Remember the Copenhagen Interpretation of the superposition of states? Schrödinger completely disagreed with this. Please understand that Schrödinger did not literally undertake this experiment and that no cat was harmed in the process of his reasoning. In contemporary culture, he is best known for his thought experiment known as Schrödinger’s Cat.
Schrödinger was an Austrian physicist who won the 1933 Nobel Prize in Physics. It is essential that you have this background knowledge. Knowing what you have now learned, how can the cat be both dead and alive ? At this point, put everything that you have understood from this article on a backburner in your mind.
#SCHRODINGER CAT EXPLAINED SIMPLY FULL#
A glass of water cannot be both full and empty until you look at it. Obviously this does not work for everyday objects and everyday sizes and speeds. And as you now know, quantum mechanics deals with only the very tiniest of particles. It is important that you understand that the Copenhagen Interpretation of the superposition of states was a theory that dealt with quantum mechanics only. At that moment, the electron stops existing in two states and only exists in one. That is, until someone actually observes or measures the behaviour of the electron. For instance, an electron can spin both clockwise and counterclockwise at the same time. This was part of the Copenhagen Interpretation about quantum mechanics.Īccording to this theory, an object can exist in two different states simultaneously. Next in the science of the Schrödinger cat paradox, you need to know about the superposition of states.
There is a certain percentage chance that they are at point A, a certain percentage that they are at point B, etc. Yet in quantum physics, an atom exists in a realm of probability. For example, a glass of water exists in a glass right now on your table. We know that in classical mechanics, an object exists in a certain way at a certain time. This deals with the physics of objects that are at the size of atoms and electrons. This is where the study of quantum mechanics steps in. However, when objects become extremely small or extremely fast, classical mechanics no longer apply. For instance, if a ball is dropped from a building, we can use what we know about classical mechanics to predict the speed of the ball when it hits the ground. These are materials that we deal with on a regular basis, and our understanding of classical mechanics helps us predict what will happen when certain forces are applied. Consider our understanding of how solids, liquids, and gases behave.
Classical mechanics refers to everyday objects, everyday speeds, and everyday sizes. You are likely familiar with classical mechanics.
It all starts with quantum mechanics which is part of the scientific branch of physics. To understand the Schrödinger cat paradox, you need to know what he was comparing it to. Schrodinger Cat Explained – Quantum Mechanics Then you can understand Schrödinger’s cat. What does this mean? How can the cat be both dead and alive ? In this Schrödinger’s cat summary, you will begin to understand quantum mechanics and the theory of the superposition of states. In the famous thought experiment known as “ Schrödinger’s cat”, the scientist posits that the cat in the box is both dead and alive until the box is open. Conclusion How Can the Cat Be Both Dead and Alive- Schrödinger Cat Simply Explained
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