Interesting, but I quickly uninstalled it after (1) it asked for permission to record keystrokes across all application and (2) registered global keyboard shortcut Option+Space without asking me.
Personally, I’m selling my U.S. stocks and bond holdings in my pension portfolio. Partly because I see them as a risk, and partly for moral reasons: I don’t want to support what I see as the current U.S. oligarchy. I'm also sad to say I've also bought 4 Teslas until I realized how bad things are, but I'll send no more money in that direction from now on, and I try to convince people I know to do the same.
Our company cloud infrastructure at Azure has already been replaced by VPSs at Hetzner in Europe.
Making advanced multiphysics simulations and optimizations accessible through a simple web interface and AI chat agents. I’m building SimuPort (https://simuport.com
) to lower the barrier to running and iterating on complex simulations. I’m interested in hearing from anyone who has needed these kinds of simulations in practice (e.g., optimizing airflow in devices, analyzing thermal–structural interactions in prototypes) or who has experience with tools like Ansys, OpenFOAM, COMSOL, SimScale, or similar. What worked, what didn’t, and what’s still missing?
tldr; Adding key examples to a specification makes it much easier to understand.
I learned programming with Pascal at university. It had a very formal, math-like syntax, complete with BNF-style grammar.
The next course used the famous K&R book (The C Programming Language), and what a breeze that was! It taught by showing lots of relevant, working examples.
Since then, I’ve realized that while examples aren’t a substitute for a clear specification, well-chosen examples make specs far easier to grasp.
Our simulation core components are pure Fortran, no libraries, all written by Claude/Cursor/Codex.