Uploaded February 2011 | Updated September 2026, 3 weeks ago
In this third part, we finish off the pedagogical component of our discussion on how Curry's paradox leads us to our beliefs on how area should behave, and how from basic principles we can find the areas of figures.
In this third part, we finish off the pedagogical component of our discussion on how Curry's paradox leads us to our beliefs on how area should behave, and how from basic principles we can find the areas of figures.








![Partition Numbers Part II: An Accessible Overview (Tanton: Mathematics)
[Part II of IV] In January 2011 there was a breakthrough in a famous, tough, unsolved problem in mathematics - finding a formula for the partition numbers. In this series if mini-videos I give an accessible introduction and overview of the mathematics and history of these numbers. We start with childs play, move to the work of Euler and Ramanujan, and then in the final video, attempt to give a sense of what the recent breakthrough is for all those who dont have the high-powered mathematics at hand. Partition Numbers Part II: An Accessible Overview (Tanton: Mathematics)](https://i.ytimg.com/vi/Nen_BbaUEyc/mqdefault.jpg)

