Quantum Mechanics and Reality

Quantum mechanics is a field of science that solves reality problems that human eyes can not imagine. Quantum mechanics is adopted every day in our lives, but it lacks the importance of classical physics, biology, and chemistry, as it is often unrecognized to the public. This degraded science field belongs to quantum physics which explains all the basics of what we know and basically it is physically based on a very infinite level such as generation at the molecular level of what is seen today I will explain the process and behavior. Things that arrived.

"We chose to study phenomena that is impossible and absolutely impossible to describe in a classical way, including the core of quantum mechanics, indeed, it contains only the mystery "Richard Feynman, 20th century Nobel laureate (Radin, Dean. Tangled thought: supersensory experience in quantum reality. New York, Paraview Pocket Books, 2006) The concept of" time "is a strange concept, Quantum world physics is even strange. Ignoring our understanding of logic, there are many observed phenomena that demonstrate our thoughts, emotions, emotions - consciousness itself, and post - materialistic cosmology -. This fact is not well explained by classical double slit experiments that classical physicists use (repeatedly) to explore their role in consciousness and their role in the formation / influence of physical reality.

Quantum mechanics is a field of science that solves reality problems that human eyes can not imagine. Quantum mechanics is adopted every day in our lives, but it lacks the importance of classical physics, biology, and chemistry, as it is often unrecognized to the public. - When a person turns on the TV it is almost guaranteed that real television programs are on air. Almost every television network, regardless of whether it is a talented competition, an adventure of "finding true love", or "chasing a stranger in everyday life" "Reality" program. Reality TV is the turning point of the latest entertainment and leads society to the wrong way

Since the early twentieth century, quantum mechanics has revealed the hidden aspect of the event, Newtonian physics has been shown to be just an approximation of the quantum mechanics reality. For example, on an atomic scale, the path of an object can only be predicted probabilistically. Some people think that quantum mechanics is still basically deterministic, and some think that it is certainly not only that certainly, quantum mechanics thinks it completely denies the determinism of classical Newtonian dynamics I will.