Quantum Information Dynamics and Dimensional Perception: Agency, Temporality, and Multidimensional Timelines

This paper is a result of personal curiosity. As a university student not studying physics or anything directly related, I found myself one sleepless night pondering how entities in higher dimensions might perceive those dimensions. This initial thought experiment gradually evolved into the structured framework you see here, developed through many iterative conversations with AI tools like ChatGPT and Gemini.The paper explores concepts such as temporal mass, worldline ribbon models, and information-based agency, aiming to connect them with established physics principles, including quantum mechanics, general relativity, and entropy. While this work is not from a professional physicist, it represents a dedicated attempt to express complex, speculative ideas in a rigorous and testable format, showcasing the potential for interdisciplinary thought and AI-assisted scientific inquiry.