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- Putting Australia in the Shade; A Lattice Labyrinth employed to Spectacular Effect
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- March Fools’ Day (Brexit Day) 29th. March 2019
- The Theorem of Trithagoras; Pythagoras is for Squares. The MathsJam 2017 Five-minute Presentation.
- Wirksworth Art and Architecture Trail 2017 – Une Tessellation dédidée a la Cathédrale de Notre-Dame de Die
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Category Archives: Chinese Labyrinths
MultiplyingLabyrinths (Post under Construction)
DONT BE PUT OFF – HURRY down the scroll to the next post!” Mathematicians will know the rule for multiplying together two complex numbers. If the real part of a number has magnitude a and the imaginary part magnitude b, … Continue reading
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Chinese Labyrinth (39,26)
This is posted as promised on the links page – and to show off a “biggy”. Each supertile of this tessellation is made up of 2297 square tiles; one such supertile is shown in black. This should help you to disentangle … Continue reading
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Tricky Common Factor Case
To begin at a beginning. The figure below shows just four interlocking supertiles of a typical member of the Chinese Lattice Labyrinth family, member (9,6) a case with separation parameters (a,b) where a and b share a common factor, 3 … Continue reading
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