Rethinking the real line #SoME3
Proof of Concept
Rethinking the real line #SoME3
14:54
The Intuition behind the Double-And-Add / Square-And-Multiply Algorithm (Also Just a Fun Puzzle!)
Proof of Concept
The Intuition behind the Double-And-Add / Square-And-Multiply Algorithm (Also Just a Fun Puzzle!)
6:10
ADFGVX Cipher: Encryption and Decryption (Updated)
Proof of Concept
ADFGVX Cipher: Encryption and Decryption (Updated)
8:14
Lehmer Factor Stencils: A paper factoring machine before computers
Proof of Concept
Lehmer Factor Stencils: A paper factoring machine before computers
26:06
Studying Apollonian Circle Packings using Group Theory
Proof of Concept
Studying Apollonian Circle Packings using Group Theory
8:05
The modular inverse via Gauss not Euclid
Proof of Concept
The modular inverse via Gauss not Euclid
13:18
The extended Euclidean algorithm in one simple idea
Proof of Concept
The extended Euclidean algorithm in one simple idea
10:59
ADFGVX Cipher: Encryption and Decryption (OLD VERSION: SEE NEW VERSION LINK BELOW)
Proof of Concept
ADFGVX Cipher: Encryption and Decryption (OLD VERSION: SEE NEW VERSION LINK BELOW)
7:07
Cryptanalysis of Vigenere cipher: not just how, but why it works
Proof of Concept
Cryptanalysis of Vigenere cipher: not just how, but why it works
15:33
The Euclidean Algorithm: How and Why, Visually
Proof of Concept
The Euclidean Algorithm: How and Why, Visually
13:29
Greatest common divisor and least common multiple: building blocks
Proof of Concept
Greatest common divisor and least common multiple: building blocks
12:02
Modular Arithmetic: Multiplication in Motion
Proof of Concept
Modular Arithmetic: Multiplication in Motion
23:15
Modular Arithmetic: Addition in Motion
Proof of Concept
Modular Arithmetic: Addition in Motion
14:48
Modular Arithmetic: In Motion
Proof of Concept
Modular Arithmetic: In Motion
18:48
Modular Arithmetic: Under the Hood
Proof of Concept
Modular Arithmetic: Under the Hood
17:27
Modular Arithmetic: User's Manual
Proof of Concept
Modular Arithmetic: User's Manual
9:23
Intro to LaTeX for beginning math majors
Proof of Concept
Intro to LaTeX for beginning math majors
7:15
Abelian sandpile animation: toppling of an odometer of integral linear growth
Proof of Concept
Abelian sandpile animation: toppling of an odometer of integral linear growth
2:48
Abelian sandpile animation: toppling of an odometer of integral quadratic growth
Proof of Concept
Abelian sandpile animation: toppling of an odometer of integral quadratic growth
4:33
Abelian sandpile animation: toppling of an odometer of rational linear growth
Proof of Concept
Abelian sandpile animation: toppling of an odometer of rational linear growth
2:06
Abelian sandpile animation: toppling of an odometer of rational quadratic growth
Proof of Concept
Abelian sandpile animation: toppling of an odometer of rational quadratic growth
4:33
Abelian sandpile animation: toppling of an odometer of rational quadratic growth
Proof of Concept
Abelian sandpile animation: toppling of an odometer of rational quadratic growth
4:33
The Intuition Behind Proof by Induction
Proof of Concept
The Intuition Behind Proof by Induction
22:10
The Dystopian Perspective on Logical Negation
Proof of Concept
The Dystopian Perspective on Logical Negation
7:16
Anatomy of a proof: if n is even, then n squared is even
Proof of Concept
Anatomy of a proof: if n is even, then n squared is even
10:20
Sets and their elements
Proof of Concept
Sets and their elements
1:48
What is an "if-then" statement?
Proof of Concept
What is an "if-then" statement?
2:48