Quantum Computing: The Next Frontier That Will Change Humanity Forever

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Quantum computing something that's been getting live attention lately. Yeah, you know, they said, a quantum computers. These things actually can solve in minutes what a regular computer takes one million years to solve. It's not really at full capacity yet, they said, over the next five years, maybe ten years, it'll be like but you have to keep it in the coldest conditions known to human and their complex computers.

Short term or long term? No, short term is not gonna have an effect.

For long term, I.

Think I first mentioned quantum on the show maybe three years ago, two and a half years ago. The next biggest space. It's gonna be really interesting, though. What I will say about that Google quantum chip. I scoured the internet high and low looking after I looked at Travis's drama that he had going on, and the thing that I didn't see was a demo. So, if you have this amazing chip and I'm seeing more videos about cooking wakaya than you of this, this demo to the quantum,

And I know.

Everybody's asking about qubs and the small companies. I'm telling you a small company is not going to take the lead over in this race. Is probably one of the most important innovations of like the last eighty years.

So yeah, I'm with you on that.

I think short term, the quantum computers they're just not powerful enough to interrupt bitcoin.

It's interesting, I was with you.

I didn't see a demo, so when we talked about we're talking about Willow and that that's the computer, And so I did like, now I got to do the research on it. So now I'm trying to figure out, like how does this thing work? And so the work qubits come up, So like if you're doing research on quantum computing, you're gonna hear cute bits, and it just means a quantum bit. So if all y'all like that grew up playing video games, you remember when it was like sixteen.

Bit, thirty two bit, sixty four bit.

That was just the measure of information that can be taken, and so a cubit is that it's the measure of information that can be taken inside a quantum computing WILLO right now is at one hundred and five super conducting cubits, So one hundred and five that's where it's at presently.

Currently.

The problem with quantum computing, and if you read every physicist and every expert, is the error tests.

Right. It can do things.

Very fast, but there's an accurate the reliability of it is so far off right now in present day, in order for it to have satisfactory errorrates, it needs about fifteen hundred cubits. So right now WILLO is at one oh five to have satisfactory.

Errorrates, and it needs fifteen hundred.

For it to have large perform large fault tolerant calculations, it needs between one hundred thousand to one million cubits. So when we talk about where are we at in quantum computing.

Was it a breakthrough?

Is that one oh five To have a large model, we need about one hundred thousand to a million.

So we're kind of out of that. Like I said, as far as Bitcoin.

Not powerful enough yet when it becomes right, because bitcoin isn't going anywhere, quantum computer isn't going anywhere.

Bitcoin, if you understand proof of stake, proof.

Of work, it has the ability to change in terms of forking, and so, like again doing the researchhowing it, they're already trying to figure out how they can have like cryptographic algorithms are resistant to quantum computing, and so these technologies are working at the same time.

They know the issue that it's ahead of it.

They are already people trying to figure out what is the soft fork that can help be resistance to it, and so that happened, like by the time we figured it out, they've been working on it for probably three years, already knowing that this is this is the the case going forward for quantum computing and the road that it'll collabe with bitcoin, because like you said, security and reliability're gonna be the two things that be at the forefront of it.

It's kind of like when an artists back in the day said I had a fire album and it's like, well, let me hear something.

It's like, give me nine more months. It's like.

If it was there, they would have had demo day immediately.

Ten seconds snipt of the album.

No.

I mean most people say that it's not ready yet, but it will be.

Sure.

Google Google China put more money in than than anybody else. And I even saw a study there was like the scientists, like the graduation, the graduate classes for like these type of the average in America is four students per class and China is twenty five students. So they they are pumping billion dollars into America's too, but they're they're putting even more resources, talent, human resources into quantum computing and

And that's the point. It's like quantumpules not going anywhere, And if.

We look at it like we looked at AI, then yeah, there'll be companies leaning it, but infrastructure will still be needed. Right, So if you're looking like how do we what's the play? Like you said, there's people that will put up like these other quantum computing.

Stocks, look for the comportary.

Look for infrastructure, right because they need to be held somewhere.

Cooling is very important to it. Who are the companies that are creating those things?

Power and energy are going to be important like this that the power is ridiculous, Like when you're talking about how fast this works, they said that Willow's complex calculation can create a solve something in five minutes, which would normally take a classic supercomputer around ten sets tillion years to complete.

That sounds good with no demo, that's ridiculous.

So think about the power that's going to take to do that, Think about the infrastructure that needs to be house to do that. Those are the areas that I would be looking at if we're talking about five ten years when it comes to quantum computing.

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