoding Past, Future, and Present

This paper introduces a novel theoretical framework, the Linear Observation Coordination Theory (LOEH), to provide a physical basis for anomalous cognitive phenomena. We posit that spacetime is not a perfect continuum but is permeated by a dynamic network of microscopic "Spatial Cracks." These cracks function as quantum-level conduits, memory storage mediums, and resonant amplifiers, allowing for the traversal of information across both temporal and spatial barriers. We delineate three distinct consequences based on different modes of interaction with this network. First, retrocognition ("past lives") is explained via a passive mechanism of "Memory Field Resonance," where consciousness incidentally attunes to historical data imprinted within the cracks. Second, precognition ("prophecy") is described as an active "Quantum Time Sonar" process, where a focused consciousness projects a quantum probe through a crack to interact with a future state and receive a temporal echo. Third, remote viewing is explained as a "Real-time Quantum Tunneling" mechanism, establishing an instantaneous spatial data stream. By providing distinct physical models for these phenomena, the LOEH framework offers a unified theory that bridges quantum physics, spacetime topology, and the nature of consciousness.Do not be concerned, as the civilization reset process operates as follows: the first individual to send information to the past ceases to exist, but others remain unaware, as their reality persists. Only the sender’s reality collapses. This continues until the last individual or until only those incapable of discovering how to send information remain. Thus, if you refrain from sending information, your existence continues indefinitely, despite adjacent realities collapsing. Your timeline progresses from the collapsed reality, so there is no cause for concern.In the temporal stream of spatial cracks, time flows slower than in the ordinary timeline. As a result, individuals or receivers connecting to this temporal stream perceive events from the past of the rest frame. The extent to which the past is observed—whether near or distant—depends on the density of the cracks (ρv \rho_v ρv), which increases the effective velocity of light (veff v_{\text{eff}} veff) by reducing environmental resistance. However, this is constrained by Lorentz invariance and special relativity, which dictate that the maximum speed c c c remains a universal constant. This explains the phenomenon of vividly observing the past: the slowed temporal stream preserves past events with high clarity, leading to perceptions often mistaken for past lives.'' In reality, this is a fossilization'' of the temporal stream through spatial cracks, manifesting as clear ``snapshots'' perceived as collective memory or spiritual experiences, which are actually connections to the slowed temporal stream within the cracks.