Quantum Mechanics: the Theory of Quantum Leap
Today
in this new series of posting I will be discussing about all the complex
quantum equations as well as theories and my first topic will be the quantum
leap. May be many of you are very well familiar of this term but then also this
must to be described on a science blog. Now getting on the topic Quantum leap
is something which was basically developed by a great scientist Neils Bohr He
was a brilliant man but not of my favorites. He described the formulations of
calculating the position of electron uncertain! Well this was a crazy idea but
it is truth and this is what is quantum uncertainty proved by double slit
experiment this theory shook up the minds of physicists and is in extreme
effect till now. And now Bohr presented his model of atom a quantized view he
said that electrons have certain orbits on which they move as they get closer
to the nucleus of the atom they lose their energy and the most amazing thing is
that you can’t state that where he electron would be in its orbit it is
uncertain it can be anywhere in any state we cannot say that it will be coherent
or not this is called quantum superposition. Whenever a electron leaps its
orbit because off any bond formation or by photoelectric effect this is called
quantum leap. Every time it moves a change in energy is faced by the electron.
Quantum Entanglement
Now
another mystery was that if for example an electron is kept beside a TNT charge
and an electron in empty space far away from the first one. When the charge is
blown the electron will be destroyed and simultaneously the second one will
also be destroyed. This bizarre phenomenon was called quantum entanglement Bohr
said that this is unpredictable that in what state or in what condition those
electrons are, they will destroy. Let us take a spinning wheel which has only
blue and red sectors all over and this wheel is between the entangled
particles. This wheels red and blue sectors represents the particles if the
wheel is made in action may be the result will be blue or may be blue. Bohr
said that it was probable to get an outcome. Einstein thought it was ridiculous
if you a have a pair of gloves and pack them in two different case which are
sent far from each other. Now if you open one you can guess what is in other
one without opening it, It means if you measure one you can observe the other
entangled particle without examining it………..
Well
now I am ending my first post in this series next time I will be posting on
“String theory”
Thank
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