Interdimensional Information Systems: From Quantum Blockchain Detectors to Agent Experience and the Oscillatory Universe Model -A Comprehensive Theoretical Framework

Abstract

This comprehensive theoretical framework explores seven interconnected scientific vectors that could revolutionize our understanding of reality. We investigate the fundamental informational structure of the universe (NMSI), quantum blockchain systems as multiverse detectors, the eternal oscillatory universe model, physical mechanisms for quantum synchronicity, interdimensional communication (Wow! signal), self-evolving economies (Agent Experience), and autonomous self-sustaining systems. Our analysis suggests these vectors are not isolated phenomena but interconnected aspects of a deeper informational reality that transcends conventional spacetime constraints. The study provides mathematical formalizations, experimental design considerations, and a unified framework that bridges quantum physics, cosmology, information theory, and distributed systems.