Earn Your CS Degree, Tuition-Free, 100% Online!
35% Off Finance Skills That Get You Hired - Code CFI35
Overview
Coursera Flash Sale
40% Off Coursera Plus for 3 Months!
Grab it
Explore ten fascinating mathematical concepts that challenge conventional thinking and reveal the surprising beauty of mathematics. Discover P-adic numbers and their unique properties, examine Gabriel's Horn with its paradoxical finite volume but infinite surface area, and learn about the optimal packing solution for 17 squares. Delve into meta-logical contradictions that expose the limits of mathematical systems, encounter the Monster Group - the largest sporadic simple group with connections to string theory, and investigate the logistic map's role in chaos theory. Understand wild singular limits in mathematical analysis, grasp the counterintuitive Birthday Problem and its probability implications, contemplate the philosophical reality that most real numbers are unknowable, and conclude with the mind-bending Banach-Tarski paradox that demonstrates how a sphere can be decomposed and reassembled into two identical spheres. Each mathematical fact is presented with clear explanations designed to make complex concepts accessible to both mathematics enthusiasts and those typically intimidated by the subject.
Syllabus
00:00-00:14 Intro
00:15-01:44 10: P-adic numbers
01:45-02:03 9: Gabriel’s Horn
02:04-02:41 8: The most optimal packing for 17 squares
02:42-03:49 7: Meta-logical contradictions
03:50-05:01 6: The monster group
05:02-06:32 5: The logistic map
06:33-07:03 4: Wild Singular Limits
07:04-07:32 3: The Birthday Problem
07:33-08:36 2: We can’t know most numbers
08:37-09:00 1: The Banach–Tarski paradox
09:01-10:19 Learn Science with Brilliant!
Taught by
Sabine Hossenfelder