Account

In 2003 We Discovered a New Way to Generate Primes

Eric Rowland • November 23, 2023
Video Thumbnail

Eric Rowland

View Channel

About

No channel description available.

Latest Posts

Video Thumbnail

Prime Factorization and the World's Oldest Algorithm

Eric Rowland

Video Thumbnail

These Limits Are Too Complicated for Calculus

Eric Rowland

Video Thumbnail

Why This Simple Recurrence Really Makes Primes

Eric Rowland

Video Thumbnail

1 Billion is Tiny in an Alternate Universe: Introduction to p-adic Numbers

Eric Rowland

You May Also Like

These Limits Are Too Complicated for Calculus
PT4M

These Limits Are Too Complicated for Calculus

Eric Rowland1 year ago
1 Billion is Tiny in an Alternate Universe: Introduction to p-adic Numbers
PT4M

1 Billion is Tiny in an Alternate Universe: Introduction to p-adic Numbers

Eric Rowland3 years ago
The 15-Year-Old Who Discovered the Law of Primes
PT4M

The 15-Year-Old Who Discovered the Law of Primes

Physics Explained3 months ago
The Ancient Secret Behind Prime Factorization
PT4M

The Ancient Secret Behind Prime Factorization

Eric Rowland4 months ago
Pi hiding in prime regularities
PT4M

Pi hiding in prime regularities

3Blue1Brown8 years ago
23% Beyond the Riemann Hypothesis - Numberphile
PT4M

23% Beyond the Riemann Hypothesis - Numberphile

Numberphile2 years ago
An Exact Formula for the Primes: Willans' Formula
PT4M

An Exact Formula for the Primes: Willans' Formula

Eric Rowland3 years ago
The Simplest Math Problem No One Can Solve - Collatz Conjecture
PT4M

The Simplest Math Problem No One Can Solve - Collatz Conjecture

Veritasium4 years ago
The Strange Math That Predicts (Almost) Anything
PT4M

The Strange Math That Predicts (Almost) Anything

Veritasium4 months ago
Papers unpicked: Strategy on an Infinite Chessboard between an Angel and a Devil
PT4M

Papers unpicked: Strategy on an Infinite Chessboard between an Angel and a Devil

local meadows4 years ago
Something Weird Happens When E=−mc²
PT4M

Something Weird Happens When E=−mc²

Veritasium1 week ago
Why π^π^π^π could be an integer (for all we know!).
PT4M

Why π^π^π^π could be an integer (for all we know!).

Stand-up Maths4 years ago
Why This Simple Recurrence Really Makes Primes
PT4M

Why This Simple Recurrence Really Makes Primes

Eric Rowland1 year ago
Portals must bend gravity, actually
PT4M

Portals must bend gravity, actually

optozorax6 days ago
The Distance Between Numbers - Numberphile
PT4M

The Distance Between Numbers - Numberphile

Numberphile2 years ago
Why string theory isn't real physics | Roger Penrose, Brian Greene, and Eric Weinstein
PT4M

Why string theory isn't real physics | Roger Penrose, Brian Greene, and Eric Weinstein

The Institute of Art and Ideas1 week ago
The Prime Number Race (with 3Blue1Brown) - Numberphile
PT4M

The Prime Number Race (with 3Blue1Brown) - Numberphile

Numberphile2 years ago
Eisenstein Primes Visually
PT4M

Eisenstein Primes Visually

TheGrayCuber1 year ago
Why you can't solve quintic equations (Galois theory approach) #SoME2
PT4M

Why you can't solve quintic equations (Galois theory approach) #SoME2

Mathemaniac3 years ago
A Swift Introduction to Geometric Algebra
PT4M

A Swift Introduction to Geometric Algebra

sudgylacmoe5 years ago
Home AiChat Shop Saved Account