Media Summary: Grant Sanderson from 3Blue1Brown joins us to discuss an intriguing puzzle with a shrinking bullseye. Carlo Sequin talks through platonic solids and regular polytopes in Featuring Federico Ardila from San Francisco State University - filmed at MSRI.

Braids In Higher Dimensions Numberphile - Detailed Analysis & Overview

Grant Sanderson from 3Blue1Brown joins us to discuss an intriguing puzzle with a shrinking bullseye. Carlo Sequin talks through platonic solids and regular polytopes in Featuring Federico Ardila from San Francisco State University - filmed at MSRI. The Monster Group explained. Conway playlist: Featuring Ciprian Manolescu from Stanford University. Featuring Ben Sparks on all sorts of fractals, Sierpiński triangles, and other amazing stuff including imaginary cubes... Extra from ...

See main video at: Featuring Dr Zsuzsanna Dancso. Featuring Jayadev Athreya on a new discovery about platonic solids, in particular dodecahedra... Extra footage: ... It was on Hilbert's list of the most important problems in mathematics - until his student solved it. A number which could earn its "finder" a $1000 prize. We like the Olympic Rings - but we prefer Borromean Rings. Continues with the proof at: Featuring Zvezdelina Stankova -

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Braids in Higher Dimensions - Numberphile
Darts in Higher Dimensions (with 3blue1brown) - Numberphile
Perfect Shapes in Higher Dimensions - Numberphile
Combinatorics and Higher Dimensions - Numberphile
Monster Group (John Conway) - Numberphile
The Puzzling Fourth Dimension (and exotic shapes) - Numberphile
A 1.58-Dimensional Object - Numberphile
Strange Spheres in Higher Dimensions - Numberphile
Braids (extra footage) - Numberphile
A New Discovery about Dodecahedrons - Numberphile
The most beautiful formula not enough people understand
The Dehn Invariant - Numberphile
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Braids in Higher Dimensions - Numberphile

Braids in Higher Dimensions - Numberphile

Braids

Darts in Higher Dimensions (with 3blue1brown) - Numberphile

Darts in Higher Dimensions (with 3blue1brown) - Numberphile

Grant Sanderson from 3Blue1Brown joins us to discuss an intriguing puzzle with a shrinking bullseye.

Sponsored
Perfect Shapes in Higher Dimensions - Numberphile

Perfect Shapes in Higher Dimensions - Numberphile

Carlo Sequin talks through platonic solids and regular polytopes in

Combinatorics and Higher Dimensions - Numberphile

Combinatorics and Higher Dimensions - Numberphile

Featuring Federico Ardila from San Francisco State University - filmed at MSRI.

Monster Group (John Conway) - Numberphile

Monster Group (John Conway) - Numberphile

The Monster Group explained. Conway playlist: http://bit.ly/ConwayNumberphile

Sponsored
The Puzzling Fourth Dimension (and exotic shapes) - Numberphile

The Puzzling Fourth Dimension (and exotic shapes) - Numberphile

Featuring Ciprian Manolescu from Stanford University.

A 1.58-Dimensional Object - Numberphile

A 1.58-Dimensional Object - Numberphile

Featuring Ben Sparks on all sorts of fractals, Sierpiński triangles, and other amazing stuff including imaginary cubes... Extra from ...

Strange Spheres in Higher Dimensions - Numberphile

Strange Spheres in Higher Dimensions - Numberphile

Squarespace (including 10% off): https://www.squarespace.com/

Braids (extra footage) - Numberphile

Braids (extra footage) - Numberphile

See main video at: https://youtu.be/G_uybVKBacI Featuring Dr Zsuzsanna Dancso.

A New Discovery about Dodecahedrons - Numberphile

A New Discovery about Dodecahedrons - Numberphile

Featuring Jayadev Athreya on a new discovery about platonic solids, in particular dodecahedra... Extra footage: ...

The most beautiful formula not enough people understand

The most beautiful formula not enough people understand

On the volumes of

The Dehn Invariant - Numberphile

The Dehn Invariant - Numberphile

It was #3 on Hilbert's list of the most important problems in mathematics - until his student solved it.

13532385396179 - Numberphile

13532385396179 - Numberphile

A number which could earn its "finder" a $1000 prize.

Imagining Numbers as Shapes - Numberphile

Imagining Numbers as Shapes - Numberphile

Thanks to sponsor Great Courses Plus: http://ow.ly/NURF302dIJV

Borromean Olympic Rings - Numberphile

Borromean Olympic Rings - Numberphile

We like the Olympic Rings - but we prefer Borromean Rings.

Conway Checkers - Numberphile

Conway Checkers - Numberphile

Continues with the proof at: https://youtu.be/Or0uWM9bT5w Featuring Zvezdelina Stankova -