I buy the argument 'we should prepare for Q-Day as crypto agility is hard', but the newest paper doesn’t change the timeline meaningfully.
Given TFA accepts that error correction is the bottleneck for progress, and the gap between any and lots of error correction is small, and we presently have close to 0 error correction then nothing has practically changed with reduced qubit requirements.
Of course, it’s totally fine to have and announce a change of view on the topic, though I don’t see how the Google paper materially requires it.
I disagree and you could reduce basically anything to this: 'there can‘t be any interesting discussion about React. Every conversation boils down to which framework you use or how you manage state or whether you use typescript or javascript‘
All of those are opinions about programming. Which framework, which language, etc.
Conversations about which model to use aren’t conversations about programming.
A better analogy would be some topic that you can’t discuss without it boiling down to which text editor you should use. It’s related to programming, a little. But it’s not programming.
That is exactly why I left reddit. r/javascript had almost completely abandoned JavaScript discussions for React and Angular while r/programming was half filled with irrational JavaScript fear nonsense.
10mins is a lifetime in capital and crypto markets - I find it hard to believe that trading 10mins after the Terraform Labs swap hit the chain constitutes insider trading.
The claim of artificial price inflation with Jump sounds more questionable but TFA doesn’t seem to put it front and centre
Doesn’t that 10m lag make it seem more like insider training? An automated trade would happen nearly instantly, 10m is plenty of time for insiders to send some texts or make some calls.
Especially since it's a public ledger. Anyone with a program watching the chain is going to see it. From there they can exercise whatever trade they want for their gain.
Verifiable quantum randomness sounds interesting - https://drand.love is another verifiable randomness beacon, though using more traditional cryptography
Extrapolating your answer, Most mechanical engineering firms are not in the same areas as the cheap houses. So on your point, most mechanical engineers cannot buy a house that they can live in and get to work.
Given TFA accepts that error correction is the bottleneck for progress, and the gap between any and lots of error correction is small, and we presently have close to 0 error correction then nothing has practically changed with reduced qubit requirements.
Of course, it’s totally fine to have and announce a change of view on the topic, though I don’t see how the Google paper materially requires it.
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