Brian Cox on Quantum Computing and the Power of Entanglement.

Brian Cox explains how quantum computers operate differently from classical computers, using entanglement to perform complex calculations across multiple universes—a notion stemming from the "many-worlds interpretation" of quantum mechanics. He describes how quantum computing can break traditional encryption by quickly finding the prime factors of large numbers, a task that would take classical computers longer than the universe’s current age to complete. Quantum computers achieve this by performing calculations in parallel across these multiple universes, converging the results into a solution nearly instantaneously.

#quantumcomputingexplained, #briancoxinsights, #entanglementtheory, #manyworldsinterpretation, #breakingencryption, #futureofcomputing

[geordieboy]

At what time is it on the podcast they talk about quantum computing????

[wadeaminute]

I saw an AWSOME video stating they have now frozen light ?

[bandofpirates]

"Many worlds" is the new "possiblies"

[JohnThomas-utgo]

that image, just for a partial second at yhe beginning the Sacred Chao? Or just the Yin Yang? It's very hard to make out, but in the overlay box, one side has 5 sides to represent the law of 5s. The other is circular, but I can't tell if it's an apple. A Yin Yang should be circular on both sides, should it not?

[Toyrian]

So is it cos it runs on atoms which are the building blocks of the universe that is able to do that? Just spitballing

[ABD-xnbt]

crypto: your account is 100% secure with our encryption method 🔒

quantum computers: piece of cake 😎

[jcoop]

Based on a quantum code video I've seen, its not accessing facts in another universe its quad guessing then checking. The quantum software doesnt function properly so they have to inject traditional code to make it work, indicating that the premise is off.

[catalintheodor]

Love what is fizic matematic is love

[sfincione]

Still don't get how you code this for a quantum computer

[KhiemNguyen-fwjb]

I don't think quantum computing has anything to do with quantum entanglement

[JimboJimbo-ii]

So if this works doesn’t it probe multiple universes

[CometoJesus]

Problem: many worlds theory has yet to be proven 😂🤣

[catalintheodor]

Its filing when do theat what it filing it not univers it

[catalintheodor]

Love and filing it univers is bigin to now to endless it infinit it work toghetvee era it samme time tiil love love have no what you brain have materie? Love it gourgeous it reali ..mesure love it what my love it what you do naw universul dispare cind vrei sa găsești ce nu poți calcula emotion

[drakewarnock]

Look, I'm no expert in quantum physics or anything, but I know enough to know that this is not what entanglement is or how it works.

Entanglement is basically when two particles are connected in such a way that you can infer the properties of one particle by taking action on the other, regardless of how far apart the two particles are. Like...say you were able to entangle two coins and you flipped them at the exact same time. One would come up heads and one would come up tails. You could flip these coins a million times and every single time one would be heads and one would be tails. You could travel a million miles apart and still one would be heads and the other would be tails every single flip. That's basically entanglement.

In classical computing like we use now, when you ask the computer a question it has to move through options in a linear fashion. Like say you ask a computer if 1 is a factor of 8, the computer would check
Does 1X1 = 8? No
Does 1X2 = 8? No
Does 1X3 = 8? No
Does 1X4 = 8? No
Does 1X5 = 8? No
Does 1X6 = 8? No
Does 1X7 = 8? No
Does 1X8 = 8? Yes.
And then tell you that 1 is a factor of 8.

Now if you could entangle particles inside of a computer, instead you could do all 8 of those calculations at the same time instead of one after the other, which is why it would be so much faster.

There are other aspects of quantum computing that also make things faster, like how the bits inside your computer can either be 1 or 0, but a qubit (which is what a quantum bit is called) can be both 1 AND 0 at the same time. But that's something called super position, and I don't know as much about that as I do entanglement so I couldn't really tell you how that works.

Long story short, you're not accessing multiple universes ya dink.

[richiesalata]

It's a Joe Rogan guest.

Some people think not all but some. translation : me I think this

[LordQeeF]

So in other words it is a very expensive and over engineered calculator. Am i wrong for saying this?