David Hoffman

And the way Nick Carter frames this is, you know, Google, I think we reported a couple of weeks ago, did drop their internal quantum deadlines.

They want to be fully quantum resistant by 2029.

And that seemed to come out of nowhere.

And the question is like, what did Google see?

Why did they drop these dates?

Because NIST and other government agencies were talking 2032.

By 2035, it seemed like we had more time.

And then Google's like, hey, guys, like we're doing it by

2029.

So what did they see?

This is what they saw.

The Google paper is talking about a reduction of 20X, an improvement in Shor's algorithm that could break Bitcoin and Ethereum's cryptography.

When I say a 20X improvement, I'm talking about the number of physical qubits required to actually break ECDSA, which is the signature scheme for Bitcoin and Ethereum.

Exactly.

That's right.

And previous estimates were it would take tens of millions of qubits to do this.

Well, they just released it in

Improvement to the algorithm, to Shor's algorithm, that now make it take only 500,000 physical qubits.

And so in a runtime of about nine minutes, if they had the appropriate hardware, again, those 500,000 physical qubits, it would only take nine minutes.

for them to go attack Bitcoin or Ethereum and yoink the keys.