10:07
MINI-LESSON 1: Breaking down intuitively the concept of standard deviation. Why pple don't get it.
N N Taleb's Probability Moocs
5:32
MINI-LESSON 2: Fat Tails, a Very, Very Introductory Presentation.
10:22
MINI-LESSON 3: The Law of Large Numbers. A very intuitive introduction.
10:28
MINI-LESSON 4: CLT, The Central Limit Theorem, a nontechnical presentation.
14:16
MINI-LESSON 5: Correlation, the intuition. Doesn't mean what people usually think it means.
13:46
MINI-LESSON 6: Fooled by Metrics (Correlation)
9:26
MINI LESSON 7: P-Values and P-Value Hacking: a simplified lecture.
23:51
MINI-LESSON 8: Power Laws (maximally simplified)
13:36
MIN-LESSON 8b: (Power Laws) Q& A
3:56
MINI LECTURE 8c: A simple tricks to see the effect of power laws
13:51
MINI-LESSON 9: Evidence Based Science & Mistakes in Particularizing the General (Simplified)
1:56
MIN-LESSON 9b: 2 min technical comments for Mini Lesson 9.
11:45
MINI LESSON 9c: Detecting Quackery in a Psychology Paper
3:36
MINI LESSON 10: Simpson's Paradox & Its Exploitation by Covid Sociopaths in 3 ½ min.
2:30
MINI LESSON 11: Path dependence in 2 ½ minutes
5:33
MINI LESSON 11b: Drawdowns and Logs
4:56
MINI LECTURE 12: How to Look at the Risks of Covid Vaccines
16:43
MINI LECTURE 13 - Claims that Violence Has Dropped Are Not Statistical
5:52
MINI LECTURE 13b - Technical Appendix. How to fix the problem of power laws with compact support.
24:46
MINI LECTURE 14 A First Course on Fragility, Convexity, and Antifragility (Nontechnical).
12:13
MINI LECTURE 15 - Conditional vs. unconditional correlation: twin studies overestimate heredity.
6:22
MINI LECTURE 16: On the Absurdity of Standard Genetics Reports.
5:03
MINI LECTURE 17: Maximum Ignorance Probability (a bit more technical)
4:23
MINI LECTURE 18: How to build a positive definite correlation matrix for Monte Carlo simulations
