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Description:
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The term morphic field was first coined by British scientist Doctor Rupert Sheldrake. He has published a number of scientific papers on the subject. His work is fascinating, if somewhat dry and not always easy to read. The great thing about morphic fields though, is that you don’t need to have a detailed understanding of them in order to use them. That said, the basics are easy to grasp. A field is a kind of energy that can affect matter (or ‘stuff’ to use the less scientific term). We’re all familiar with at least one kind of field—a magnetic field. Even though we can’t see it, we know a magnetic field can affect certain stuff—metal. The dial on a compass moves because it is affected by the earth’s magnetic field. And those little fridge magnets work because a magnetic field holds them tightly to the metal door of your refrigerator. A morphic field also affects stuff. It’s less fussy than a magnetic field though, because the stuff it affects is elementary particles. These are the smallest particles known to science. If you took anything in the universe, chopped it in half, and kept chopping the halves in half, you would eventually end up with a single molecule. If you kept going and chopped that up too, you would have some atoms. And if you chopped those up, you would be left with elementary (subatomic) particles like electrons and quarks. These particles are what are affected by morphic fields. And because everything in the universe is built out of them, that means morphic fields affect everything. They exist everywhere. They are inside you right now. And inside me. And inside this book. They are in the air around us. They are in space. They are in other stars and other planets. Morphic fields are themselves, part of the building blocks of the universe. |