http://www.sciencedaily.com/releases/2012/02/120228101712.htm Now combine that with an inquiry: how is a memory is stored upon mass? You now can understand it If you want to look for an old paper of 82', Photo Neuron Conduction (PNC) resonant energy transfer between the synaptic connections
old stuff Bishadi8th January 2011, 11:10 AM http://en.wikipedia.org/wiki/Stanford_R._Ovshinsky#The_Ovitron The Ovitron By the late 1950s, working at General Automation, Ovshinsky brought together these disparate studies in an invention. Crossing scientific disciplines that academics traditionally hold separate, including neurophysiology and cybernetics, Stan invented and Herb Ovshinsky helped build a mechanical model of a nerve cell, an amorphous thin-film switch they called the Ovitron. Stan patented the device and the brothers disclosed it publicly in 1959 in New York City. In an attempt to model the learning ability of nerve cells, which Stan recognized as deriving from the plasticity of the cell's membrane, he drew on his knowledge of surfaces and materials to fashion very thin layers of amorphous material, thus pioneering the use of nanostructures. He created these layers by combining elements, especially from the Group 16 elements.... It's all about the "O". The guy is the namesake of Ovonics (A company that patented the intercalation of hydrogen; energy storage into fixed structures) I didn't know he had a neurology foundation of personal studies. How many are familiar with intercalation? How many ever considered the idea that brain memories could be affixed to a structure (film)? Basically creating a memory to a fixed structure like a transparent lense? Who can find that Ovitron Switch?
Why we lose early memories... Neuron growth in children 'leaves no room for memories' 24 May 2013 - The reason we struggle to recall memories from our early childhood is down to high levels of neuron production during the first years of life, say Canadian researchers.