A Quantum Biomechanical Basis for Near-Death Life Reviews

Near-death life reviews, characterized by instantaneous and empathetic recall of vast amounts of information, challenge current memory research. Advances in quantum physics, biomechanics, holographic information theory, and consciousness studies now support a proposed quantum biomechanical basis for these phenomena. The authors introduce the quantum hologram as a non-local carrier of information and investigate non-local communications and the electromagnetic zero-point field. Recent confirmation of the zero-point field suggests vast memory storage outside the physical body. Microtubules are considered key to non-local quantum processes in consciousness, and the liquid crystalline nature of the human body further supports the model, with microtubules, DNA, and the brain communicating non-locally with unlimited memory storage.

Study at a glance

Abstract

Near-death life reviews pose a challenge to current memory research in terms of the sheer amount of instantaneous and empathetic information recall. Advances in quantum physics, biomechanics, holographic information theory, and consciousness studies support for the first time a fully realizable quantum biomechanical basis for near-death life reviews. We introduce the unifying paradigm of the quantum hologram as a non-local carrier of information. We further investigate the interrelated phenomena of non-local communications, and the electromagnetic zero-point field. Recent confirmation of the zero-point field lends credibility to vast memory storage capabilities outside the physical body. Microtubules are considered to be key components in non-local, quantum processes critical to human consciousness. Discovery of the liquid crystalline nature of the human body provides further support for our model. Microtubules, deoxyribonucleic acid (DNA), and the entire brain are described as communicating non-locally with virtually unlimited memory storage capacity.