Nonlocal Interactions and Entangled Neurons

“Nonlocal” has become a bit of a buzzword recently, so let me explain what it means and why it so very important. It is an idea first proposed by the Irish physicist, J.S. Bell, in the 1960s, that at the microscopic quantum level particles that have been in contact remain permanently connected.

It has been repeatedly demonstrated in the laboratory, but for a long time seemed no more than a curiosity, the effect being infrequent and unstable, and only occurring at the quantum level. But then data started coming in from surprising sources: The “distant viewing” experiments of Russell Targ and Harold Puthoff in the 1970s, and work reported from the Princeton Engineering Anomalies Research (PEAR) Laboratory. Then some exquisitely clear-cut research by Dean Radin, first while he was at the University of Nevada, and now at the Institute of Noetic Sciences, and finally data on distant healing. Together these have really made it seem very clear that these nonlocal effects do indeed occur in the world of large physical objects. Not surprisingly, this research is so important for our understanding of the world, that it has all been viciously attacked. But the fact is that the data keep coming in, and keep resisting the most ferocious attacks.

Larry Dossey, an important voice in medicine for more than two decades, asserts that we are now seeing the emergence of what he calls Era III or nonlocal medicine that acknowledges that your thoughts and intentions may affect the functioning of other individuals, at any distance, and with or without the awareness of the recipient.

The same Dean Radin whom I just mentioned, has recently suggested the existence of entanglement in biological systems. A study published by a group of scientists from the University of Milan is intriguing. The investigators used cultures of human neurons derived from neural stem cells. What they did is fascinating and important. They split the neurons into two little dishes, and equipped each dish with tiny electrodes to record the electrical activity of the cells. I remember doing something similar back when the world was new, and I was a physiology student. But what we did not do back then is this: one of the dishes was shielded from electrical or optical inputs, so that there could be no ordinary influence of one dish on the other. However, when cells in the unshielded dish were stimulated with a laser beam, the cells in the shielded culture responded at the same time. The team took every possible precaution to ensure that there was no known way of one dish or cells influencing the other, and yet the stimulation of one dish caused the other to respond. This experiment was repeated and repeated over a three-year period. This provides evidence for some form of nonlocal linkage or entanglement between the cells in the dishes.

Interestingly, the authors themselves remain very cautious and despite repeating the experiment in a number of different ways, still worry that some of the laser light might somehow have leaked and stimulated the cells in the shielded dishes. The prospect that they have genuinely found a new force at work in biology is enough to worry anyone whose future is in the hands of grant givers.

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