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Five ways the mind does not solve computationally intractable problems (and one way it does) | Experience Machines
| | mertkavi.com
How to solve computational science problems with AI: Physics-Informed Neural Networks (PINNs) ยท Mert Kavi
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| | accodeing.com
Duty calls - CSS3 is NOT proven to be turing complete!, Accodeing to you
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| | [AI summary] The article discusses the debate around whether CSS3 is Turing complete, focusing on Eli Fox-Epstein's implementation of a Rule 110 automaton using CSS and HTML. It explains the theoretical concepts of Turing completeness, the limitations of real-world implementations, and the implications of such a claim. The author concludes that CSS appears to be Turing complete, though the discussion highlights the complexities and controversies surrounding this assertion.
| | jeremykun.wordpress.com
Turing Machines - A Primer - Math ? Programming
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| | We assume the reader is familiar with the concepts of determinism and finite automata, or has read the corresponding primer on this blog. The Mother of All Computers Last time we saw some models for computation, and saw in turn how limited they were. Now, we open Pandrora's hard drive: Definition: A Turing machineis a...
| | www.integralist.co.uk
Rust Ownership, Borrowing, and Lifetimes ? Mark McDonnell
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| I've been learning Rust recently. This will probably be my third (lazy) attempt to learn the language. The reason I've failed previously is simply because I had no reason to learn it. Other than the memory safety aspects, which I like a lot, I don't actually like the design of the language at all (but that's a conversation for another day). This time around I want to learn the language as it's pertinent to my job.