I don't think performance has got much to do with tinkering. IMO the real benefit of Zig is you get the flexibility of C with the ergonomics of a modern language.
I like Python as a tool language, and I am very impressed by projects like Micropython, but you always eventually run into a wall. I.e. you are never going to write a compute shader in python, but I assume someone is going to try.
I think the programmer should meet the hardware in the middle, and Python has a few too many layers of indirection to do this well.
I found your previous comment chain on the matter, in which you conflated Catholicism and Conservatism, the second of which I'm sure you have your own personal definition, as there is no Conservative church that decides on doctrine.
Catholic social teaching, which this encyclical is grounded on, has it's roots in Rerum novarum (1891) by Leo XIII (the Pope's namesake) and it dealt with the changing conditions of people due to the industrial revolution. We are potentially in the midst of another revolution (I suspect it will be less significant the the IR), so it is prudent of the church to develop a house view.
I'm slightly baffled it existed in the first place, considering they also used the small s, and it looks almost exactly like the f. To be fair, I am equally confused that so many modern typefaces don't distinguish I and l.
I've only used Zulip when checking out the Lean Zulip a few years ago, and I thought it was an infinitely better interface than Discord for serious discussion, and also much easier for lurkers to find information. I wish more projects adopted it.
I don't think LLMs are that chaotic, you can replace words in an input at get a similar answer, and they are very good at dealing with typos.
They are definitely not interpretable, I was reading some stuff from mechanistic interpretability researchers saying they've given up trying to build a bottom up model of how they work.
LLMs are deterministic, the same model under the same conditions will produce the same output, unless some randomness is purposefully injected. Neural networks in general can be thought of as universal function approximators.
That "syntactic sugar" encompasses the entire value proposition of markdown, there's nothing stopping you using Typst to author blog posts or take notes, they even have HTML export.
I wonder if well designed "mutable" operating systems like Arch and Alpine that are going to beat NixOS etc. in the long run. An install script is strictly more powerful that a declarative config language, and typically less verbose.
Not a fan of “texture healing”, a very convoluted and unsatisfying way of fixing a minor problem with monospace fonts, I’d be more interested in seeing letterforms redesigned to be more optically balanced within the grid, another commenter points out ubuntu mono does this somewhat, but I imagine you could make some fairly radical alterations to certain letters and still be legible.
Is webgpu a good standard at this point? I am learning vulkan atm and 1.3 is significantly different to the previous APIs, and apparently webgpu is closer in behavior to 1.0. I am by no means an authority on the topic, I just see a lack of interest in targeting webgpu from people in game engines and scientific computing.
Having no CSD at all is unacceptable on small screens IMHO, far too much real estate is taken up by a title bar, you can be competitive with SSD by making them really thin, but then they are harder to click on and impossible with touch input. At the moment I have firefox setup with CSD and vertical tabs, only 7% of my vertical real estate is taken up by bars (inc. Gnome), which is pretty good for something that supports this many niceties.