Media Summary: This is extra footage to go with our video about Subcubic Graph Numbers at Learn more about Jane ... Matt Parker explores the work of William Shanks - and boots up the ShanksBot. More links & stuff in full description below ... Continuing to talk Infinitesimals, this time with Dr James Grime. See last week's video: More links ...
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Reverse Mathematics Numberphile - Detailed Analysis

This is extra footage to go with our video about Subcubic Graph Numbers at Learn more about Jane ... Matt Parker explores the work of William Shanks - and boots up the ShanksBot. More links & stuff in full description below ... Continuing to talk Infinitesimals, this time with Dr James Grime. See last week's video: More links ... The Great Courses Plus free trial: Cliff Stoll discusses a "Remarkable Theorem", Gaussian curvature ... Goal. I would like to tell you a bit about my favorite theorems, ideas or concepts in Ken Ribet - a key player in the solution to Fermat's Last Theorem - gives a taste of how real

Featuring Tony Padilla... Check out Brilliant (and get 20% off their premium service): Free trial at The Great Courses Plus: Dr James Grime discusses "e" - the famed Euler's Number. A neat trick to quickly calculate fifth roots. More links & stuff in full description below ↓↓↓ Featuring Simon Pampena, Australian ... Tadashi Tokieda is back, this time with Moiré Patterns. More with Tadashi: More links & stuff in full ... Numbers like e and Pi cannot be made using normal algebra. Featuring Australia's Numeracy Ambassador, Simon Pampena. Dr James Grime discusses a couple of clever formulas which are pandigital - using all the numbers from 1-9. More links & stuff in ...

Partitions are a major part of the Ramanujan story (as shown in the new film about his life) - but what are they? More links & stuff in ... The man who loved circles (Objectivity): More links & stuff in full description below ↓↓↓ Pappus ... Catch a more in-depth interview with Ben Sparks on our Standup mathematician Matt Parker says this 27-card trick is the most mathematically beautiful - but it takes some explaining! Read this too: More links & stuff in full description ...

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