I prefer Micromamba since it’s faster at solving environments.

George W Bush won the popular vote in 2004

I’m not an expert, but have used a real time kernel for scientific research, using rtxi. My understanding is that the real time threads allows the computations to occur in a deterministic amount of time. This is necessary if you want to quickly respond to changes in personal membrane voltage with injections of current, and don’t want it to sometimes take longer to calculate how much current to inject.

I’m generally against the idea of planting as many trees as possible.

Trees are not very good carbon sinks because they decompose and burn. Also, there are also some ecological communities where adding trees makes the land a worse carbon sink.

Avoiding cutting down forests to build suburbs is something I can certainly get behind though.

Github

How would virtual environment software, like conda, work without $PATH?

The goal of the zig language is to allow people to write optimal software in a simple and explicit language.

It’s advantage over c is that they improved some features to make things easier to read and write. For example, arrays have a length and don’t decay to pointers, defer, no preprocessor macros, no makefile, first class testing support, first class error handling, type inference, large standard library. I have found zig far easier to learn than c, (dispite the fact that zig is still evolving and there are less learning resources than c)

It’s advantage over rust is that it’s simpler. Ive never played around with rust, but people have said that the language is more complex than zig. Here’s an article the zig people wrote about this: https://ziglang.org/learn/why_zig_rust_d_cpp/

The obscurity of the Fediverse is not its defense from enshittification. The fact that it’s so easy to move from server to server is.

If lemmy.world enshittifies, you can just move to lemmy.sdf.org without a big loss.

I think that lemmy could use more people.

Lemmy.ml is also the instance made by the lemmy devs