Charlie Eggins recorded the first ever sub-12-second 3-blind solve in competition (11.673s). So he started the timer, looked at a scrambled cube for about four seconds, nodded his blindfold into place, then solved it in about seven.
The post where I found this was a continuation of a thread that started with a post[0] by Terence Tao saying:
"In recent weeks there have been a number of examples of Erdos problems that were solved more or less autonomously by an AI tool, only to find out that the problem had already been solved years ago in the literature"
The poster here is asking how they can find posts, possibly by anyone, that other users have flagged. What is there in the Guidelines and FAQ will answer that question?
> The post was killed by software, user flags, or moderators.
> Dead posts aren't displayed by default, but you can see them all by turning on 'showdead' in your profile.
> If you see a [dead] post that shouldn't be dead, you can vouch for it. Click on its timestamp to go to its page, then click 'vouch' at the top. When enough users do this, the post is restored. There's a small karma threshold before vouch links appear.
Not sure it's entirely relevant, but I'm pretty sure that research done for instrumentation in aeroplane flight decks shows that information is transferred faster and more reliably from the instruments to the pilots when it's analogue.
That's why even the modern glass/digital instrument panels have simulated "tape".
They also include digital readouts for added accuracy, but it's the analogue versions that transfer information "at a glance".
I disagree here. I find it much faster to read the speed from a digital speedo than an analogue one (especially as most cars compress the road legal range into under half the dial).
Especially in a 20 zones, a few mph is just a tiny needle movement but you definitely can get a ticket for it.
Analogue is better when your want to see something moving through the range though.
Not sure about which one is faster to read for a static value - most analog simulated instruments are relative which means you still need to read a digital readout to get the absolute value.
One thing analog instruments/tapes do that a simple digital readout won’t is they easily communicate the rate of change of the value.
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