

· Particles being in more than one place at once (a recent experiment found that one particle could be in up to 3,000 places!)
· The same “object” may appear to be a particle (locatable in a single place), or a wave, spread out over space and time.
· Subatomic particles seem to travel instantaneously over any expanse of space (even though Einstein said that nothing can travel faster than the speed of light)
· In classical physics you could determine with certainty where it would go, given any set of conditions. But in quantum physics, you can never know with absolute certainty how a specific thing will turn out (deals with probabilities).
1. Heisenberg Uncertainty Principle
· The process of observing appears to influence what is being observed
· The observer is necessary to observe and when they observe they bring the thing that is being observed from a state/wave of probability to a particle of experience
· In order for physicists to comprehend the data, they need to focus on the observer, rather than the data
· Subatomic particles do not have properties separate from our minds
· The act of measurement is creating that very reality it is measuring
· Every human being has the ability to observe and change subatomic reality
· It’s not only that you cannot measure something without influencing “it”, it is only something until it is being observed.
2. Principle of Wave-Particle Duality
· Subatomic particles appear to have a dual nature. Depending upon how we look at them, they can be a particle or a wave.
· A particle is a solid object with a specific location in space and time. A wave, on the other hand, is not a solid or localized. Instead, a wave is spread out, like a wave in water.
· When you are not observing or measuring electrons or photons (particles of light) act as waves. They have no precise location, but exist as “probability fields”. But, when you are observing or measuring, they become a particle. When you take these actions, the probability field “collapses” into a solid object locatable in a specific place and time.
3. Quantum Jump
· When an electron moves from orbit to orbit around the nucleus, they don’t move through space the way we would think, instead they move instantaneously
· They disappear from one place, one orbit, and appear in another
· Scientists also discovered that they could not determine exactly where the electrons would appear, or when they would jump. The best they can do is formulate the probabilities through Schrödinger’s wave equation.
4. Parallel Universes
· Quantum Physics speculates the possibility of a parallel universe, or even three to four. A few scientists even speculate an infinite number of parallel universes.
· A parallel universe is basically a duplicate copy, but slightly different universe from this one
· One theory is that there is a mirror universe and when you make a decision in this universe, an alternate `you' in the other universe makes the opposite decision
· In each of these universes you, I, and all others who live, have lived, and will live are alive
· We are composed of a large number of selves, scattered throughout these infinite parallel realities.