Very Demotivational Posters that Demotivate Us

 

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YOU CAN DO ANYTHING YOU PUT YOUR MIND TO!

demotivational posters - YOU CAN DO ANYTHING YOU PUT YOUR MIND TO!

YOU CAN DO ANYTHING YOU PUT YOUR MIND TO!
except develop an algorithm that determines if an arbitrary turning machine halts simultaneously measure the momentum and position of a particle with product of their errors less than half of the reduced Planck constant, or develop a recursively enumerable sex of axioms powerful enough to define Peano arithmetic while being both complete and consistent.

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jiggpig

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  1. Bruno says:

    Now that is something really demotivational, I almost got TL;DR’d

  2. Big Eddie says:

    Meh! I can live with that!

  3. piemol says:

    tl; dr ..

  4. Galaick says:

    but on memebase, you can!

  5. Tim says:

    isn’t easier telling a mathematician to divide by zero

  6. Blarney says:

    I’ve never tried it actually.

  7. THEKRAIDSTER says:

    TL;DR

  8. Finwe says:

    inb4 too long didn’t read

  9. exum says:

    > turning machine

  10. James B says:

    Challenge accepted.

  11. yoshi314 says:

    “recursively enumerable sex of axioms”

    true, nobody can come up with that.

  12. whaaaat? says:

    I love how the image assumes that P != NP, yet nobody proved that yet.

    • alex says:

      P=NP entails complexity, how we can perform computations. The halting problem on whethere such computations can be performed at all!
      The halting problem is unsolvable by both deterministic and non-deterministic turing machines (or equivalent)

  13. Tank668 says:

    Unless P=NP, then all bets are off.

  14. Kenrae says:

    I once proved P=NP in an exam. Those damn teachers gave me a zero (D in some countries) instead of being in awe at my awesomeness.

  15. uzuhl says:

    Challenge accepted.

  16. Dysan says:

    Actually they have a machine that can solve the Halting Problem, unfortunately it involves falling into a black hole.

  17. nciku? says:

    or develop perpetual motion without troll science.

  18. Bonerack says:

    weak. just weak.

  19. o'neill says:

    TLDR

  20. PTP010 says:

    ok who did really read that whole text
    MAKE SHORTER LOLZ!

  21. Steve says:

    a recursively enumerable sex of axioms

    If somebody goes to all the trouble to re-type what we can see perfectly clearly, why can’t they do it right?

  22. shrike says:

    tl;dr

  23. Fischie says:

    TL;DR

  24. Bwakathaboom says:

    The answer is 42

  25. mandragore says:

    i would have to say that we are not certain about the uncertainty principle… in physics you cant prove anything…it might be wrong. everything else however…

    • Pee says:

      I assume you mean you can’t prove anything, by which you are wrong, You can prove a lot of things in physics. Don’t be so stupid, learn to write and don’t use… so much.

  26. BreezierAmoeba says:

    It isn’t that we can’t. We just haven’t done it yet.

    • Rognik says:

      Hahaha… the irony is epic.

      The entire point of this post is that, in fact, all these things really are impossible. For example, you can prove that the halting problem (the one about Turing machines) is undecidable.

      ie, an undeniable mathematical proof exists that it is, in fact, impossible to solve every instance of the problem.

      http://en.wikipedia.org/wiki/Halting_problem

  27. Mercike says:

    I think the poster of this lukewarm meme is trying to show off that he went to collage and using $10 words to a $2 conversation.

    • Rognik says:

      I went to collage and I didn’t learn any $10 words. All I got was a bunch of worthless magazine clippings, and they were all stuck together…

    • Bawb says:

      are you just jealous because you couldn’t get into college because you couldn’t spell it right?

  28. Confused says:

    Huh? I did that last week, but it was so underground you’ve probably not heard about it

  29. unknown says:

    too long didnt read

  30. havi says:

    What is this I don’t even.

  31. Mikeinthedirt says:

    Oh, I get it now! It’s a collage of ten-dollar words! Srsly, tho, funny if overblown…

  32. greebothecat says:

    touche.

  33. The Eccentric says:

    Didn’t you get your posts blocked for such lewd sayings?

  34. ndog says:

    he/she obviously didn’t put his/her mind to it

  35. MusicMan says:

    You are correct, I cannot. However, if Chuck Norris and MacGyver worked together, they could.

  36. Yes. says:

    Challenge accepted.

  37. Latex Bill says:

    Did anyone else hear that in Sheldon’s voice?

  38. Big Eddie says:

    You still looking for the old European guy to fondle your really tiny penis and put an umbrella inside of you? Maybe that’s the source of your frustration.

  39. Greg says:

    Or make an acute triangle that has side measurements that are all perfect squares.

  40. Candlejack says:

    TL;DR

  41. jklg says:

    tl;dr….but i bet Chuck Norris can

  42. Unwisdom says:

    Stop complaining. This site seems geared to the college crowd, and it’s not as if the halting paradox, the uncertainty principle, or the incompleteness theorem are unknown to the general scientifically literate population.

    Also, P=NP is a whole other kettle of fish – that is a problem that has not been solved. The three examples cited above are different, they are fundamentally undoable. Like finding the second even prime number (although less obviously so).

    • WMDKitty says:

      There’s a SECOND even prime number? I thought “2″ was the only one…

      • Unwsidom says:

        You’re right, and that’s the point. It is easy to prove that every prime number larger than 2 must be odd. It is somewhat harder to prove that every consistent recursively enumerable axiomatization of Peano arithmetic must be incomplete. But both of these things are proven absolutely.

        The second of these things is sufficiently non-obvious that from the mid-nineteenth century (when mathematics reached the level of sophistication needed to start considering the concepts in the statement) until the 1920s (with Godel’s incompleteness theorem), it was one of the main goals of mathematics to discover a complete and consistent axiomatization of arithmetic. When Godel proved that this could not be done – that such an axiomatization literally could not exist, it was quite controversial, as it went against the intuitions of many smart people.

        However, the point stands. The proof is as solid as the proof that there are no even primes above 2, even if the result is, even now, slightly surprising.

        These two examples (the trivial observation about even primes and the non-trivial incompleteness theorem) stand as testimony that anyone who says that “you can’t prove a negative” (in addition to being self-refuting) doesn’t know what they are talking about.

        Oh, and my apologies if you were joking…

  43. Johnny Potsmoker says:

    I’m sure I could do that… if i put my mind to it. but it was too long so i didn’t even bother reading it

  44. WATSON says:

    very good, please also append “or travel faster than light in a vacuum”

    • Greetings from Mars says:

      Add “without the aid of wormholes” and you’re good.

      (Although that’s technically not superluminal travel, it’s just shortening the effective distance between point A and B so it *looks* like you’re going faster than light.)

      • emry says:

        without the aid of the drive suggested by Alcubierre, would be better, as you are moving faster than light, but not in a local sense, as the space around you is moving, and light in the space will move faster than you.

  45. Raiden says:

    TL;DR

  46. Limrasson says:

    Yes.
    I just simply hate this motto. Thank you for trolling it.

  47. Challenge Denied says:

    to long did not read

  48. jl5691426 says:

    Spelling and punctuation seem to be a problem also.

  49. Sir Eggs Benedict Arnold says:

    I’m not smart enough to get this demotivation :-P

  50. Brett says:

    my head hurts

  51. jack says:

    … or win a land war in Asia in the winter

  52. Luke says:

    I think it’s. . . You don’t really. . . uh, . . . . . . . What?!

  53. theRofl says:

    …indeed

  54. Totally Unrelated says:

    The kid in orange looks like my cousin…

  55. kevin says:

    Heinsenberg’s and Gödel’s…

  56. CommonZentz says:

    Only if the force constant of the quark can reach quantum velocity, can the axiom be powerful enough to remain constant, while still achieving mass, but it has to be at least 80% of the speed of light or better, gravity being constant. 1.21 jigawatts!

  57. averageperv says:

    I guess he also forgot to add:
    Develop an axiomatic set that can quantify the various orders of infinity; prove that every even integer (>2) can be expressed as a sum of two prime numbers; visualize n-dimensional space for n>3, n-infinity.

  58. PedoBear says:

    or divide by zero.
    or fly.
    or be a normal person.
    or get a life.
    There’s a lot of things you can’t do, n00b!

  59. name required says:

    Hey all you non-white kids out there. Do not even try to do anything because if the white kids can do anything they want except develop that algorithm, then there’s no hope for you at all.

  60. o'neill says:

    TL;DR

  61. McMeme says:

    TL;DR is so mainstream. I read it fully.

  62. luke says:

    I bet some idiot will go and try this then realise it isnt possible

  63. Dr. B. Trolin says:

    being able to understand this all makes me feel smart…. maybe that catnip actually DOES do something to the human mind… O.o

  64. Fudge says:

    I recognised ‘Planck’s Constant’ and that was it

  65. LoopDoGG says:

    CHALLENGE ACCEPTED!!

  66. Psycho says:

    TL; DR

  67. THINGERMAJIG says:

    TO LONG DIDN’T READ LOLOLOLOLOLOL

  68. rhiannon says:

    ^this

  69. orangemtl says:

    Sure, there’s ALWAYS a smartass physicist heckler in the crowd, isn’t there?

  70. weezey says:

    COULDN’T HAVE SAID THE UNCERTAINTY PRINCIPLE.

  71. redsox303 says:

    [2(PRS-RpX) - CaYu.P]=Xy3.1489p

  72. dalsio says:

    Challenge Accepted!


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