Numberphile

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Numberphile

@numberphile

Videos about numbers and mathematics. Videos by Brady Haran since 2011. Our thanks to Jane Street and our Patreon supporters.

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$Rogue Math$

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Terence Tao's Math(s) Essentials - Numberphile

YouTubeNov 9, 2026

Blind Ranking Numbers (Tom Crawford)

YouTubeNov 3, 2026

Who's Richer, Mario or Sonic? - Numberphile

YouTubeNov 1, 2026

Blind Ranking Numbers (Daniel Litt)

YouTubeOct 29, 2026

Blind Ranking Numbers (Terence Tao)

YouTubeOct 27, 2026

Squaring the Triangle - Numberphile

YouTubeOct 25, 2026

A New Math Meme - Numberphile

YouTubeOct 18, 2026

No More Heroes - Terence Tao Talks to Numberphile About AI

YouTubeOct 15, 2026

The End of Mathematical Mountain Climbing - Numberphile

YouTubeOct 14, 2026

Blind Ranking Numbers (Matt Parker)

YouTubeOct 6, 2026

All the Noble Polyhedra #maths #math #animation

YouTubeOct 3, 2026

Big News in Polyhedra - Numberphile

YouTubeOct 2, 2026

The Buckmaster Interview (Navier-Stokes) - Numberphile

YouTubeSep 29, 2026

What now for Mathematics (with 3Blue1Brown) - Numberphile

YouTubeSep 28, 2026

Blind Ranking Numbers (James Grime)

YouTubeSep 22, 2026

SOLVED: Navier-Stokes cracked by AI - Numberphile

YouTubeSep 18, 2026

The Biggest Gaps Between Primes - Numberphile

YouTubeSep 16, 2026

The Immortal Kangaroo Sequence - Numberphile

YouTubeSep 4, 2026

2.685 is (almost) everywhere - Numberphile

YouTubeAug 22, 2026

291 Holes - Numberphile

YouTubeAug 10, 2026

Cutting Moons - Numberphile

YouTubeAug 5, 2026

The Mountain Climbing Theorem - Numberphile

YouTubeJul 28, 2026

1³+2³+3³+4³+5³+6³+7³+8³+9³+10³+11³+12³+13³+14³+15³+16³+17³+18³+19³+20³+21³+22³+…

YouTubeJul 18, 2026

2081681993819799846994786333448627702865224538845305484256394568209274196127380…

YouTubeJul 13, 2026

Long Legged Letters - Numberphile

YouTubeJul 4, 2026

The Fixed Point Theorem - Numberphile

YouTubeJun 25, 2026

Palindrome Ages - Numberphile

YouTubeJun 15, 2026

The Abel (not Nobel) Prize - Numberphile

YouTubeJun 3, 2026

The Unsolved Lollipop Problem - Numberphile

YouTubeMay 27, 2026

Red & Black Knights (extraordinary result) - Numberphile

YouTubeMay 12, 2026

Read (37)

Business

The Klein Bottle Hustle: Cliff Stoll's Sovereign Business Model

Forget scaling to millions. Cliff Stoll's Klein bottle business is a masterclass in creator economy principles, demonstrating the power of personalized connection and a genuine love for your craft – a perfect blueprint for Rogue Tubers.

Numberphile

Rogue Tubers

3 min

0 0 06 days ago

Science

Chasing Magic: Knights, Kings, and the Sweet Spot of Mathematical Creativity

Ever feel like you're tumbling down a rabbit hole of fascinating math? Ayliean MacDonald's Numberphile video on Magic Chess Tours does just that, exploring the beautiful and sometimes frustrating quest for mathematical patterns. Let's dive in!

Numberphile

Rogue Math

3 min

0 0 06 days ago

Science

Graph Numbers and the Beautiful Constraint: A Rogue Math Dive

Ever wonder about numbers that hide within graphs? Richard Elwes explores subcubic graph numbers, revealing a surprising constraint and a beautiful sequence. Let's unpack this and see where it leads.

Numberphile

Rogue Math

3 min

0 0 06 days ago

Techniques

The Mathematical Muse: Hacking Creativity with Queneau's Billion Sonnets

Feeling stuck in your writing? A quirky 20th-century poet used math to generate an almost unfathomable number of sonnets. Let’s explore how this approach, and the philosophy behind it, might spark new creative avenues for Rogue Writers.

Numberphile

Rogue Writers

4 min

0 0 06 days ago

Science

The Irreducible Code: Why Primes Matter More Than Ever in the Digital Frontier

Just like circular primes, true digital sovereignty requires irreducible, self-hosted components that can't be easily rotated or controlled by a single entity.

Numberphile

Rogue Geeks

4 min

0 0 03 months ago

Science

When Math Gets Geothermal: Unpacking the Yellowstone Permutation

Dive into the fascinating world of number theory with the Yellowstone Permutation, exploring how primes and greatest common divisors govern seemingly random sequences.

Numberphile

Rogue Math

4 min

0 0 03 months ago

Science

When Guessing Isn't Enough: Revising Estimates with Statistical Power

Sometimes the best estimate requires more than a gut feeling. We dive into Stein's Paradox, exploring how real data helps refine our knowledge in the most mathematically beautiful way.

Numberphile

Rogue Math

4 min

0 0 03 months ago

Science

The Infinite Constant vs. The Rate-Limited API: Why Pi Matters to Sovereignty

Pi is a symbol of infinite, open knowledge. In the age of rate-limited, proprietary APIs, this mathematical constant serves as the perfect blueprint for decentralized, self-hosted computation.

Numberphile

Rogue Geeks

3 min

0 0 03 months ago

Science

Beyond Base Ten: Unlocking the Magic of Practical Numbers

Discover how certain numbers create perfect, elegant systems—a look into number theory using historical weights and measures.

Numberphile

Rogue Math

4 min

0 0 03 months ago

Science

Beyond the Regular Shape: Unlocking the Secrets of the Largest Small Hexagon

Sometimes the most complex math problems show us that the answer isn't what we expect, teaching us that the process of proof is often more rewarding than the final number.

Numberphile

Rogue Math

4 min

0 0 03 months ago

Science

From Spheres to Self-Sovereignty: Understanding Digital Projection

We break down stereographic projection—a mathematical mapping—and draw parallels to how Big Tech attempts to project its services onto a controlled API plane.

Numberphile

Rogue Geeks

3 min

0 0 03 months ago

Equipment

The Beauty of the Closed Loop: Why Self-Contained Computation Still Matters

Whether it's a vintage printing calculator or a modern LLM, true computational sovereignty starts with keeping the logic, the data, and the compute cycle entirely local.

Numberphile

Rogue Geeks

3 min

0 0 03 months ago

Science

When Simple Rules Create Complex Systems: The Collatz Conjecture and Sovereign Tech

The Collatz Conjecture shows how incredibly simple mathematical rules can generate astonishing, complex patterns—a perfect analogy for building decentralized, self-hosted infrastructure.

Numberphile

Rogue Geeks

3 min

0 0 03 months ago

Science

The Geometry of Effort: What Happens When You Play Sports in Hyperbolic Space?

A mind-bending look at how exponential growth changes the scale of the playing field, offering a profound lesson in preparation and effort.

Numberphile

Rogue Athletes

4 min

0 0 03 months ago

Science

When Randomness Lies: The Hidden Bias in Prime Number Races

Exploring the fascinating world of prime numbers reveals that even the most random-seeming patterns often hide deep, predictable biases, challenging our assumptions about chance.

Numberphile

Rogue Math

3 min

0 0 03 months ago

Science

When Numbers Shrink: Understanding Finite Fields and Modular Math

Dive into the fascinating world where seemingly infinite numbers are constrained by a prime modulus, transforming basic arithmetic into advanced algebra.

Numberphile

Rogue Math

3 min

0 0 03 months ago

Science

Are Boring Numbers Even Possible? A Deep Dive into Mathematical Proof

We all run into numbers that seem uninteresting. But number theory suggests that mathematically, every number might actually be fascinating.

Numberphile

Rogue Math

3 min

0 0 03 months ago

Science

The Magic of the Dent: How Struggle Makes Math Click

Sometimes the most unexpected way to improve is to push past the point of frustration. This video explores how denting a balloon actually makes it rounder.

Numberphile

Rogue Math

4 min

0 0 03 months ago

Science

When Folding Paper Becomes a Proof: Exploring the Fold and Cut Theorem

Sometimes the most advanced mathematical concepts come from the simplest materials—like a piece of folded paper. Today, we dive into the fascinating world of topology and the Fold and Cut Theorem.

Numberphile

Rogue Math

4 min

0 0 03 months ago

Science

When Geometry Gets Weird: Exploring Shapes of Constant Width

Dive into the fascinating world of Reuleaux polygons and solids, exploring how some shapes maintain their width no matter how they are rotated.

Numberphile

Rogue Math

4 min

0 0 03 months ago

Numberphile

Movements

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