what is quantum mechanics explain in detail.
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Quanta, a Latin word meaning a very small quantity. It's derivative, Quanta, meaning a discrete unit of any physical body.
Mechanics, meaning the working of the machinery of something. We sometimes use it to refer a field or subject, mechanics, where the working of different things is studied and explored.
When these two words combine, it becomes Quantum Mechanics. A field or subject of mechanics where we study or explore about the discrete quantities of physical bodies.
Discrete or small quantities; the smallest unit of anything is an atom. Everything is made up of atoms. And an atom is further made up of protons, neutrons, and electrons. Protons and neutrons are further made up of quarks.
In quantum mechanics, we study the nature of these particles. We observe that how they change the properties of matter, how they interact with energies, how energies interact with them, how they live in their subatomic world.
The world of quantum mechanics is full of mysteries and wonders because these particles build our world and they do not even behave like they should.
You can't tell whether a moving electron will bounce off an obstacle or go straight through it. Or where does a particle is located or what speed it is moving? The best we can do is predictions and probabilities.
Mechanics, meaning the working of the machinery of something. We sometimes use it to refer a field or subject, mechanics, where the working of different things is studied and explored.
When these two words combine, it becomes Quantum Mechanics. A field or subject of mechanics where we study or explore about the discrete quantities of physical bodies.
Discrete or small quantities; the smallest unit of anything is an atom. Everything is made up of atoms. And an atom is further made up of protons, neutrons, and electrons. Protons and neutrons are further made up of quarks.
In quantum mechanics, we study the nature of these particles. We observe that how they change the properties of matter, how they interact with energies, how energies interact with them, how they live in their subatomic world.
The world of quantum mechanics is full of mysteries and wonders because these particles build our world and they do not even behave like they should.
You can't tell whether a moving electron will bounce off an obstacle or go straight through it. Or where does a particle is located or what speed it is moving? The best we can do is predictions and probabilities.
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