QUANTUM LEAP

QUANTUM LEAP

Is imagining an easy task? Actually, it's not when we try to imagine something totally different or tedious. Obviously, we can't imagine ourselves dying. So, it’s too difficult to imagine what is seemingly correct but difficult for us to accept .Changes are inevitable and everything is dynamic but not in terms of nature . Nature always follows its sets of rules (which is made by itself, probably) that aren't amendable at all but sometimes the one who try to mathematicalize the behavior of nature end up estimating something incomplete. We keep on adding the things based on incorrect or incomplete facts and end up developing view of different world then actual. But nature walks on its own and at the end we know we were incorrect and there is remarkable revolution when we get to know much of nature. Such revolutions too happened in physics. Some of the magicians just changed the way of thinking about the nature in its elementary level. This magical change from predictability to unpredictability is only called quantum leap .Its where we get acquainted with the most probable nature. So, let’s get ready to be colored in color of quantum physics where we visualize beyond imagination.

When we want to integrate something, the first step we take is to find out its infinitesimally small part. Now, you might think what’s the use of this assumption here. It’s actually analogous that if we want to know or explore our universe we must know its smallest part or the infinitesimally small parts which are to be integrated up to infinity to get this expanding universe. The first think that strikes our mind when we think of smallest things are atoms as we learned in school days. The great Bohr explained it as a small solar system with center like a sun which is larger and small entities of same physical constraints revolving around it. Actually our analogy of knowing small part to know the larger one is actually working here but seemingly it’s a mirage here. Now just try to imagine ,the chair in which I am sitting consists of tiny parts with something revolving around it. Yah it’s so tedious but it is truth in a manner (different structure of atom is suggested then that of Bohr's).Now, talking about this atoms the most interesting thing about them are their charge carrying guards called electrons.

Our own world is surrounded by quantum mechanical phenomena. One of the most common exploit of QM is our cell phones operated by micro-controllers with transistor. To know the transistor the science and mystery of semi-conductor is necessary and what actually working on these semi-conductors are electrons which are studied under Quantum Mechanics. So, its simple that Quantum Mechanics study of electrons has given us the smart world and wider use and exploit of QM will prove a great asset into the modernization of the society. So, we must get ready to see another quantum leap.