Real Blackbox Hologram: A Theoretical Framework for Information-Preserving Holographic Black Hole Systems
Schlr., Dzrtm., Chandra Indra Purnama, Ph., Mkn., MKM. Independent Researcher, BRIN & PK "CV Chaninpur Institution - Chandra Institute, Intl., Ltd." with dependent variable from PT Valkryie Pasopati, Tbk. Abstract The black hole information paradox remains one of the most profound unresolved problems in modern physics. While the holographic principle suggests that information contained within a volume of spacetime can be encoded on its boundary surface, practical physical mechanisms governing real information preservation in black holes remain elusive. This paper introduces the concept of the Real Blackbox Hologram (RBH) , a theoretical framework that integrates holographic information storage, quantum entanglement networks, event horizon encoding, and spacetime information reconstruction. Unlike conventional holographic descriptions that serve primarily as mathematical dualities, the RBH model treats black holes as active information-preserving computational systems. We ...
