This article shows how Emacs remains a beautiful, relevant project several decades after it was first created. The core design and implementation’s ability to evolve into something still useful today and competitive with modern tools is an amazing achievement.
Also, with LLMs driving so much of current development it potentially makes Emacs even more competitive relative to modern IDEs. Development can be driven primarily by an agent like Claude Code from the command line, then navigating and tweaking the code, handling Git commits, etc with Emacs.
I imagine an LLM would be very good at writing Elisp to leverage EMacs’ strong core functionality to make Emacs work exactly how you want. This author managed to do it by hand, but I imagine someone starting now with an LLM could get there much faster.
> I imagine an LLM would be very good at writing Elisp to leverage EMacs’ strong core functionality
Yes, they are pretty good. I have set up GPTel (an excellent Emacs package for interacting with LLMs) with some tools allowing it to run Elisp, inspect files (Elisp functions know what file they were defined in, so it's easy to find stuff) and read Emacs documentation. LLMs use this to good effect, and iterate on my config very nicely.
Indeed. I always used Emacs, but not, thanks to AI agents, Emacs is better than ever, as it can write the lisp I can't write, and it can read the docs I don't have the time to read.
It’s interesting how your comment did not talk about anything that’s unique to emacs.