WHERE ARE WE?

Where are we? The world in which we are in position in the world 's dream with this degree of latitude and longitude on, we can find some in minutes and seconds. But when we get to the situation said that even smaller quantum physics such değildir.çünk of all the atoms and particles as well as waves assign the property, showed that the first step in the formation of Isaac Newton's idea that a particle of light. Thomas Young also said that if the wave nature of light thanks to the double slit experiment. Because we narrowed the scope of a light wave through expanding an image alacaktı.b issues in a subsequent opinion and the other came from James Maxwell and said light is an electromagnetic wave.

  


In 1924, De Brougli hypothesis of yayınladı.b according to the wave property of vardı.ins Zealand branch property of each item taşıyodu.ancak mass momentum with being very little of our Planck's constant also belirliyordu.v wavelength for what our mass was very small so it was seen in this wave of very small things .


 

and all of a complicated wave duyarız.b wave if we take examples from the many instruments in an orchestra of this wave is formed by the combination of a simple wave and another is called a Fourier analysis. In particle in quantum böyledir.b may be the location of the particle is actually a lot as a combination of particles according to the probability of these places can görebiliriz.ol location determined and the fact that a particle few places when it comes observers .Just a random place according to any one of these possible situations around the belirlenir.b atom 2.8 , in which the electrons leave the layer at 18 is still essentially free. 




And the location of these freely moving electrons and momentum at the same time bilemeyiz.b call the Heisenberg uncertainty principle. We call this the Heisenberg uncertainty principle.