Quick Overview: Matt Parker discusses Tupper's Self-Referential Dr James Grime discusses a couple of clever Neil Sloane discusses The Inventory Sequence... See also Jane Street's special page: ...

The Everything Formula Numberphile - Detailed Overview & Context

Matt Parker discusses Tupper's Self-Referential Dr James Grime discusses a couple of clever Neil Sloane discusses The Inventory Sequence... See also Jane Street's special page: ... Extras left over from the main video: Matt Parker discusses Tupper's Self-Referential Catch a more in-depth interview with Ben Sparks on our Interview with Sinha & Saha at and the extra physics bit is at --- More ...

Featuring Ellen Eischen from the University of Oregon. More links & stuff in full description below ↓↓↓ Ellen Eischen: ... Tom Crawford shows us some cool things about Euler's Ben Sparks discusses 5 and Pi. Catch a more in-depth interview with Ben on our Read this too: More links & stuff in full description ... Ed Copeland goes deep as we explore how we cracked an infinite sum relating to black holes. The extra bit as at ... Michael Magee explores a seemingly simple

Johnny Ball discusses Archimedes and the volume of a sphere. Check out Second part to this video: More links & stuff in full description below ↓↓↓ If the highest power of a ... Fun with toothpicks. Featuring Neil Sloane. More links & stuff in full description below ↓↓↓ Neil Sloane is the founder of the ... Continuing to talk Infinitesimals, this time with Dr James Grime. See last week's video: More links ... Have you ever heard of Mills' Constant? Featuring James Grime. More links & stuff in full description below ...

Photo Gallery

The 'Everything' Formula - Numberphile
Incredible Formula - Numberphile
A Number Sequence with Everything - Numberphile
The 'Everything' Formula (extra bits) - Numberphile
The Golden Ratio (why it is so irrational) - Numberphile
New Recipe for Pi - Numberphile
Faulhaber's Fabulous Formula (and Bernoulli Numbers) - Numberphile
Euler's Formula - Numberphile
A Surprising Pi and 5 - Numberphile
ASTOUNDING: 1 + 2 + 3 + 4 + 5 + ... = -1/12
Tools of the Trade (for infinite sums) - Numberphile
Pi-oneers (interview with Sinha & Saha) - Numberphile
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