yes

Me who has a Chromebook:

Quantum physics is just like normal physics but you forget everything you know

Posting a random image on memes cause why not

I will save this image because yes.

Understandable have a nice day

because normal computer only have 0 and 1's but quantum computers have that but also .1 .2 .3 .4 .5 .6 .7 .8 .9 so pretty epic

You were right up until you started listing the decimals; quantum computers don't use digits in between 0 and 1, but rather a superposition of them, meaning that they can use 0, 1, or both of them at the same time

how the hell do you use two digits at the same time?

Let's say you flip a coin. You can guess which side will be facing up when it lands, but you won't know for sure until it actually lands. By then, you can observe what side is face up.
Quantum computers function similarly; they use the quantum properties of subatomic properties such as the spin of an electron or the polarisation of a photon to create an undefined state that remains undefined until measured. This state is what is known as a qubit. When it is measured, it is defined as either 0 or 1. Since quantum computers can use 0, 1, or both, all at the same time, they can store and use information far more efficiently than a classical computer ever could.

What i meant was, if normal computers either shows a 0, or a 1, what would show for both?

Let's compare this to the concept of the Schrödinger's Cat:
We have a cat and a sealable box which you cannot view the interior of when it is sealed. The box contains a special mechanism that will cause a container of poisonous gas to break open at any randomly given time. We will seal the cat inside the box, give it a steady supply of air and protect the mechanism from interference by it, and we will be unable to see the state of the cat or the mechanism again until we reopen the box.
While the box is closed, we have no way of knowing if the cat is alive or dead due to the random nature of the mechanism. However, once we open the box, we can finally measure the cat's state. Likewise, we don't know what the "both" digit is until we measure it. So, to answer your question, you don't actually "see" both digits at once, but rather, you see what it has been defined as when it is finally observed.

that is the most inhumane way of explaining 101000101101010101010 That i have ever seen in my entire life

ohh ok man you are smart dude

Stfu HemanthT. If someone didn't ask you don't gotta tell them, you're like an in-game tip. Informing people about the most irrelevant stuff.

I support lithium lead’s opinion btw

Bruh, why you raging over a meme

I'm not raging, Hemanth, I'm simply sharing my opinion with you.

Saying stfu is do be kinda raging

Oh, you're very confused, It's not rage. It's called disappointment.

And I'm disappointed. In you.

so you're disappointed?

What did I just say?

Oh, hi disappointed, I'm dad!

I didn't say my name was disappointed, you numskull.

Nobody asked for your presence

lol

He was talking to you

ik

Smort

My aunt has a windows 98 pc that haven't used in 20 years

Sorry for replying 1 year late xd

I have made it 32,000 views

my dad and i were talking about quantum computers and how well they could hack into a system