Latest Episodes
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All
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Infinite Series Season 2
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Infinite Series Season 1
Can you save the target from his assassin in a square room with bouncy walls?
Episode:
S2
E19
|
9:12
Can you stack four colored cubes so that each color only shows once on each side?
Episode:
S2
E18
|
9:32
Set theory is the foundation of all of mathematics. How does it handle infinity?
Episode:
S2
E17
|
10:31
When you think about math, what do you think of knots? Probably... knot.
Episode:
S2
E16
|
9:36
In SET, what is the maximum number of cards you can deal that might not contain a SET?
Episode:
S2
E14
|
10:21
What shape do you most associate with a standard analog clock? Circle or... torus?
Episode:
S2
E10
|
7:17
Could you explain numbers to someone without using the notion of a number?
Episode:
S2
E11
|
9:35
If Fermat had a little more room in his margin, what proof would he have written there?
Episode:
S2
E13
|
10:50
Infinities come in different sizes. So what's the right way to describe the sum?
Episode:
S2
E15
|
13:02
In the physical world, objects are made of simpler parts. What are numbers made of?
Episode:
S2
E12
|
10:07
Here we break down Asymmetric crypto and more.
Episode:
S2
E4
|
8:02
The proof for Brouwer's Fixed Point Theorem uses a bridge between geometry and algebra.
Episode:
S2
E7
|
8:16
What happens when you divide things that aren’t numbers?
Episode:
S2
E9
|
8:01
How can two people share the same key without someone else getting a hold of it?
Episode:
S2
E6
|
9:36
What exactly is a topological space?
Episode:
S2
E5
|
10:21
You know the Golden Ratio, but what is the Silver Ratio?
Episode:
S2
E8
|
8:57
What happens when you multiply shapes?
Episode:
S2
E2
|
8:21
What happens if you multiply things that aren’t numbers?
Episode:
S2
E1
|
7:28
Why is there a hexagonal structure in honeycombs? Why not squares?
Episode:
S1
E32
|
11:19
The answer lies in the weirdness of floating-point numbers and the computer's perception..
Episode:
S1
E31
|
14:24
What happened when a gambler asked for help from a mathematician?
Episode:
S1
E30
|
13:45
The theory of social networks allows us to mathematically model and analyze..
Episode:
S1
E29
|
12:04
The bizarre Arrow’s Impossibility Theorem, or Arrow’s Paradox.
Episode:
S1
E28
|
14:31
What is the best voting system?
Episode:
S1
E27
|
10:54
What does the inside of a tesseract look like? Pascal’s Triangle can tell us.
Episode:
S1
E25
|
14:17
Can you turn your pants inside out without taking your feet off the ground?
Episode:
S1
E23
|
13:31
Using the harmonic series we can build an infinitely long bridge.
Episode:
S1
E22
|
13:23
Classical computers struggle to crack modern encryption.
Episode:
S1
E21
|
16:35
Only 4 steps stand between you and the secrets hidden behind RSA cryptography.
Episode:
S1
E20
|
15:37
Can you produce a rational number by exchanging infinitely many digits of pi and e?
Episode:
S1
E19
|
13:29
At one time, Wolverine served on four different superhero teams. How did he do it?
Episode:
S1
E18
|
13:10
To understand finance, search algorithms and even evolution you need to understand Random
Episode:
S1
E17
|
12:35
What is Pick's Theorem and how can we prove it?
Episode:
S1
E16
|
11:17
How long will it take to win a game of chess on an infinite chessboard?
Episode:
S1
E14
|
13:21
You can find out how to fairly divide rent between three different people even when you do
Episode:
S1
E13
|
16:21
What is the math behind quantum computers? And why are quantum computers so amazing?
Episode:
S1
E12
|
12:35
Peano arithmetic proves many theories in mathematics but does have its limits.
Episode:
S1
E11
|
11:46
How do you defeat a creature that grows two heads for every one head you chop off?
Episode:
S1
E10
|
13:29
Mathematician Kelsey Houston-Edwards explains exactly what singularities are.
Episode:
S1
E9
|
10:22
In this episode probability mathematics and chess collide.
Episode:
S1
E8
|
13:20