I did not, rather you forgot that Moore's law died about two decades ago, depending on how you're calculating it. Improvements have continued but at a more incremental pace. There's a reason packaging is the next big breakthrough, not density.
I'm not negative on there being some use for AI models in health care. I'm pointing out it's ignoring that right now there are several countries that outperform the US in this field, and rather than trying to lean on AI gimmicks we can just learn from them. You're trying to slap on a coat of paint when the car needs a new engine.
I do too, except I work on the manufacturer and channel side, so I see how dogshit Copilot+ sales have been and that even Apple is freaking out trying to figure out how to get people to care about Apple Intelligence. I've been over this in several other threads: lots of cool stuff and noticeable advancements on the horizon, but aboslutely no one has figured out how to monetize AI.
That's why you're claim that AI companies will only charge a couple cents per patient is insane. Either you think companies are in this for charity or you have no concept of what developing AI products and training models costs.
They are not. Again, you don't seem to understand the basics of semiconductor design or manufacturing, or the economics of it. Blackwell is a clear example of these slowing advances, whether you look at consumer or datacenter. Part of the problem here is that you are treating Moore and Huang's laws as actual laws of science. They are not, they are observations that were then translated into design goals.
Word of the wise: If you honestly think Moore's Law is still alive, you are ill equipped to discuss AI advances.