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xcthulhu

HN member
Joined
Fri, Nov 26, 2010, 5:04 AM UTC
HN karma
15
Public activity
9 items

About xcthulhu

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Recent public activity

  1. comment
    Comment #13810997

    Well, a couple months back I attended a talk on a Haskell implementation of the Noise protocol. The programmer admitted that he was a cryptography novice, and in fact a Haskell nov…

  2. comment
    Comment #13810698

    > Why do we do this, still? Is it not irresponsible? One reason is security - if cryptography isn't done in constant time then there is the potential for timing attacks. This is wh…

  3. comment
    Comment #7559053

    The Universal Approximation Theorem[1] asserts that you only ever need one hidden layer, which at least asserts that "an (approximate) simplification exists". But I can't say off t…

  4. comment
    Comment #6900526

    Okay, for one: 1. Dynamically Typed Languages (LISP, Erlang, Smalltalk, Python, Ruby, and Javascript) are all easier than Haskell, JAVA, C++ or any other typed language for working…

  5. comment
    Comment #6840246

    Poincaré was a genius but math has moved forward since the 19th century. Here's what I'd argue is the most important take away from set theory: for a given framework of mathematics…

  6. comment
    Comment #3528715

    Isn't Microsoft's schizophrenic relationship with FOSS old news? The same company that claims "Linux is a cancer" also employs K.Y. Srinivasan, a topic linux kernel contributor [1]…

  7. comment
    Comment #1943254

    > Bernard Linsky seems to have written a chapter on Chwistek and type theory in The Golden Age of Polish Philosophy. You can read the first page [3] but I haven't been able to find…

  8. comment
    Comment #1943042

    >No one uses ramified type theory these days, at least not that I am aware In the 1920s Frank Ramsey proved that the theory of ramified types + "The Axiom of Reducibility" is equiv…

  9. comment
    Comment #1943010

    Check out the axioms of Peano Arithmetic: http://en.wikipedia.org/wiki/Peano_axioms#Arithmetic If we use Dedekind's recursive definition of addition, and the definitions 1=S(0) and…