Condensed Matter

A Conceptual Model for Low-Temperature Cluster Fusion Through Topological Chemistry and the Logic of not

Authors: Victor Christianto, Florentin Smarandache
Comments: 12 Pages.

This article ventures into a highly speculative thought experiment, exploring the hypotheticalpossibility of inducing low-temperature nuclear fusion within hydrogen or deuterium clusters.Drawing inspiration from the irreducible interdependence of Borromean rings and the nuanced negation of Shigenori Nagatomo's "Logic of Not," we propose a conceptual model where intense laser fields, interacting with molecular topology, could transiently create Borromean-analogue states among nuclei. This "topological chemistry" framework, viewed through the lens of few-body physics, posits that such a collective, highly correlated arrangement might facilitate quantum tunneling, leading to fusion where conventional pairwise interactions would fail. While firmly rooted in the realm of theoretical conjecture and not representing a viable pathway to energy production, this thought experiment highlights the power of interdisciplinary analogy, particularly from our previouswork on "intertwined humanity," to explore the most challenging frontiers of physics and logic.
Category: Condensed Matter