Any energy can be used in a system: electromagnetic radiation, wind, chemical, kinetic, gravity, strong and weak nuclear. Here is a simple example: whenever a person moves her body, the bio-electrical impulses released from her central nervous system convert into muscle contractions. These contractions create motion of the body. Motion, by its very definition, is mass converting into kinetic energy. This energy expresses itself as change of physical placement and/or character of one's muscles and bodily parts. This is a system.
The entire universe could be broken down into an infinite number of physical systems: solar systems; galaxies; stars; oceans. Even trees and humans are systems. Physicists believed that systems needed to be local to affect change or correlate completely with one another. In other words, we once believed that systems had to be local to one another to connect with one another. Greater understanding of the quantum world, however, has established a new universal physical theory of matter called quantum superposition. From this theory, which describes the probabilistic properties of particles, has come the proven theory of quantum entanglement. Until quantum entanglement found acceptance in the larger science community in the 1960's, physicists believed that lab tests showing correlated values in split particles were due to preprogramming in the particles as opposed to being a physical property of matter itself.
These theories, named local hidden variable theories, were shared by the most prominent physicists at the time, including Albert Einstein. During the mid 1930's, local hidden variable theories were a way to explain why split particles would correlate with one another, even if at a distance. This action at a distance seems perfectly correlated to each entangled particle's current physical state when measured (e.g., momentum, position or spin). Since we know information has to travel from one system to another via means of what we perceive as time, and we know that no information can travel faster than the speed of light, then local hidden variable theories were a way to try to figure out how two separated particles correlated with each other each time measured over long distances. These particles behaved as though they communicated with one another instantaneously, but this went against everything we knew about special relativity. The ERP paradox was a famous argument Einstein and his research partners, Podolsky and Rosen, lodged against the theory, and growing acceptance, of quantum entanglement.
It took an Irish physicist named John Stewart Bell to come along nearly a half of a century after the debate began to prove that quantum systems, unlike macro systems, can affect, or rather correlate to, non-local quantum systems. This is true even if these two systems are separated by great distances and not connected by anything we can observe. He was able to prove that hidden variable at a distance (preprogrammed particles) did not account for the perfect physical property correlations found from experiments. He created a theorem roughly stating that no theory of physics regarding local hidden variables can ever reproduce all the predictions of quantum mechanics. This says plainly that physical theories for the macro world (e.g., relativity and special relativity) can not be used as an absolute guide for how the quantum world works. This statement drew a line in the sand between the macro world and the quantum. It took off limitations on how information can travel between two systems and call into question if there are any real limitations on universal connectivity. This statement provides postulations that information can travel faster than the speed of light, instantaneously, in fact, between two systems that have become entangled.
The factors of this phenomenon extrapolated outward points to the validity of having a more interconnected view of our universe where all things are seen as connected. This may explain how many humans can transfer information \ from one another in ways we can not observe yet. Because as greatly complex as our world view has gotten over the last century, it's still not complete. Many would say that as our view of reality is being filled in with these odd factual concepts of how our very universe functions. Our reality is, therefore, looking more and more interconnected, intuitive by nature and probabilistic than not. Probabilistic equations, the mathematical expressions of particle superposition, create future theory and predicts possible future outcomes of any given circumstance. Quantum physics is breaking new ground in understanding the possible potential of the human body as an open system connected to its larger world.
Quantum Entanglement has since been proven hundreds of times in physics labs across the world and is one of the oddest proven theories about our observable reality. The fact that entangled particles in distant systems happen to move in total correlation with each other, as though they were connected, has opened up a whole new field of study for parapsychologists. Many in the parapsychological community have begun extrapolating a larger overarching governing theory of universal physical law from the principles of quantum entanglement, which argue for the possibility of thought transference, clairvoyance and precognition.
It is becoming very apparent tFree Reading From Mondez Durdeno those paying attention that what we think of as reality is not really as simple as what you see. To have two systems separated by hundreds of miles, entangled and correlated to each other in each measurement taken, has upended our belief that systems far away can not instantaneously affect one another. They can. The question now is how much financing will go into researching how these rather thrilling scientific facts affect human interaction, if at all. Will the larger scientific community continue to treat the spiritual community as oddities when we have sensed these connections in the universe thousands of years before new sensitive equipment could catch up? Physics, which describes our observable reality, is beginning to look a lot more intuitive, probabilistic and interconnected than ever. These terms are that of the intuitive and yet the universe is beginning to look more consistent to many of these spiritual beliefs. Quantum physics is beginning to look like a growing explanation for why many of us can sense and connect with people and things from far away without any observable connection. There is a big difference between entangled particles and telepathy, but the reality of the former gives hope to one day understanding the latter.
The days of abject modern skepticism being vogue and in fashion have died. Assuming a person claiming to be intuitive is crazy is a less respected decision these days after we now see that the world is not as black and white as many nonbelievers would have one believe. We are living in a brave new world where science and spirituality are living hand in hand, interacting in a way like never before. It's up to those quantum clairvoyants out there to continue this trend. Scientifically inclined intuitives who are not afraid of a little research can fully engage and participate in our expanding knowledge of the universe through learning as much as they can about the amazing universe in which they live. I hope you love, peace, happiness and enlightenment.
