Essay Abstract
This paper describes a potential missing physics that leads not only to the artifact undecidability, uncomputability, and unpredictability but also to the current widely known paradoxes of physics/cosmology such as dark energy, dark matter, multiverse, measurement problem (the collapse of the wave function) etc. The proposed Universal Relativity Model (URM) integrates the missing physics of the hidden variables identified as spontaneously converting (decaying and forming) mass, space, and time as per relativity theory. URM describes the fundamental relativistic mechanism governing the quantum events and as to how gravity and measurement interference could affect the wave-particle nature of the observed collapse of the wave function to classic behavior. URM predicts coherence and de-coherence boundary or collapse of the wave function affecting the limits of quantum versus classical behavior as well as the measurement uncertainty of the self-decaying/forming quantum particle. There is no inherent (Heisenberg's) uncertainty built into natural phenomena; the observed uncertainty in quantum measurements results from the measurement error caused by the destructive nature of the classical measurement process that alters the inherent relativistic mass-space-time of the measured event. URM also explains the current paradoxes of physics and cosmology such as dark energy, dark matter, multiverse, black hole singularity etc. URM consolidates and replaces many different interpretations of quantum mechanics into one coherent picture of reality within a holistic relativistic framework and model vindicated by the empirical observations of the universe.
Author Bio
Dr. Avtar Singh is the author of the book - "The Hidden Factor: An Approach for Resolving Paradoxes of Science, Cosmology and Universal Reality". He obtained his Doctor of Science and Master of Science degrees from Massachusetts Institute of Technology, USA. He has been involved in research and development in science, engineering, and cosmology over the past 30 years. He has published more than fifty technical papers and two monographs. He received the 'Best Paper Award' of the American Nuclear Society and several technical excellence awards in nuclear, defense, and space industries.