Comment by shepherdjerred
1 month ago
Are you implying that programming languages are now going to be “frozen” because of AI?
I can understand the source of concern but I wouldn’t expect innovation to stop. The world isn’t going to pause because of a knowledge cutoff date.
Innovation doesn't go for the sake of innovation itself. Innovation should serve a purpose. And the purpose of having programming languages is to overcome the limitations of human mind, of our attention span, of our ability to manipulate concepts expressed in abstractions and syntax. We don't know how long we'll need this.
I really like Zig, I wish it appeared several years earlier. But rewriting everything in Zig might just not have practical sense soon.
I agree that programming languages will no longer need to be as accessible to humans.
However there is still a strong argument to be made for protections/safety that languages can provide.
e.g. would you expect a model (assuming it had the same expertise in each language) to make more mistakes in ASM, C, Zig, or Rust?
I imagine most would agree that ASM/C would be likely to have the most mistakes simply because fewer constraints are enforced as you go closer to the metal.
So, while we might not care about how easy it is for a human to read/write, there will still be a purpose for innovation in programming languages. But those innovations, IMO, will be more focused on how to make languages easier for AI.
> would you expect a model (assuming it had the same expertise in each language) to make more mistakes in ASM, C, Zig, or Rust?
"assuming it had the same expertise in each language" is the most important part here, because the expertise of AI with these languages is very different. And, honestly, I bet on C here because its code base is the largest, the language itself is the easiest to reason about and we have a lot of excellent tooling that helps mitigate where it falls short.
> I imagine most would agree that ASM/C would be likely to have the most mistakes simply because fewer constraints are enforced as you go closer to the metal.
We need these constraints because we can't reliably track all the necessary details. But AI might be much more capable (read — scalable) in that, so all the complexity that we need to accumulate in a programming language it might just know out of the way it's built.
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