

Famous mathematician Terry Tao has published slides for “Math 2.0”, a talk where he discusses how mathematics and chatbots can integrate. I suspect that Dr. Tao has fucking lost it. I don’t know how far the chatbots have misled him vs. how much of this is his unawareness of non-number-theoretic maths, but his “ablation studies” and “neighborhood of a theorem” are already studied in reverse maths, and chatbots have not lowered the complexity of proof search, so there’s not really a sense in which chatbots replace any of the proof-oriented parts of practicing mathematics, regardless of the quality of what they say.
Related: a doctor who denied COVID-19 vaccine efficacy (and thus should not be trusted) has chimed in to say that Dr. Tao doesn’t understand cancer research; in particular, he doesn’t understand that (1) we already throw a bunch of chemicals at the wall to see what’s effective, and (2) terminal cancer patients rarely hesitate to sign up for human-challenge trials and experimental pretrials, on account of having decreasingly little to lose. The orange-site commentariat have several similar complaints about Dr. Tao’s position.








While doing research on our friends, I found (a disowned Reddit comment which found) another banger from the guy who pointed out that pinball is too chaotic for superintelligences to predict (discussed previously, on Awful): whole-bird emulation requires quantum mechanics, or “WBE requires QM” for short. Apparently WBE was a minor meme inside the community at some point, but I’m not sure who first noticed the situation. In short, birds with certain chemicals in their eyes may have the ability to sense magnetic fields due to QM effects. (I’d normally recommend WP on this, but the relevant article is bizarrely skeptical about the situation, although it does include a decent diagram.) As such, our friends consider the possibility that their vaunted superintelligence tasks (ancestor simulations, Newcomb predictors, etc.) are harder than WBE, which itself is much harder than e.g. cracking classical cryptography with Shor’s algorithm or some other not-yet-reached quantum-computing task. The author left a great sneer in the comments:
Ro-ro-rotate your model of the bird, rotate your model of the bird for science!