Creative Energy
Energy is AwarePhysicist Max Planck found that photons (units of light energy) acted as either particles or as waves, depending on the experimenter's intent. When a photon is placed in an experiment designed to show that it acts as a wave, it will. And when the photon is placed in an experiment designed to show that it acts as a particle, it stops acting like a wave and starts acting like a particle. In either case, Planck's intent did not simply interfere with the energy's movement; instead it dominated what the energy "chose" to do. Planck's findings have enormous implications. Since he showed that the behavior of energy is influenced by the intent of the observer, the implication is that you can intentionally impact how your creative energy acts. If you intend to see certain events, your creative energy will transform itself into those events. Or as Wayne Dyer titled one of his books, You'll See It When You Believe It. In another experiment, but in the field of psychology, Joseph Banks Rhine found that intention influences matter. His research, which took place in the Parapsychology Laboratory of North Carolina's Duke University, focused on the ability of a person to "will" the outcome of a dice roll. Through his extensive and thorough research, Rhine determined that a definite relationship exists beyond the margin of chance between the intention of the person casting the dice and the outcome of the roll. What could explain Rhine's findings? Could the dice's energy have been influenced by the intention of the person tossing the dice? Hypothetically, yes. Like Planck's photons, Rhine's dice behaved as if influenced by the intent of their observer. In everyday terms this means that, if you want to have control over what your energy creates, you must maintain awareness of your thoughts and intentions. If you expect to see yourself cheated, your energy will transform itself to create experiences in which you are cheated. Likewise, if you expect to see yourself winning, your energy will transform itself to create winning experiences. Still, one has to wonder: How does your energy know what to do? How does it know what you think? Again, we return to quantum physics. Energy Communicates
Further experimentation in quantum physics makes it clearer that photons somehow process information and therefore appear to have awareness. In Schrodinger's Kittens and the Search for Reality, John Gribbin writes of an experiment which showed that when a flow of photons faced a two-slit passageway, the photons acted wave-like, heading for both entrances. When the experimenter suddenly decreased the passageway to one slit, the photon flow became particle-like with the photons flowing in a bee-line straight toward the single slit. Because no photons attempted to enter the missing slit, physicists were left with the question: How did the photons "know" that there was only one slit through which to travel? While physicists continue to grapple with the implications of this experiment, the evidence points to the phenomenon that photons have some type of awareness that allows them to "know" what to do. Consequently it can be assumed (though it has yet to be explained how or why) that awareness and "knowingness" exist at the energy level. In addition, an Einstein, Podolsky, and Rosen (also known as EPR) thought experiment addressed the hypothesis that subatomic particles actually communicate with each other. They knew that a two-particle system of zero spin behaves in a certain way: when set in motion (traveling at the speed of light), one particle always spins in the polar opposite direction from its mate. Therefore, if particle A is spinning upward, particle B will spin downward. If A spins to the left, B will spin to the right. The EPR experiment eventually showed that if, after the particles are set in motion, the experimenter magnetically changes the direction of one particle, its mate would also change its direction. Thus, if A is initially moving to the right at the speed of light and spinning on an upward axis, B will be moving to the left at the speed of light and spinning on a downward axis. When the experimenter magnetically distorts A's axis so that it spins to the left, B instantly changes its axis so that it spins to the right, even though the particles are going in opposite directions at the speed of light. How does B know what is happening to A? While it may seem unfathomable, Einstein, Podolsky, and Rosen's experiment illustrates that energy particles communicate with each other in an indiscernible, unrecognizable way. Both these experiments demonstrate that units of energy have a type of awareness and that they "communicate" with each other, though perhaps not in the same ways humans or other living things are aware and communicate. (Humans, for example, process thought through their brains, which energy particles apparently do not have.) These experiments imply that our energy too has awareness and can communicate; our energy can "know" what we want and can communicate this to the energy outside of ourselves. About The Author
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