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

Don’t Rely on Credibility Stamps


2m read
·Nov 3, 2024

Processing might take a few minutes. Refresh later.

There are a lot of institutions in our society today that are relying upon credibility stamps. They used to be how you gain credibility in society. So, if you were a journalist writing for the New York Times or Washington Post, then you had the masthead of the New York Times and Washington Post. If you're a professor at Harvard, you have credibility because you're a professor at Harvard.

So, of course, those systems got hacked. A lot of social scientists who have no business telling the world what to do are now in there with their nonsense political models masquerading as economists or natural scientists. Or you have people who are activists writing under the mastheads of these formerly great newspapers and burning up the credibility capital that these newspapers have built up over time.

The internet is exposing them slowly but steadily. We're going through a transition phase where the masses still believe in the institutions, and we're caught in this shelling point, this coordination point for the institutions. How do I know if I should hire you? Well, you have a diploma from Harvard. I know it's not as good as it used to be. I know a Harvard humanities diploma is probably nonsense at this point, but I don't have any other credibility metric to filter you, and I need to do it in an efficient way.

What we're seeing is the transition of power from institutions to individuals, but it's going to be messy. It's going to take a couple of generations, or at least a generation, and in the meantime, the institutions are fighting back. We're in the Empire Strikes Back phase where they're trying to take over the new platforms like Twitter, Facebook, and Patreon, which empower the individuals.

The university, in all of academia, has a very big stick in terms of being able to train their own next generation of teachers, who then go on to teach the next generation of primary and secondary school students. Yeah, it's a priesthood. You're only allowed to say what the priests have approved, and you can only say that if you're yourself a priest, and the priest gets to decide who's a priest.

More Articles

View All
Restoring Flows to Depleted Ecosystems | Breakthrough
My work is really around a campaign called “Changed the Course,” which is about getting the public engaged in freshwater conservation and beginning to figure out how we can restore flows of water to depleted rivers, wetlands, and freshwater ecosystems. We…
Bill Belichick & Ray Dalio on Toughness: Part 1
When we were talking before, we were talking about, um, the different elements and systemizing it. Um, for example, you describe the different types of toughness. Um, the person gets hit this way has got a certain type of toughness. This you probably gave…
Information for congruency
So, I have two triangles depicted here and we have some information about each of those triangles. We know that this side of this left triangle has length eight. We know that this side has length seven, and then we know that this angle is 50 degrees. On …
How to Change Your Life Before 2025
So I’ve fallen off my routine again, and honestly, it sucks. I’m quite sure you know that feeling when you’ve been super consistent, staying on track, hitting all the milestones that you have, and then suddenly something happens, and boom, you’re back to …
How to sell a corporate jet!
Yes, sir. I have a customer from overseas who would like to purchase an airplane. Do you know what kind of airplane he’s looking for? From what I understand, they’re looking at a Lear Jet 60XR. Does that mean anything to you? Yeah, I know it does, but th…
Simplifying resistor networks | Circuit analysis | Electrical engineering | Khan Academy
We’ve learned about series and parallel resistors. We’ve learned how to simplify series and parallel resistors into an equivalent resistor. Just to review, for the series resistor, our series equivalent ( R_{series} ) is equal to the sum of resistors in …