Abstract
All observations are fundamentally rooted in consciousness. In this paper, we embark on an exploration to gain insights and even derivations about natural laws and phenomena by delving into the basic constituents of consciousness. We propose that the basic constituents of consciousness consist of two pairs of duality consciousness: change-unchange duality consciousness and inclusion-exclusion duality consciousness. We derive mathematical actions to quantify the amount of information within human consciousness, leading to the discovery of the holographic action obtained in our previous work. From this holographic action, we can derive a mathematical formula expressing the hologram, which describes the potential information, energy, and matter that can manifest through human consciousness. From this, we deduce the natural laws and phenomena observable and experienceable through human consciousness. Six major predictions come about from this derivation:
1. The existence of a grand unification theory
2. Universality of space and time scale invariance across all observed phenomena
3. The emergence of observed phenomena from a hologram
4. The one-way direction of conscious time and its relationship to the total information of the observed system.
5. The potential to transcend currently observed natural laws by surpassing duality consciousness and reaching emptiness.
6. The ability to mathematically describe observed natural laws, phenomena, and experiences
This work provides a mathematical demonstration of how observed natural laws and phenomena manifest from human consciousness activities. It unveils the profound connection between observed natural laws and human consciousness, indicating greater human potential and abilities. Furthermore, it offers a new physical foundation and mathematical tool for studying DNA, the brain, life, cosmology, grand unified theory, and all scientific and spiritual disciplines.
Reference44 articles.
1. Cohen, A.P. & Rapport, N. (1995) Questions of Consciousness, London: Routledge.
2. Güzeldere, G. Block, N., Flanagan, O. & Güzeldere, G. (eds.) (1997) The Nature of Consciousness: Philosophical Debates, Cambridge, MA: MIT Press. pp. 1–67.
3. Theories of consciousness
4. Sha, ZG. and Xiu, R. (2023) Quantum Theory of Consciousness. Journal of Applied Mathematics and Physics, 11, 2652-2670. doi: 10.4236/jamp.2023.119174.
5. Feynman, Richard P., Hibbs, Albert, Quantum Mechanics and Path Integrals, McGraw Hill, ISBN 0-07-020650-3, (1965).