Quantum states can be understood as how local frames of reference encode finite information in a way that is consistent with other frames. Standard quantum mechanics implicitly assumes that the system under observation becomes fully correlated, or coherent, with the observer during measurement, allowing the observer to extract all accessible information through their mutual correlations. This local informational update is what is commonly referred to as "collapse". The fully coherent quantum description fails when the observer's frame lacks the resolution or access to capture the full structure of the system. For instance, an observer outside a black hole cannot access the interior, so their quantum state must remain incomplete. In cosmology, rapidly expanding regions can become causally disconnected, forcing observers to work with partial, frozen information. In all these cases, the quantum state becomes a resolution-dependent approximation, an expression of what the observer can distinguish, not a globally valid object.

The Standard Model of Physics considers the 3 fundamental forces it describes to be independent, they are 3 among its 19 so-called "free parameters". Experimentally, it was observed that these forces seem to converge to the same value as you increase the energy in particle accelerators, suggesting that a deeper theory should explain their relationship. My theory does exactly that, and more. It reveals a previously unnoticed relation that holds across all energy scales. It predicts that the sum of the logarithms of the inverse coupling constants should remain approximately constant at first order and grow slowly (sub-logarithmically) with increasing energy. This growth is explained as an increase in the internal sector's "entropy budget", as higher energies allow us to distinguish finer internal structures. I compared this prediction against existing experimental data, and it aligns perfectly. It’s like a "hash" of my theory: extremely easy to verify, but very hard to figure out without a truly novel framework that better explains physics. It also makes my theory falsifiable, it would be clearly wrong otherwise.