DOI: 10.5281/zenodo.18304716
title: De Giuseppe Time Travel Explanation

description: De Giuseppe Time Travel Explanation 

 

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The De Giuseppe Time Travel Methods: Emergent Retrocausality via KD Energy-Time Mapping and function f

 

Abstract / Description:

In this work, I introduce a novel framework for generating Closed Time-like Curves (CTCs) and retrocausal effects using the KD energy-time mapping, combined with informational loops and cumulative micro-CTCs. Unlike traditional approaches to time travel in General Relativity, which require enormous energies or exotic matter, this model demonstrates that retrocausality can emerge under mathematically precise conditions without violating physical laws.

The key components of the discovery are:





KD Energy-Time Map IntegrationThe KD map defines the relationship between energy and temporal curvature. It establishes a rigorous, physically grounded way to calculate the potential for temporal loops, forming the basis for both informational and physical micro-scale approaches.




Informational LoopsBy representing states as information rather than mass-energy, it is possible to generate CTC-like effects purely at the level of data or system states. These loops exploit the KD field to “curve” the temporal sequence of states, allowing future states to influence past ones without moving macroscopic matter.




Cumulative Micro-CTCsLarge-scale CTCs are replaced with sequences of micro-scale loops. Each micro-loop requires only a fraction of the energy of a classical CTC. By carefully arranging these loops topologically, their cumulative effect produces a macro-scale retrocausal trajectory.




The f Function – Loop ValidationA mathematically defined function (f((x_M, t_M),(x_Y, t_Y))) determines whether a retrocausal loop can actually exist for a given spacetime configuration. KD alone defines the potential, but f validates the loop, ensuring that the trajectory is closed and topologically consistent.



Significance of the Discovery:





First mathematically rigorous demonstration of emergent retrocausality using energy-time mapping, without FTL communication or exotic matter.




Provides a new framework to simulate time-like loops in both theoretical and computational experiments.




Introduces a pathway to explore macro-scale retrocausal effects via cumulative micro-loops and information-based interactions.




Opens avenues for future research in temporal topological engineering, predictive modeling, and foundational physics.