Dear Alexey & Lev,
I've just returned to your essay. Very well written but I struggled with it the first time so didn't comment or score it. ..But as you don't mine quibbles!: You seemed to dismiss any possibility of a 'thought & matter' relationship before moving away to eulogize mathematics. I'd hoped you may see the architecture described in mine and other similar and excellent essays. You haven't commented on mine, but have you looked and considered them?
From philosophy I find Dennett's view the most coherent; that there really is no longer a problem. Are you familiar with that? He describes looking at a laptop at screen & mouse scale and saying "We can't possibly understand how that really works"! Do you refute his views?
From AI we now produce learning, decision making and consequential decisions drawn from memories serving the first via neural feedback loops which then becomes what we call an 'aim'. Any input can trigger some response. The models here show similar if far more complex mechanisms from multi trillion particle systems. Can you identify what more fundamental effect is required to replicate most mental processes?
And is Haldane's supposed 'self contradiction' not logically meaningless?
I do agree and embrace other parts, particularly the geometers. I hadn't seen Hardy on Euclid's and Pythagoras' theorems; "...there is a very high degree of unexpectedness, combined with inevitability and economy." Thanks for that. Interestingly I extend Pythagoras to 3D dynamics to identify a classical derivation of QM. Certainly 'unexpected' (except by John Bell!) not to mention shocking, but falsifiable and self evident none the less, for any not too scared to look!
I've found some from Fermilab have old doctrine fermly embedded! but I do hope you'll get to read mine carefully, do some rationalisation and comment.
Many thanks for your patience, and well done. Very best.
Peter