429 karma · joined June 5, 2021
Same as any other kernel—the runtime is just a userspace program.
> Can a microkernel do eBPF?
If it implements it, why not?
Sure. But that's not OpenBSD's problem, is it?
And if a project does want to be open source eventually, they can already license their code that way.
For compilers, constant folding is a pretty obvious optimization. Instead of compiling constant expressions, like 1+2, to code that evaluates those expressions, the compiler can already evaluate it itself and just produce the final result, in this case 3.
Then, some language features require compilers to perform some interpretation, either explicitly like C++'s constexpr, or implicitly, like type checking.
Likewise, interpreters can do some compilation. You already mentioned bytecode. Producing the bytecode is a form of compilation. Incidentally, you can skip the bytecode and interpret a program by, for example, walking its abstract syntax tree.
Also, compilers don't necessarily create binaries that are immediately runnable. Java's compiler, for example, produces JVM bytecode, which requires a JVM to be run. And TypeScript's compiler outputs JavaScript.
English just adopts all the good German words. Every time I, a native German speaker, have struggled to express something in English it was either because my personal vocabulary was lacking or because of societal differences, never because English is somehow inferior.
Sounds like an interesting concept for a story, if nothing else.
Also, if you permit me to get spiritual for a moment, I believe that it could be theoretically possible to simulate any fully materialist universe, but I'm not convinced consciousness can arise from doing maths. Since I am conscious, this universe must not be simulated, no matter how many simulated worlds actually exist.
[1] I'm assuming that most creatures intelligent enough to understand the concept of simulating a universe will want to try it. But if it takes an entire civilization to do so and that civilization has to choose between, say, spending the energy on simulation running or on food production, it's pretty clear what will happen.
It feels like it can't possible be true, but on the other hand, I'm probably due for having my confidence in my English completely shattered again by learning another weird word's real pronunciation, so maybe this is it.
I don't see the contradiction here. He does not claim to have only learned from ordinary people, just that he wasn't ashamed to do so. And that quote says nothing at all about his origins, humble or not.
In general, I don't understand the point of this article. It feels like a hit piece, but to what end?
Also, it really shouldn't come as a surprise that he was an alchemist. He lived during the sixteenth century. The alchemist that would go on to formulate classical mechanics was born a century after Paracelsus' death.
Sounds good. Anybody who uses LLM output without any understanding of their own deserves it.