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MoRPHIC RESONANCE AND QUANTUM BIOLOGY MoRPHIC RESONANCE AND QUANTUM BIOLOGY Living organisms are quantum biological systems that interface with the fundamental fabric of reality. Their DNA acts as a fractal antenna which can receive and transduce zero-point energy, allowing more direct interaction with the Field. at is life? This is a question shared universally by nearly all of us. For scientists in particular, it is a fundamental question. In act, it formed the title of Erwin Schrédinger's 1944 book What is Life? Schrédinger was a physicist and one of the fathers of quantum mechanics. His book is perhaps one of the first published treatises concerning the quantum physics of biology, which forms the basis for the subject of quantum biology. Applying the theories of quantum mechanics and formative causation to biological processes offers insights into particular phenomena that have evaded adequate descriptions by conventional scientific methodologies. Formative Causation: The Morphogenetic Field The science of biology is nearing an impasse with current theoretical models because it is approaching the level of description that necessitates quantum mechanical and Field theories. In order to examine the deeper evels of reality, new-paradigm science is needed. One such theory that beautifully describes many phenomena that have evaded adequate scientific descriptions thus far is Rupert Sheldrake's theory of morphic resonance, the eory of formative causation. This describes the process of morphogenesis being driven by a non-physical force from a morphogenetic field. This is the science of conformation, and it is critical to understanding how information from the Field (a.k.a. the vacuum, the aether, the implicate order, e cosmic plenum, superspace, the akasha, etc.) is accessed. How important is the science of conformation? Erwin Schrédinger elucidated it in a brilliant ash of insight with this statement: "What we observe as material bodies and orces are nothing but shapes and variations in the structure of space" emphasis mine). This would require some explanation for many, because e classical description of space is of something that is empty. However, to many scientists, space (and even the vacuum) is far from being an empty medium. Even at a temperature of absolute zero, when all forms of energy should be gone, each point in space (the smallest quanta of space being a volume based on the Planck length) contains a quantum harmonic oscillator that vibrates with the zero-point energy of the ground state for the Field. Physicist Nassim Haramein has described how a volume of the vacuum the size of a proton contains an energy density equivalent to all the mass in the Universe. This exemplifies how the Universe is holofractal, in that a subatomic particle potentially contains the imprint of the whole Universe, and how there are many dimensional layers to the Universe where this infinite energy density is distributed. As for what has been expounded by Rupert Sheldrake, the theory of morphic resonance so closely models the actual processes driving the formation of all levels of organisation that when it is properly understood it becomes self-evident. In regard to biological systems, it explains the by William Brown, MSc © 2012 Email: wdb225@gmail.com Website: http://williambrownscienceoflife.com NEXUS ¢ 45 Email: wdb225@gmail.com FEBRUARY - MARCH 2012 www.nexusmagazine.com