A simple holographic universe

Abstract

In the context of an evolution occurring in thick present instants, we investigate the possible emergence of a spacelike foliation through a toy model based on the information of entanglement among quanta of space. We elaborate on the hypotheses of the model for a physically implementable solution and identify the need for a finite and discrete information, relativity in respect to universal scales of reference and logical consistency of the global information potential. We conjecture the possible emergence of an imaginary spacetime as a holographic boundary between 2 symmetric bulk regions extending in the thick present and evolving synched on a discrete cycle (identified as an elementary quantum of action and intended as a “spacetime sampling-rate”). We then propose how the information of a particle could be described through an analysis of scale of the information of non-locality in the spacelike foliation. Finally, we conjecture how the information could be intended and efficiently encoded in the symmetric bulks through a wavelet analysis (log-perspective), and elaborate on the possible features emerging from the symmetries in the model (spin and anti-matter).

The Quantum Hologram Theory of Consciousness as a Framework for Altered States of Consciousness Research

“…David Bohm and Karl Pribram pioneered the use of holographic theories to describe human consciousness and cognition. They postulated that the brain operates similarly to a hologram, following quantum principles (Talbot 1991). That is, the brain may be processing ordinary images into interference patterns that are then converted to virtual images, similar to how a laser hologram works.…”