Where are our minds located? We have been brought up to believe that they are inside our heads, that mental activity is nothing but brain activity. Instead, I suggest that our minds extend far beyond our brains; they stretch out through fields that link us to our environment and to each other.
Mental fields are rooted in brains, just as magnetic fields around magnets are rooted in the magnets themselves, or just as the fields of transmission around mobile phones are rooted in the phones and their internal electrical activities. As magnetic fields extend around magnets, and electromagnetic fields around mobile phones, so mental fields extend around brains.
Mental fields help to explain telepathy, the sense of being stared at and other widespread but unexplained abilities. Above all, mental fields underlie normal perception. They are an essential part of vision.
Look around you now. Are the images of what you see inside your brain? Or are they outside you – just where they seem to be?
According to the conventional theory, there is a one-way process: light moves in, but nothing is projected out. The inward movement of light is familiar enough. As you look at this page, reflected light moves from the page through the electromagnetic field into your eyes. The lenses of your eyes focus the light to form upside-down images on your retinas. This light falling on your retinal rod and cone cells causes electrical changes within them, which trigger off patterned changes in the nerves of the retina. Nerve impulses move up your optic nerves and into the brain, where they give rise to complex patterns of electrical and chemical activity. So far, so good. All these processes can be, and have been, studied in great detail by neurophysiologists and other experts on vision and brain activity.
But then something very mysterious happens. You consciously experience what you are seeing, the page in front of you. You also become conscious of the printed words and their meanings. From the point of view of the standard theory, there is no reason why you should be conscious at all. Brain mechanisms ought to go on just as well without consciousness.
Then comes a further problem. When you see this page, you do not experience your image of it as being inside your brain, where it is supposed to be. Instead, you experience its image as being located about two feet in front of you. The image is outside your body.
For all its physiological sophistication, the standard theory has no explanation for your most immediate and direct experience. All your experience is supposed to be inside your brain, a kind of virtual reality show inside your head. That means your skull must lie beyond everything you are seeing: if you look at the sky, your skull must be beyond the sky! This seems an absurd idea, but it seems to be a necessary implication of the mind-in-brain theory.
The idea I am proposing is so simple that it is hard to grasp. Your image of this page is just where it seems to be, in front of your eyes, not behind your eyes. It is not inside your brain, but outside your brain.
Thus vision involves both an inward movement of light, and an outward projection of images. Through mental fields our minds reach out to touch what we are looking at. If we look at a mountain ten miles away, our minds stretch out ten miles. If we gaze at distant stars our minds reach out into the heavens, over literally astronomical distances.
Sometimes when I look at someone from behind, he or she turns and looks straight at me. And sometimes I suddenly turn around and find someone staring at me. Surveys show that more than 90% of people have had experiences such as these. The sense of being stared at should not occur if attention is all inside the head. But if it stretches out and links us to what we are looking at, then our looking could affect what we look at. Is this just an illusion, or does the sense of being stared at really exist?
This question can be explored through simple, inexpensive experiments. People work in pairs. One person, the subject, sits with his or her back to the other, wearing a blind-fold. The other person, the looker, sits behind the subject, and in a random series of trials either looks at the subject’s neck, or looks away and thinks of something else. The beginning of each trial is signalled by a mechanical clicker or bleeper. Each trial lasts about ten seconds and the subject guesses out loud ‘looking’ or ‘not looking’.
More than 100,000 trials have now been carried out, and the results are overwhelmingly positive and hugely significant statistically, with odds against chance of quadrillions to one. The sense of being stared at even works when people are looked at through closed-circuit TV.
Animals are also sensitive to being looked at by people, and people by animals. This sensitivity to looks seems widespread in the animal kingdom and may well have evolved in the context of predator-prey relationships: an animal that sensed when an unseen predator was staring would stand a better chance of surviving than an animal without this sense.
Educated people have been brought up to believe that telepathy does not exist. Like other so-called psychic phenomena, it is dismissed as an illusion. Most people who espouse these opinions, which I used to myself, do not do so on the basis of a close examination of the evidence. They do so because there is a taboo against taking telepathy seriously. This taboo is related to the prevailing paradigm or model of reality within institutional science, namely the mind-inside-the-brain theory, according to which telepathy and other psychic phenomena, which seem to imply mysterious kinds of ‘action at a distance’, cannot possibly exist.
This taboo dates back at least as far as the Enlightenment at the end of the eighteenth century. But this is not the place to examine its history (which I discuss in my book The Sense of Beinghbvb gg Stared At). Rather I want to summarise some recent experiments, which suggest that telepathy not only exists, but that it is a normal part of animal communication.
I first became interested in the subject of telepathy some fifteen years ago, and started looking at evidence for telepathy in the animals we know best, namely pets. I soon came across numerous stories from owners of dogs, cats, parrots, horses and other animals that suggested that these animals seemed able to read their minds and intentions.
Through public appeals I have built up a large database of such stories, currently containing more than 3,500 case histories. These stories fall into several categories. For example, many cat owners say that their animal seems to sense when they are planning to take them to the vet, even before they have taken out the carrying basket or given any apparent clue as to their intention.
Some people say their dogs know when they are going to be taken for a walk, even when they are in a different room, out of sight or hearing, and when the person is merely thinking about taking them for a walk. Of course, no one finds this behaviour surprising if it happens at a routine time, or if the dogs see the person getting ready to go out, or hear the word ‘walk’. They think it is telepathic because it seems to happen in the absence of such clues.
One of the commonest and most testable claims about dogs and cats is that they know when their owners are coming home, in some cases anticipating their arrival by ten minutes or more.
In random household surveys in Britain and America, my colleagues and I have found that approximately 50% of dog owners and 30% of cat owners believe that their animals anticipate the arrival of a member of the household. Through hundreds of videotaped experiments, my colleagues and I have shown that dogs react to their owners’ intentions to come home even when they are many miles away, even when they return at randomly-chosen times, and even when they travel in unfamiliar vehicles such as taxis.
Telepathy seems the only hypothesis that can account for the facts. (For more details, see my book Dogs that Know When their Owners Are Coming Home, and Other Unexplained Powers of Animals.)
In the course of my research on unexplained powers of animals, I heard of dozens of dogs and cats that seemed to anticipate telephone calls from their owners. For example, when the telephone rings in the household of a noted professor at the University of California at Berkeley, his wife knows when her husband is on the other end of the line because Whiskins, their silver tabby cat, rushes to the telephone and paws at the receiver.
“Many times he succeeds in taking it off the hook and makes appreciative miaws that are clearly audible to my husband at the other end,” she says. “If someone else telephones, Whiskins takes no notice.” The cat responds even when he telephones home from field trips in Africa or South America.
This led me to reflect that I myself had had this kind of experience, in that I had thought of people for no apparent reason who shortly there afterwards called. I asked my family and friends if they had ever had this experience, and I soon found the majority were very familiar with it. Some said they knew when their mother or boyfriend or other significant person was calling because the phone sounded different!
Through extensive surveys, my colleagues and I have found that most people have had seemingly telepathic experiences with telephone calls. Indeed this is the commonest kind of apparent telepathy in the modern world.
Is this all a matter of coincidence, and selective memory, whereby people only remember when someone they were thinking about rang, and forget all the times they were wrong? Most sceptics assume that this is the case, but until recently there had never been any scientific research on the subject at all.
I have developed a simple experiment to test for telephone telepathy. Participants receive a call from one of four different callers at a prearranged time, and they themselves choose the callers, usually close friends or family members. For each test, the caller is picked at random by the experimenter by throwing a die. The participant has to say who the caller is before the caller says anything. If people were just guessing, they would be right about one time in four, or 25% of the time.
We have so far conducted more than 800 such trials, and the average success rate is 42%, very significantly above the chance level of 25%, with astronomical odds against chance (1026 to 1).
We have also carried out a series of trials in which two of the four callers were familiar, while the other two were strangers, whose names the participants knew, but whom they had not met. With familiar callers, the success rate was 56%, highly significant statistically. With strangers it was at the chance level, in agreement with the observation that telepathy typically takes place between people who share emotional or social bonds.
In addition, we have found that these effects do not fall off with distance. Some of our participants were from Australia or New Zealand, and they could identify who was calling just as well as with people down under as with people only a few miles away.
Laboratory studies by parapsychologists have already provided significant statistical evidence for telepathy (well reviewed by Dean Radin in his book The Conscious Universe). But most laboratory research has given rather weak effects, probably because most participants and ‘senders’ were strangers to each other, and telepathy normally depends on social bonds.
The results of telephone telepathy experiments give much stronger and more repeatable effects because they involve people who know each other well. I have also found that there are striking telepathic links between nursing mothers and their babies. Likewise, the telepathic reactions of pets to their owners depend on strong social bonds.
I suggest that these bonds are aspects of the fields that link together members of social groups (which I call morphic fields) and which act as channels for the transfer of information between separated members of the group. Telepathy literally means ‘distant feeling’, and typically involves the communication of needs, intentions and distress.
Sometimes the telepathic reactions are experienced as feelings, sometimes as visions or the hearing of voices, and sometimes in dreams. Many people and pets have reacted when people they are bonded to have had an accident, or are dying, even if this is happening many miles away.
There is an analogy for this process in quantum physics: if two particles have been part of the same quantum system and are separated in space, they retain a mysterious connectedness. When Einstein first realised this implication of quantum theory, he thought quantum theory must be wrong because it implied what he called a “spooky action at a distance.”
Experiments have shown that quantum theory is right and Einstein wrong. A change in one separated part of a system can affect another instantaneously. This phenomenon is known as quantum non-locality or non-separability.
Telepathy, like the sense of being stared at, is only paranormal if we define as ‘normal’ the theory that the mind is confined to the brain. But if our minds reach out beyond our brains, just as they seem to, and connect with other minds, just as they seem to, then phenomena like telepathy and the sense of being stared at seem normal. They are not spooky and weird, on the margins of abnormal human psychology, but are part of our biological nature.
Of course, I am not saying that the brain is irrelevant to our understanding of the mind. It is very relevant, and recent advances in brain research have much to tell us. Our minds are centred in our bodies, and in our brains in particular. However, that they are not confined to our brains, but extend beyond them. This extension occurs through the fields of the mind, or mental fields, which exist both within and beyond our brains.
The idea of the extended mind makes better sense of our experience than the mind-in-brain theory. Above all, it liberates us. We are no longer imprisoned within the narrow compass of our skulls, our minds separated and isolated from each other. We are no longer alienated from our bodies, from our environment and from other people. We are interconnected.
If you appreciated this article, please consider a digital subscription to New Dawn.
About the Author
RUPERT SHELDRAKE is an English biologist and author. He is known for his work on plant hormones, crop physiology, and for having proposed a non-standard account of morphogenesis and for his research into parapsychology. His books and papers stem from his hypothesis of morphic resonance, and cover topics such as animal and plant development and behaviour, memory, telepathy, perception and cognition in general. Sheldrake’s publications include A New Science of Life (1981), Seven Experiments That Could Change the World (1994), Dogs That Know When Their Owners Are Coming Home(1999), The Sense of Being Stared At (2003), and The Science Delusion: Freeing the Spirit of Enquiry, called Science Set Free in the US (2012).
The above article appeared in New Dawn No. 110 (September-October 2008).
© Copyright New Dawn Magazine, http://www.newdawnmagazine.com. Permission granted to freely distribute this article for non-commercial purposes if unedited and copied in full, including this notice.
© Copyright New Dawn Magazine, http://www.newdawnmagazine.com. Permission to re-send, post and place on web sites for non-commercial purposes, and if shown only in its entirety with no changes or additions. This notice must accompany all re-posting.
Featured Image Photo: Pete Saloutos/Corbis © Pete Saloutos/Corbis