Top Tweets for #WythoffsGame

9 days ago

Problem 4: TWO MONKS, ONE QUEEN. One chess queen, two monks. She moves only left, down or diagonally down-left. Whoever lands her on the corner wins. Which squares lose for the player to move? Solution 2 is live. #QEDEventually #GameTheory #WythoffsGame

Jace_blog's tweet photo. Problem 4: TWO MONKS, ONE QUEEN.

One chess queen, two monks.
She moves only left, down or diagonally down-left.
Whoever lands her on the corner wins.

Which squares lose for the player to move?

Solution 2 is live.

#QEDEventually #GameTheory #WythoffsGame https://t.co/LdFUpXAtZr

Jace @Jace_blog

10 days ago

Problem 3: BERNOULLI'S DREAM. In 1697, Bernoulli saw an integral and an infinite sum share every digit. Prove it, then find the sibling series for the integral of x^x. Tonight: Solution 1. Tomorrow: Solution 2. #QEDEventually #CalculusPuzzle #InfiniteSeries

Jace_blog's tweet photo. Problem 3: BERNOULLI'S DREAM.

In 1697, Bernoulli saw an integral and an infinite sum share every digit.

Prove it, then find the sibling series for the integral of x^x.

Tonight: Solution 1.

Tomorrow: Solution 2.

#QEDEventually #CalculusPuzzle #InfiniteSeries https://t.co/C2khzw9Z19

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