Abstract
This essay examines an innovative cosmological hypothesis that proposes a connection between black holes and white holes via Einstein-Rosen bridges in the pre-Big Bang regime. Central to this proposal is a new "cosmic information preservation principle" that suggests observational limits are not constraints but essential features of our expanding cosmos. Drawing from observations of the unusual gamma-ray burst GRB 060614, early universe supermassive black holes, and cosmic microwave background radiation anomalies, the hypothesis offers a novel framework for understanding universe formation and information preservation across cosmic boundaries. This work demonstrates how theoretical imagination, guided by observational phenomena, can advance our understanding of fundamental physics and cosmology.