
3Blue1Brown
My name is Grant Sanderson. Videos here cover a variety of topics in math, or adjacent fields like physics and CS, all with an emphasis on visualizing the core ideas. The goal is to use animation to help elucidate and motivate otherwise tricky topics, and for difficult problems to be made simple with changes in perspective. For more information, other projects, FAQs, and inquiries see the website: https://www.3blue1brown.com
Episodes


Intuition for i to the power i | Ep. 9 Lockdown live math

The DP-3T algorithm for contact tracing (via Nicky Case)

The power tower puzzle | Ep. 8 Lockdown live math

What makes the natural log "natural"? | Ep. 7 Lockdown live math
This podcast episode delves into the fascinating interplay between prime numbers and the natural logarithm, unveiling their surprising connections through various mathematical concepts, including the harmonic series and the number 'e'. By breaking down complex ideas such as the density of primes, the derivative of expo...

Logarithm Fundamentals | Ep. 6 Lockdown live math

Imaginary interest rates | Ep. 5 Lockdown live math

What is Euler's formula actually saying? | Ep. 4 Lockdown live math
This episode explores Euler's formula, aiming to demystify its meaning and application. Against the backdrop of a review of complex numbers and the unit circle, the speaker introduces Euler's formula (e^(iθ) = cos θ + i sin θ) and its famous special case (e^(iπ) = -1). More significantly, the episode challenges the c...

Complex number fundamentals | Ep. 3 Lockdown live math

Trigonometry fundamentals | Ep. 2 Lockdown live math

The simpler quadratic formula | Ep. 1 Lockdown live math

Why “probability of 0” does not mean “impossible” | Probabilities of probabilities, part 2

Simulating an epidemic

Binomial distributions | Probabilities of probabilities, part 1

Exponential growth and epidemics

Bayes theorem, the geometry of changing beliefs

Q&A with Grant, windy walk edition

Why do prime numbers make these spirals? | Dirichlet’s theorem and pi approximations

The unexpectedly hard windmill question (2011 IMO, Q2)

e^(iπ) in 3.14 minutes, using dynamics | DE5
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