The mathematics behind board games | Śūnyatā

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  • čas přidán 29. 01. 2018
  • Please note that there is error at, 8:08 and 8:35, it is 1st player and not 3rd player.
    For those interested in understanding the Hex Theorem please refer to this brilliant paper by David Gale, titled, "The game of hex and the Brouwer fixed-point theorem".
    If you are interested in a rigorous proof on why only exactly one person can win in the game of Hex, refer to the paper "An Inductive Proof of Hex Uniqueness" written by Samuel Clowes Huneke.

Komentáře • 10

  • @theuddeepsunkara
    @theuddeepsunkara Před 6 lety +1

    So proud, amazing stuff. Team Bharath!

  • @jonathanbush6197
    @jonathanbush6197 Před 6 lety +2

    Yes it is interesting to lay the groundwork for introducing the Brouwer Fixed Point Theorem. What would be even more interesting is to teach a machine to play Hex using neural networks and deep learning, as has been done for Go and Chess.Defeating a student by playing the central cell of a 5x5 grid is cruel and unusual punishment. Anyway all the Hex servers online these days implement the pie rule opening protocol. (See Wikipedia.) So now the second player should have a win, but the game is much more fair and deep.

  • @mathematicalsociety9364
    @mathematicalsociety9364 Před 6 lety +1

    This is the Mathematics Department of SNU at its best. Good work, Bharath.

  • @dbosenow
    @dbosenow Před 6 lety +2

    Borat The Hexist !!

  • @DeewangBhamidipati5243
    @DeewangBhamidipati5243 Před 6 lety +1

    Absolutely killing it! Go Math majors! Go Bharath!

    • @DeewangBhamidipati5243
      @DeewangBhamidipati5243 Před 6 lety

      bharath sivakumar Edited my comment accordingly! Go for it! Great initiative!

  • @govindraj8153
    @govindraj8153 Před 6 lety

    Beautiful analogy except the hex doesn't create a covariance of hedge resulting in non deterministic convergence.

    • @sunyata8122
      @sunyata8122  Před 6 lety +2

      Could you please explain what you mean by "covariance of hedge" and "non deterministic convergence"?