yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

"They are not average and they are not normal" — Brian Klaas on power seekers. #shorts


less than 1m read
·Nov 3, 2024

Processing might take a few minutes. Refresh later.

The people who end up in power are not representative of the rest of us. They are not average, and they are not normal people. Those who are power hungry tend to self-select into positions of power more than the rest of us.

As a result, we have this skew, this bias in positions of power where certain types of people, often the wrong kinds of people, are more likely to put themselves forward to rule over the rest of us. That is one of the key challenges of modern life: we have to find ways to block them.

There's this absolute intersection between culture, behavior, individuals, and systems. When we have this simplistic view of power, we're missing the story.

What you really need is a system that attracts the right kind of people, so that the diplomats who are clean, nice, and rule-following end up in power. Then, you need a system that gives them all the right incentives to follow the rules once they get there.

If you do have people who break the rules, there needs to be consequences.

More Articles

View All
You're Wasting Time : How to Actually Grow Your YouTube Channel With a 9-5
You’re probably juggling a 9 to 5, family, or other responsibilities. Wonder if it’s even possible to grow on YouTube with just 1 hour a day? I completely get it because I personally spent 4 years failing at it. Then, after years of trial and error, somet…
Michael Burry's HUGE New Bet on ONE STOCK
[Music] Hey guys, welcome back to the channel! In this video, we are going to be looking at another famous investor’s Q2 2020 13F filing. Of course, the 13Fs have just been dominating the news over the past couple of weeks; they’ve all come out at once. S…
2015 AP Calculus BC 5a | AP Calculus BC solved exams | AP Calculus BC | Khan Academy
Consider the function ( f(x) ) is equal to ( \frac{1}{x^2} - Kx ) where ( K ) is a nonzero constant. The derivative of ( f ) is given by, and they give us this expression right over here. It’s nice that they took the derivative for us. Now part A, let ( …
Ask me anything with Sal Khan: April 15 | Homeroom with Sal
Welcome to the Khan Academy daily homeroom. This is a way that we’re trying to stay in touch and help support parents, teachers, and students as we go through this school closure situation. Many of y’all know Khan Academy; we’re a not-for-profit with a mi…
Bivariate relationship linearity, strength and direction | AP Statistics | Khan Academy
What we have here is six different scatter plots that show the relationship between different variables. So for example, in this one here, in the horizontal axis, we might have something like age, and then here could be accident frequency. Accident frequ…
Calculating gravitational potential energy | Modeling energy | High school physics | Khan Academy
In previous videos, we have introduced the idea of energy as the capacity to do work, and we have talked about multiple types of energies. We’ve talked about kinetic energy, energy due to motion. We’ve talked about potential energy, which is energy by vir…