Like the infamous "smiling through the pain" meme: "I added a load-balancer to improve system reliability" (happy) "Load balancer crashed" (smiling-through-the-pain)
I agree with OP - the weights are more akin to the binary output from a compiler. You can't see how it works, how it was made, you can't freely manipulate with it, improve it, extend it etc. It's like having a binary of…
It's the flux / resin also found in the solder that causes that. At the typical soldering temperature of 400 °C, lead evaporates 10 million times slower than ice at -40 °C.
About the axioms, not really. Axiom sets is mostly there just as a 'short hand' to quickly describe a context we're talking about, but ultimately you could just do away with them. E.g. if we let A be the set of axioms…
I haven't read it all and must admit that I'm not sure I really understood the parts that I did read. Reading the part under the headline "Why We Need the World, and How LLMs Pretend to Understand It" and the focus on…
Like the infamous "smiling through the pain" meme: "I added a load-balancer to improve system reliability" (happy) "Load balancer crashed" (smiling-through-the-pain)
I agree with OP - the weights are more akin to the binary output from a compiler. You can't see how it works, how it was made, you can't freely manipulate with it, improve it, extend it etc. It's like having a binary of…
It's the flux / resin also found in the solder that causes that. At the typical soldering temperature of 400 °C, lead evaporates 10 million times slower than ice at -40 °C.
About the axioms, not really. Axiom sets is mostly there just as a 'short hand' to quickly describe a context we're talking about, but ultimately you could just do away with them. E.g. if we let A be the set of axioms…
I haven't read it all and must admit that I'm not sure I really understood the parts that I did read. Reading the part under the headline "Why We Need the World, and How LLMs Pretend to Understand It" and the focus on…