How to make sense of the Quantum World

Quantum Mechanics describes the universe as existing in multiple states all at once. Something we call Superposition. And it is only when we measure do we get any particular result. But then why does such effects disappear in our familiar classical world. The reason might be DECOHERENCE. Decoherence tries to explain the elusive quantum to classical transition by using quantum entanglement. It says as any system gets entangled with the wider environment , we lose the ability to see its quantum behavior.
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Some really useful Sources 👍
preposterousuniverse.com/etern...
www.theatlantic.com/science/a...
decoherence-quantum-weirdness-schrodingers-cat/573448/
plato.stanford.edu/entries/qm...
hackernoon.com/decoherence-qu...
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Thanks For watching.
Written , Presented and Edited by :
PRIYANSH

[@photon434]

Priyansh, I always enjoy hearing your spin on reality. Thanks!

[@priyanshnamdeo]

So nice of you. Really Thanks.

[@pwinsider007]

How does a particle in superposition apply electromagnetic force on a stationary charged particle because r^2 in Kq1q2/r^2 is undefined?

[@akash-vt9rg]

Bro is it true? that if we do not observe a particle it doesn't not exist

[@priyanshnamdeo]

It certainly does exist , just not in any one particular state. The particle evolves as if it's in multiple states simultaneously , which turns to one of the observable state when a measurement is done.