It is clear that LLMs are the new generation of PL, the biggest SWE revolution since assembly→3GLs.
The parallels & differences are fascinating.
Take interpreted vs compiled. Previously a property of the *language*, now a property of the *program*.
1. Interpreted = Store prompt, re-run each time (non-deterministic)
2. Compiled = Use the LLM to generate a 4GL program (deterministic)
Some use cases call for 1, others for 2, others for a hybrid. Choosing well will become a core SWE skill.
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@leaverou I'm disappointed that you're ignoring all of the practical and ethical problems with LLMs. For starters, LLMs cannot be the future because they are driving increased fossil fuel use, which will destroy our biosphere and the civilization that operates LLMs. https://www.theguardian.com/environment/2026/jan/29/gas-power-ai-climate
LLMs are a self-terminating technology: either we get rid of them, or they get rid of us. Either way they cease to exist.
@skyfaller I cannot think of a single historical precedent where tech that added significant value to humans' lives was terminated because it was too resource intensive / costly.
OTOH, there is a ton of precedent where new tech starts off as incredibly resource intensive / costly and humanity eventually finds ways to make it economical.
If anything, the acceleration of the pace of innovation that AI enables may help us get there faster!
I know of at least one tech that added significant value to human's lives and was terminated because the environmental cost: CFCs.
They were cheaper, more efficient, more practical. But they were killing the ozone layer, so they got totally banned, with an exception for medical uses.
There are a ton of pesticides and chemicals to add to that list.
About tech that starts resource intensive or costly, and never got anywhere, there are many; but nobody remembers them.
Most of innovators have real trouble finding investors to make their inventions reach the profitability stage, so their inventions get thrashed.
Remember: electrical vehicles were invented more than a century ago, but burning petroleum was much cheaper and electricity was still not so available, so they were ditched until a time where we found fuel too costly in many ways to continue using it.
I gave you a bunch of examples, and you ditch them all because you didn't like the first one.
Ok, I'll bite, but I see what you are doing here.
CFCs were cheaper, of course, but they were by far a better solution for many things, too. Spray cans, for example, are much, much more bulky and weight more nowadays because we still don't have anything nearly as good as CFCs were. I perfectly remember those cans, and I remember many people complaining about how they were selling less than half the product in a bulkier can for a bigger price. Myself included, until someone explained it to me.
@jgg What I’m saying is there is a fundamental difference between "can do X better" (for some definition of better) and "can do X that was not possible before". All of your examples around chemicals are the former.
Re:tech innovation, if the invention never got anywhere it had not yet added value to human lives, so it's not a valid answer to my question. I wasn't asking about potential value, I was asking about actual, realized value.
What does AI do that was not possible before? Using humans, I mean.
Currently, it is not nearly as revolutionary as the Internet or smartphones were, and it is costing us a bunch of orders of magnitude more in human, property rights, energy and environmental costs. Not cool.
@jgg
> "Using humans, I mean"
That’s like arguing that the Internet was not revolutionary because you could always physically travel to another place and retrieve documents yourself from the computer there.
But even humans cannot substitute AI for all use cases. LLMs have domain expertise over *every* human domain, but the number of humans that have expertise across N domains tends to zero as N increases.
Lastly, humans are not 0 carbon footprint either.
Humans have an intrinsic value of infinite. The intrinsic value of an AI is zero: if it is not useful, it is worthless. Let's not compare. There is a reason CFCs are still used for medical uses, and nothing else.
Internet got us the ability of having instantaneous worldwide communications, and access to the hugest amount of information ever, including things common folks didn't have access even travelling. Telegrams, phone and mail were not nearly as fast or comprehensive.
About AI expertise: I wouldn't call what AIs have 'expertise'; but I don't think there is a word for it yet.
By the way, I find hard to believe that someone who obviously loves the WWW as much as you do, and has done such an amazing work empowering and divulging it, has such nice things to say about the thing that is killing the web, site by site. At this rate, very soon web pages will be the new Usenet.
I feel really sad each time I think about it. No kidding.
AI is giving the same information the web was giving me, but much less reliable, and at the price of losing the original. Replacing something by a lossy copy is always a bad idea.
About creative resources, that would be long to explain. For starters, AI generated art is an oxymoron. In other domains, it may be a help for routine work, with heavy supervision.
There was a time when the Internet was many things: email, news, IRC, the web... Until the web ate everything else (they survive, but they are a shadow of their former glory).
The AI is replacing the web. A thing made by thousands of humans with love and effort is being replaced by an impersonal thing full of whatever their billionaire owner wants to fill it.
That's not a win for the Internet, it is a huge, terrible loss. For the Internet and all of us.
Yeah, now it is fun, and has its uses.
But I am thinking long term.
I love the web, I want the web. No replacements, please.