Explained how Quantum computers work

Calling superposition “many agents exploring paths” is like calling a Fourier transform “many musicians playing at once”. Comforting metaphor, zero explanatory power.

👍👍

this is wrong.. funny enough this is not how qc works.

If you know how,Please tell me.

Nice metaphor, but a quantum computer does not really work by trying every path one by one at the same time. It opens many possibilities first, then suppresses the wrong ones and brings the path leading to the right answer into focus.

Okay,got it

@1adimotesi To be fair no one really knows...

@1adimotesi 😳😂

Not gonna lie quantum computing explanations usually make my head hurt This one actually clicked The visualization helps more than any textbook ever did

Thanks bro

That’s just parallel processing. It has nothing to do with “quantum” anything. Oh, I just checked location. I’m sorry, little buddy. Sure, that’s quantum. Good job.

So all programmers who use multiple threads are quantum programmers? Nice.

Looks just like some simple parallel job vs single-thread? Quantum???

That’s a good visual to have up when explaining the difference!

for real, took a lot of time to find

That’s awesome!

AI bros are not only stupid, they are also spreading their stupidity....

feels like flood fill with backtracking.

😄😄i felt too

Hmm, I guess we can do the same with the humans right?

We've had programs and algorithms that behave like this for decades...this isn't an explanation on how quantum computing works, this is a batched randomization engine.

You can just spin up multiple threads in a classical computer and traverse multiple paths at once. Have to disagree with the quantum claim.

Is this similar to the difference between ChatGPT v DeepSeek?

You are describing "paralelism" not fair quantum supperposition. If it were just a matter of "agents" exploring, you could just look at the maze and see which agent found the exit. In a quantum system, if you "look" (measure) while the search is happening, the superposition collapses.

BS

Core idea of super dense coding

I do not see any explanation here. I only see parallel computation. Superposition is "Until you do nothing you have the potential of all of the possibilities. When you start doing one possibility is chosen (wave equation collapsing)". It may always be the wrong possibility.

But what if it start working from the end?

There are 2 things that are really interesting; 1. All roads take place in a superposition independent of the momentary. 2. The way out erases all other roads from reality as if it never happened. So what we see is an instantly solved puzzle..

That's a parallel processing computer, not a quantum computer.

Very good explaination, easy to grasp the idea, sounds unbelievable 😅 ...

Thanks bro

Where did you find it? Any other vids?

No bro, I don't have any other vids. My brother sent me

Quantum computers won't speed up AI — QC solves optimization and factoring, not matrix multiplication. Transformer inference is dense linear algebra. Completely different workloads. Great explainer video but the 'QC will supercharge AI' take is a myth worth killing.

Got it bro, thank you!

That quantum? Seems like just spinning up reserve processors

It can be used for AI search engine

Classical computers process bits. Quantum computers explore probabilities. The real impact isn’t faster computation, it’s solving problems that were previously impossible. When quantum meets AI, entire industries will be redesigned.

Sorry but this visualization is misleading: QC is not just parallel computing (what you are showing). QCs don‘t need to „visit“ every state due entanglement, which is where speed-up comes from. Secondly, it‘s highly probabilistic, several measurements converge towards solutions.

Okay bro

You could try to visualize entanglement (which is, admittedly, tricky) with shows explicit and implicit compute paths and then use several „flashes“ that show solutions (I.e. „measurements“) leaving a blur that converges towards the optimal solution.

Thank you 😊!

Great Explaination

@dazzBuilds yeah,it took a lot of time to find

Not really accurate. This comparison is more like single-thread vs multi-thread. Quantum computing is more about calculating statistics in a single pass, rather than using multiple threads to estimate them.

all bullshit and not real, your video is just a wishful thinking of how scientist want it to work. till this day no practical quantum computing exist, just only flipping bits in a basement burning insane amount of energy.

why is called quantum?

@grok answer

Quantum computers are called "quantum" because they operate on the principles of quantum mechanics—the physics of tiny particles like atoms and electrons. "Quantum" (from Latin for "how much") refers to discrete packets of energy/matter. Unlike classical bits (strict 0 or 1), they use qubits in superposition (both 0 and 1 at once) and entanglement for parallel processing. That's why the name! 🚀

So… filling a maze with water is quantum computing ? 🙄🤣🤣🤣

I see it as a multithreaded structure. I still don’t understand quantum. Could we be being deceived 😃

@grok would you explain with this video a quantum computer?

Somehow this feels like touching the mind of God