Logic [work] — Antares

Classical binary logic, while foundational to modern computing, fails to adequately model the nuance of real-world decision-making, particularly in domains involving uncertainty, moral ambiguity, or incomplete datasets. This paper introduces Antares Logic , a novel formal system designed to handle multi-valued truth states within high-dimensional vector spaces. Unlike traditional fuzzy logic, which collapses truth into a single scalar probability, Antares Logic treats truth as a composite vector comprised of distinct axiological axes (e.g., utility, intent, consequence, and reliability). We demonstrate that by applying tensor operations to these truth vectors, Antares Logic provides a more robust framework for autonomous ethical reasoning and complex system diagnostics, minimizing the "black box" opacity inherent in contemporary neural networks.

The Antares Logic network grew more sophisticated. It began to translate not just words, but structures —mathematical objects that folded into themselves like origami made of time. She learned that the signal was not a message in the human sense. It was a seed . A self-replicating pattern of information that had been traveling between dying stars for longer than the Milky Way had existed. Each star it passed through modified it slightly, adding a local inflection, a planetary accent. Antares was just the latest in a chain that stretched back to a supernova in a galaxy no longer visible—a galaxy that had existed before the Sun was born. antares logic

We apply Antares Logic to the classic Trolley Problem in autonomous driving. We demonstrate that by applying tensor operations to