Explore the mathematical intricacies of Christmas traditions in this engaging 56-minute public lecture from the University of Oxford. Delve into topics such as the mathematical reasoning behind the date of Christmas, the unfairness of TV show voting systems, and the physics behind Santa's chimney descents. Discover how the Lorentz Contraction, fractal geometry, and the Fold and Cut Theorem relate to holiday customs. Uncover the mathematics behind the Twelve Days of Christmas and learn about the Christmas Stocking Theorem. Join Professor Chris Budd for a festive journey through "A Mathematical Christmas," offering a unique perspective on beloved holiday traditions.
Overview
Syllabus
Introduction
Title
Christmas Season
Why is Christmas on the 25th
Mathematical reasons
Two types of day
The Great Christmas Vote
Strictly Come Dancing Final
Christmas Night
The Lorentz Contraction
The Fractal Method
The Fold and Cut Theorem
The Twelve Days of Christmas
The Christmas Stocking Theorem
A Mathematical Christmas
Taught by
Oxford Mathematics
