Yes. For topics with lots of training data like physics Claude is VERY human sounding. I've had very interesting conversations with Claude Opus about the Boltzmann brain issue and how I feel that the conventional wisdom ignores the low probability of a BBrain having a spatially and temporally consistent set of memories and how the fact that brains existing in a universe that automatically creates consistent memories means the probability of us being Boltzmann brains is very low. Since even if a Boltzmann brain pops into existence its memory will be most likely completely random and completely insane/insensate.
There aren't a lot of people who want to talk about Boltzmann brains.
No, Claude does know a LOT more than I do about most things and does push back on a lot of things. Sometimes I am able to improve my reasoning and other times I realize I was wrong.
Trust me, I am aware of the linear algebra behind the curtain! But even when you mostly understand how they work the best LLMs today are very impressive. And latent spaces fundamentally new way to index data.
https://news.ycombinator.com/item?id=44980896#44980913
I believe it absolutely should be, and it can even be applied to rare disease diagnosis.
My child was just saved by AI. He suffered from persistent seizures, and after visiting three hospitals, none were able to provide an accurate diagnosis. Only when I uploaded all of his medical records to an AI system did it immediately suggest a high suspicion of MOGAD-FLAMES — a condition with an epidemiology of roughly one in ten million.
Subsequent testing confirmed the diagnosis, and with the right treatment, my child recovered rapidly.
For rare diseases, it is impossible to expect every physician to master all the details. But AI excels at this. I believe this may even be the first domain where both doctors and AI can jointly agree that deployment is ready to begin.