High Energy Pockets, Partially Uncurled Dimensions, and the Formation of Cosmic and Fundamental Strings, A Speculative Model

This speculative physics paper explores the concept of ‘high-energy pockets’ in the early universe, where exceptionally dense regions may have partially uncurled hidden dimensions predicted by M-theory. It investigates how these localized deviations could affect fundamental string dynamics, generate filamentary structures reminiscent of cosmic strings, and produce subtle gravitational and particle-physics signatures. The work combines conceptual reasoning with a preliminary mathematical framework, aiming to stimulate discussion on possible observational consequences of extra-dimensional effects in cosmology and high-energy physics.