Scientists have now established mathematically that the 3-D external world that we live in is actually a “flat-space” hologram. Holograms are brought about by a trick of the light, a projection of information encoded in just 2-D actually appears in 3-D. This theory that the external world we see is actually a hologram has been around for some time. In the 1990s physicists working with string theory in a complex 5-D space discovered that by reducing the number of dimensions by one they could make gravity disappear. This trick was called “AdS/CFT correspondence” and although it was developed in that complex 5-D space it has since been discovered that it can also be applied to explain the workings of superconductors and why particles have mass in our “real” world.

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Abstract This paper presents the theory of French neurophysiologist Michel Jouvet that REM dreaming sleep acts as a genetic programming mechanism for the brain in utero. In addition the French neurobiologist Jean-Didier Vincent in his book Biology of Passions provides a great deal of research material concerning the development of the fetus as a desiring subject. This material is presented in support of the general theory of desire principally developed by French psychoanalysts Françoise Dolto and Jacques Lacan. It is shown that at the time of birth the fetus has already developed a desiring attachment to the conditions in the womb and that the act of being born does represent a rupture to its established desiring patterns thus reinforcing and explaining all the theory that has emerged concerning the trauma of birth.

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Scientists have come to doubt their long-held views that the brain is a network of neurons that communicate by chemoelectrical processes via axons. This is the standard view that the brain is alive with electrical current but it is caused purely as a result of chemical potential differences – positive (+) sodium ions passing through membranes to cause the interior of the neuron to become positively charged or positive (+) potassium ions flooding out of the neuron to cause the exterior to become positively charged. It all looks very chemical to them, and so they are quite content in thinking that this is all that is happening. The action potential once triggered then propagates down the axon like some sort of a snowball effect and then when it gets to the end of the axon it will be passed on to another neuron via a synapse, which again is described in great detail as a chemical transmission of the action potential.

Trouble is none of this is explaining what is happening with the myelin sheath. This is the coating of fatty material on the outside of the axon that acts as an insulator for the axons and is also said to be conducive to speeding up the flow of electricity. In an article in New Scientist (21 Feb 2015) “Meet your other brain” we are told that scientists are now shocked, ‘gobsmacked’ was the actual word used, to find that this myelin sheath is actually increasing or decreasing in real time. They had always assumed that the myelin sheath on the axons forms during development and then remains static as an insulator for the axons, and then as a result of aging processes begins to dwindle, thus bringing on diseases such as Alzheimer’s and dementia.

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