Bit

Regardless of how it works out, there's going to be opportunities for growth."

One of the biggest fears that, that, that I, I tend to see in my clinic quite a bit is the fear of uncertainty.

When we don't know, again, it's can we be happily not knowing? Can we be okay in this unknowing?

I know it's, it's totally complicated and individualized.

I don't, I don't see it that way.

Okay.

I mean, if we think about the separation portion, uh, so we could talk about two specific functions, right? Or, um, there's working memory and there's inhibition.

For example, the, the dorsolateral prefrontal cortex relates very much to inhibition as well, but, uh, the working, related to working memory, so it's, it inhibits or stops the immediacy of what's happening so that we can retreat into our minds and think about maybe what I'm gonna say next or whatever the case is.

Let's, let's move on and let's talk about Windows software on Arm devices via Bottles, and Ken's got this story.

And, uh, I think we've talked about this a little bit before, but what is new, Ken, in the Bottles world?

I'm kind of excited about the other part of it, too.

Yeah.

Oh, God

... with the old rubber and it's already fallen apart? Like, it felt like that at first.

Um, I, I've used it a little bit and it cleaned up, so I, I think they probably shipped it with some goop on there to try to lubricate it, and once that unfortunately came off on my fingers for after using it for a while.

Uh, yeah.

Classical computers process data in the form of bits.

Each bit can switch between two states labeled zero and one.

A quantum computer uses something called a qubit, which can switch between zero, one, and what’s called a superposition.

While the qubit is in its superposition, it has a lot more information than one or zero.

You can think of these positions as points on a sphere.

The north and south poles of the sphere represent one and zero.

A bit can only switch between these two poles, but when a qubit is in its superposition, it can be at any point on the sphere.

We can’t locate it exactly.

I hope it was the 80s.

I got a whole bit on

the 80s that I'm going to do, Dave.

Oh, really? Oh, yeah, I'm a professional.

Not me, no.

Okay, am I going to get Ecoli or

something? Fuck if I know, bitch.

All of life is a gamble.

Thank you for that.

You've distilled something, and now we're off and running." So to sustain a business model, you do need to be a little bit ahead of your competition.

Mm-hmm.

Okay.

Even if we say we don't want AI to get any smarter, we certainly want its level of intelligence now to be able to aggregate breakthroughs.

And medicine becomes the easiest one to talk about.

Gaming, maybe I have a bit more of an argument because it's just games-

Mm-hmm

This is, it's, uh, this'll be really interesting to watch.

Subscriber Shibbles&Bits.

[laughs]

Good name.

Friend of the podcast.

Sean Kalanich with Decrypted Tech, also known as Bits, Bites, and Bourbon.

Awesome.

Welcome.

dos.

J'ai tout le temps mal au dos, H24 et le cou.

Mais je suis habitué, je ne m'en rends plus compte.

C'est comme une condition.

Moi et mon père, on est de même.

C'est après

ce qu'elle m'a dit.

D'habitude, il faut acter.

It's actually a lot of fun, though, using an electron microscope because you can see an image like this and you can say, could you enhance there? And just like CSI, you know, just enhance.

Okay, so at this point, we have all of the bits marked.

And if I go to View and Bits, I have all the ones and the zeros here.

This is all of them.

This is the whole program.