Rethinking Early Universe Dynamics and Singularities Through Time Compression and Multidimensional Time.pdf

This research addresses the unexpected rapid formation of massive galaxies in the early universe and the complex behavior of time near singularities by proposing a novel framework that introduces the concepts of time compression and multidimensional time. By developing a mathematical model where the rate of time progression varies across space and time, this paper provides an alternative explanation to existing cosmological models, potentially resolving observed anomalies in galaxy formation and offering new insights into the nature of time near extreme gravitational fields. The framework lays the groundwork for further theoretical exploration and empirical testing, advancing our understanding of cosmic evolution and the fundamental nature of time.