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 A Birthday Card for the 1 in 1500 of us born on 29th. February
 March Fools’ Day (Brexit Day) 29th. March 2019
 The Theorem of Trithagoras; Pythagoras is for Squares. The MathsJam 2017 Fiveminute Presentation.
 Wirksworth Art and Architecture Trail 2017 – Une Tessellation dédidée a la Cathédrale de NotreDame de Die
 Tessellating the HardyRamanujan Taxicab Number, 1729, Bedrock of Integer Sequence A198775.
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Category Archives: Mathematics
The Theorem of Trithagoras; Pythagoras is for Squares. The MathsJam 2017 Fiveminute Presentation.
Mention Pythagoras and Pythagorean triangles spring to mind, but his theorem is really about the area of certain squares (regular polygons with four sides) and sums of their areas, which happens to relate to the sides of the aforesaid triangles. … Continue reading
Tessellating the HardyRamanujan Taxicab Number, 1729, Bedrock of Integer Sequence A198775.
Here is Trefoil Lattice Labyrinth (32,15). There’s something rather special about it. According to the celebrated story, the English mathematician G.H.Hardy arrived at the hospital bedside of his Indian protege ( the autodidact mathematical genius) Srinivasa Ramanujan in London taxi … Continue reading
Posted in Birthyear Labyrinths, Mathematics, Trefoil Labyrinths
Tagged A198775, G.H.Hardy, HardyRamanujan, Online Encyclopedia of Integer Sequences, Oxford Mathematical Institute, Ramanujan, richard k guy, Taxi Cab Number, Taxicab Number, The Man who Knew Infinity, Unsolved Problems in Number Theory
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Tessellatable Numbers up to 2100, with corresponding Gaussian and Loeschian Number Pairs
The following tables, which should appeal to your inner nerd and might even be USEFUL, pick out which integers N in the range 1 to 2100 are of the form a²+b² and/or of the form e²+ef+f². The first category are … Continue reading
Posted in Mathematics
Tagged Argand Diagram, Eisenstein, Eisenstein Prime, Gaussian, Gaussian prime, Loeschian, Pairs of squares, pythagorean triple, Tessellatable
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Fibonacci puts the Pee in Pisa – Light Relief for the Alsowrangled
Etiam mingens mathematicae memini! As you probably know only too well, in a Fibonacci Sequence of numbers, each successive term is the sum of the two preceding terms, so all you need to do to start it off is specify … Continue reading
Posted in Architectural Realisations, Chinese Labyrinths, Diamond Labyrinths, Mathematics
Tagged 13 April, Fibonacci, Fibonacci sequence, first wrangler, Irrgarten, Laberinto, Labirinto, labyrinth, Leaning Tower, Leonardo de Pisa, liber abaci, mediaeval latin, mingentem, number pairs, Urinal
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Pythagorean Pairs of Pairs…and the Occasional Triplet of Pairs
Here are small parts of two Serpentine Lattice Labyrinth tessellations. Though these two patterns look very different and the arrays of superlattice points (which we can take to be marked by the black squares) and symmetry axes are at different … Continue reading
Eine nicht so kleine Mathmusik: from Lattice Labyrinths to Integersided Trythagorean Triangles
Revision: In the previous post we investigated “squaring” a lattice labyrinth tessellation, multiplying the tessellation by itself and by its mirror image. This is equivalent to multiplying number pairs (a,b) x (a,b) and (a,b) x (b,a) where (a,b) are the … Continue reading
Eine kleine Mathmusik : From Lattice Labyrinths via √1 to Pythagorean Triples
Since starting this blog I have made a point of “following” twitter accounts maintained by passionate mathematics teachers and many have paid me the complement of following me in return. It is time I thanked them/you for this complement by … Continue reading
Posted in Chinese Labyrinths, Mathematics, Serpentine Labyrinths
Tagged Alhambra, Bridges Pecs, Eine kleine Mathmusik, Eine kleine Nachtmusik, Escher, gaussian primes., mazes, number pairs, Pythagorean triples, Rachel W Hall, right angled triangle, rightangled triangle, sums of squares, Tessellations, tiling
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