The world of electrons is quite mysterious and full of curiosity. The electron acts in both wave and particle form, which is completely different from the rules of normal physics. The behavior of this particle at the quantum level is quite uncertain. For this reason, scientists have been studying it for a long time. Through this one can know about the origin of the universe and the mysteries related to it. The behavior of electrons is determined by the laws of quantum mechanics, which are quite complex to understand. These are very small particles, which were impossible to see till now. These particles are so small that even light cannot reach them. In this connection, three scientists Pierre Agostini, Ferenc Krausz, and Anne L'Huillier, who made huge discoveries in the world of electrons, have been jointly awarded the Nobel Prize. In their unique experiments, these three scientists have discovered a special kind of technology, with the help of which a lot can be known about the mysterious world of electrons. This is a huge discovery for humanity.
Through their experiments, these three scientists have created a tool with the help of which the quantum world can now be seen. Due to his discoveries, the behavior of electrons and other elementary particles can now be known by observing them.
Apart from this, with this discovery, it will now be possible to control the electron. Now the question is how did this happen? Let us understand this in detail -
In the atomic world, the speed of electrons is very fast. In such a situation, it was very difficult to observe it through light. To solve this problem, these three scientists blasted light at an attosecond level of time through a laser. This pulse of light was so minute on the parameters of the timeline that it was equivalent to billions of fractions of a second. With this very short pulse of light, the behavior of the electron can be controlled and studied.
The quantum world is full of mysteries. The biggest puzzle among these is that of hyper-dimension. It is not known how the quarks suddenly disappear and go to some other dimension. After all, how does Graviton work? No one has any information about this. In such a situation, with the discovery of these three scientists, a lot can now be known in this field. Not only this, it is going to be used extensively in the field of medical diagnostics in the coming times.
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