Am I the only one who did not find this book that interesting? I studied CS so it just felt like reading my class textbooks again, except with random trippy stories in between that try to shoehorn theory into a poor metaphor. The fundamentals of CS (strings, automata, graphs) are elementary building blocks. This is by design. You can apply them to almost anything. Almost everything "is a graph", or "recursion" if you…
I plowed my way through about two thirds of it. Lots of interesting stuff, but I finally gave up because it seemed just too self-involved and self-referential. Building up this enormous edifice, just to be able to say "Hey! Check out my edifice!" I guess I'm just too much of an applied engineering kinda guy.
Gödel, Escher, Bach: an in-depth explainer
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Re: Gödel, Escher, Bach: an in-depth explainer
#122Am I the only one who did not find this book that interesting? I studied CS so it just felt like reading my class textbooks again, except with random trippy stories in between that try to shoehorn theory into a poor metaphor. The fundamentals of CS (strings, automata, graphs) are elementary building blocks. This is by design. You can apply them to almost anything. Almost everything "is a graph", or "recursion" if you…
Re: Gödel, Escher, Bach: an in-depth explainer
#123Earlier quoted context omitted.
Without a telescope I can't prove to you that andromeda is a galaxy, but it is.
following this analogy: is it possible with the proper instrumentation, or axioms, that a mathematical statement might become provable?
However, Gödel made explicit in the very first statement of his incompleteness theorem that assuming more axioms cannot ever eliminate incompleteness (except by the extremely undesirable event of eliminating consistency). Gödel shows that, if a set of axioms (including additional axioms on top of your original set) doesn't allow you to prove everything (by virtue of being inconsistent, something called the "principle of explosion"), then there are necessarily statements that those axioms can't resolve the truth of.
So you can add more axioms and that will either make your system more powerful or inconsistent (depending on whether you chose inconsistent axioms to add), but you still can't get rid of the incompleteness phenomenon that way!
Re: Gödel, Escher, Bach: an in-depth explainer
#124I've read GEB over many years rather in the way someone would read the Bible. I pick it up from time to time and enjoy chewing on one or two chapters of material. But I've yet to figure out if the book actually has a specific thesis. I know it's all about the power of interpretation and the way in which interpreting a formal system as self-referencing has the effect of completely blowing up the intended design of tha…
Re: Gödel, Escher, Bach: an in-depth explainer
#125Am I the only one who did not find this book that interesting? I studied CS so it just felt like reading my class textbooks again, except with random trippy stories in between that try to shoehorn theory into a poor metaphor. The fundamentals of CS (strings, automata, graphs) are elementary building blocks. This is by design. You can apply them to almost anything. Almost everything "is a graph", or "recursion" if you…
When I'm more focused on the here and now, I think I would find it a chore to get through. When I feel like I have less on my plate and looking for "interesting observations" it would work really well.
Re: Gödel, Escher, Bach: an in-depth explainer
#126Re: Gödel, Escher, Bach: an in-depth explainer
#127Earlier quoted context omitted.
Getting hit in the head can also change how someone perceives things. I think the above commenter was expressing frustration with the popular notion that taking drugs is some sort of shortcut to understanding consciousness, dynamic systems, etc
Note that I said "profound change" not "arbitrary change". What a faithful argument you've blessed us with. If you think drinking alcohol or taking cocaine has the same mental effects as psychedelics, then, I guess all I can say is don't talk about what you don't know.
Re: Gödel, Escher, Bach: an in-depth explainer
#128> Gödel's Incompleteness Theorem: any sufficiently rich formal system, together with an interpretation, has strings which are true but unprovable. This is only half of it! Gödel's Incompleteness Theorem states that any sufficiently rich formal system, together with an interpretation, either has strings which are true but unprovable or has strings which are provable but untrue. Either is possible! In practice people p…
How can a statement that is unprovable be true? I always had the impression that unprovable means you could add either the statement or its negation as an axiom, and both resulting systems are as consistent as the system you started with
See https://en.wikipedia.org/wiki/G%C3%B6del%27s_incompleteness_... and https://en.wikipedia.org/wiki/Peano_axioms#Nonstandard_model...
Godel's "completeness" theorem gives a converse. If the statement were true about all possible models, then it would be provable.
Re: Gödel, Escher, Bach: an in-depth explainer
#129Earlier quoted context omitted.
I truly am not intending this upcoming statement as an insult: I did not struggle with 'looking behind the curtain' while reading GEB, nor did I find the concepts silly - I was rapt with curiosity the whole reading and came to many profound conclusions about the book and it's ideas - and I was not on LSD. Whatever helps you personally understand the world in a more meaningful light is wonderful, but it certainly was…
I don't find that insulting. It's wonderful for you. What I find insulting is saying that calling GEB trippy is an insult. It's genuinely trippy and there's nothing wrong with that.
Because it is. And your trying to move the goalposts after the fact is just digging that hole deeper.