I don’t think that this really changes that.
I don’t think that this really changes that.
For example - I'm a mechanical engineer. I took a programming class way back in university, but I honestly couldn't tell you what language was used in the class. I've gotten up to a "could hack a script together in python if need be" level in the meantime, but it comes in fits and spurts, and I guarantee that anyone who looked at my code would recoil in horror.
But with chatGPT/copilot covering up my deficiencies, my feedback loop has been drastically shortened, to the point where I now reach for a python script where I'd typically start abusing Excel to get something done.
Once you start extending that to specific domains? That's when things start getting real interesting, real quick.
A bit different from stack overflow, but not 10x. It was flawless when I asked it for syntax, e.g. a map literal initializer in Go.
On the other hand, I asked it to write a design for the server, and it was quite good, writing more quantity with and more clarity than I had written during my campaign to get the server approved. It even suggested a tweak I had not thought of, although that tweak turned out to be wrong it was worth checking out.
So maybe heads down coding of complex stuff will be ok but architects, who have indeed provided an impressive body of training data, will be replaced. :)
Getting from "can't create something" to "having something functional and valuable" is a huge gap to leap over, and as AI is able to make those gaps smaller and smaller, things are going to get interesting.
Now if this button was something you had to order from Amazon I think we’ve got a few days
There’s a scenario where people with the intent will have the capability in the foreseeable future
Pretty cool for sure and a great use of the technology. The reason more of us don’t do this is because we lack the knowledge of biology to understand what we’re doing
That will soon change.
What if you ask the LLM to design a humanoid robot that assemble complex things, but could be assembled by a simple person?
(Note: as far as I can tell, nobody's actually posted HIV to the arXiv. Small mercies.)
You could synthesize that genome but it wouldn't be effective without the viral coat and protein package (unlike a viroid, which needs no coating, just the sequence!).
I should point out that in gene therapy we use HIV-1 derived sequences as transformation vectors, because they are so incredibly good at integrating with the genome. To be honest I expected work in this area would spontaneously and accidentally (or even intentionally) cause problems on the scope of COVID but (very fortunately) it never did.
One would like to be able to conclude that some virus work is inherently more safe than other virus work, but I think the data is far to ambiguous to make such a serious determination of risk.
[0] https://www.nature.com/articles/s42256-022-00465-9
[1] https://www.theverge.com/2022/3/17/22983197/ai-new-possible-...