Abstract

We propose a framework that models computation and information flow in terms of **white holes, black holes, and damping mechanisms**. This system enables a **recursive transfer of information from future states to present computations**, suggesting conditions under which P = NP could be realized in a physically grounded network. The model formalizes **white hole activation, black hole storage, and dynamic loops** with cross-entropy and autocorrelation characteristics, providing a bridge between temporal computation and structured information flow.