Null island?

I understand what you mean,

but it is technically the choice of the animal to eat more than they need on a regular basis

Not wanting to maintain a multi-language repo, and not wanting to maintain support for rust integration

Edit: I kinda assumed the guy in the pic was that kernel maintainer who kept throwing a stink about Rust code, but it’s apparently not

I like solving puzzles, and I have a knack for programming specifically

OwO

But it doesn’t have any built-in concept of users, write permissions, or authentication (except for commit signing)

Hosting an unauthenticated git repo would be the equivalent to an open ssh port with no password required

Not to mention collaborative things like issue tracking, PRs, forums, etc

Is this different from Shai Hulud 2?

Edit: the article was published November 24, so I’m pretty sure this is just Shai Hulud 2

I wonder if it’d be feasible to make a fediverse github

“Unlisted” means you can’t find any of them via search or on the creator’s page. But if you still have the URL, you can view them directly

Which includes public playlists other people have created

I can’t tell if this is AI gen, but it looks like something that would be AI gen

The robot seems to move very jerkily, (although that could be because it’s sped up)

But this seems like too much magic. There’s no obvious sensors or wheels or motors to make the thing move autonomously

Edit: also that squeezing motion shouldn’t work to pick up the car. The tire is made of rubber and therefore quite grippy, so the arms would have to rotate themselves (because they can’t slide underneath the rubber)

As well, there doesn’t appear to be any mechanism on top of the thing to hold the weight of the car. There’s no way those flimsy arms, in a 3rd class lever configuration, are capable of lifting a 1 ton vehicle

Python

It’s an amazing scripting language, and my goto for writing automation scripts.

It’s the most lenient of the 3 with dynamic typing and managed memory. It’ll let you learn the basics of reading / writing / running code as well as basic control flow and logic

C is also great to learn, as it teaches you how computers work at a fundamental level, but it’s more stuff to learn up front, and can lead to some very difficult to fix bugs

Java is good as an “application” language. Being memory managed like Python, but statically typed like C. Static typing makes it easier to manage larger code bases

It’s probably such an uncommon occurrence that they don’t test for it

The source body should have been rejected for donation, given their cause of death, though

Snake milk

Snilk

Stormlight Archive also has a magic similar to this (Lashings)

The wind would make it rotate

That’s how you end up with a 200lb missile smashing your guts out

Do it

I have the FP6, it’s amazing

I’m not aware of any class of problem that humans can solve that we don’t think are solvable by sufficiently large computers.

That is a really good point…hrmmm

My conjecture is that some “super Turing” calculation is required for consciousness to arise. But that super Turing calculation might not be necessary for anything else like logic, balance, visual processing, etc

However, if the brain is capable of something super Turing, I also don’t see why that property wouldn’t translate to super Turing “higher order” brain functions like logic…

It’s likely the same as English spelling. Just years and years of repeated exposure, and you eventually pick up most of it through osmosis

I don’t think the distinction between “arbitrarily large” memory and “infinitely large” memory here matters

Also, Turing Completeness is measuring the “class” of problems a computer can solve (eg, the Halting Problem)

I conjecture that whatever the brain is doing to achieve consciousness is a fundamentally different operation, one that a Turing Complete machine cannot perform, mathematically

Also also, quantum computers (at least as i understand them, which is, not very well) are still Turing Complete. They just use analog properties of quantum wave functions as computational components