Abstract
The quest for a unifying theory that encompasses not only natural sciences but also social, biological, behavioral, and neurological sciences has long remained elusive. This paper presents a novel approach to formulating a universal theory of everything, drawing on the author’s extensive background in data architecture and a decade of research into the architecture of the universe as the largest data processing architecture in existence. Central to this theory is the concept of Comhysics – the physics of communication – which proposes a paradigm shift from the conventional focus on the components of the universe to identifying a universally common activity performed by those components. This workshop article examines the reasons behind the historical failure to develop a comprehensive unifying theory, including Einstein’s struggles, and argues that the key to unlocking the secrets of the universe lies in bridging the gaps between natural, social, and communication sciences. The paper highlights the importance of integrating subjective perceptions and measurements alongside traditional objective observations to form a more complete understanding of our universe. The theory presented in this session aims to spark a collaborative dialogue among researchers, leading to a more coherent and unified understanding of the cosmos and its underlying architecture.
Presenters
Farhan MashraqiSenior Managing Consultant - Data Analytics, Systems Limited, Lahore, Punjab, Pakistan, Pakistan
Details
Presentation Type
Theme
KEYWORDS
Universal, Theory of Everything, Physics of Communication, Subjective Perceptions, Unification
