Isaiah Taylor
👤 PersonAppearances Over Time
Podcast Appearances
The higher you try to govern a thing, the worse you become at governing it.
Now, there's a too small version as well.
So there's some middle point here.
But the middle point is much further toward decentralization than it is toward centralization today.
There's actually a concept here that I'm sure you're aware of called anti-fragility.
I'm not aware of that.
So this is a Nassim Taleb concept, and there are systems which benefit from chaos, and there are systems which are punished by chaos or degrade from chaos.
so uh this is generally called like fragile robust and anti-fragile right a fragile system uh a glass is a good example of this a glass is a fragile thing if you knock it with a hammer it could shatter um a steel cup would be an example of a robust thing right if you knock it with a hammer uh you know it's probably fine
But then there's this third category of thing, which is called anti-fragile.
And what that means is like the more you knock it with the hammer, the better it gets.
And I would argue that what you just mentioned in Florida is a good example of this, where the fact that they have hurricanes which knock out the grid infrastructure actually means that they have a better grid, right?
Because the chaos of that situation has allowed them to figure out how to evolve and to get better.
And if you look at human systems, the best human systems are anti-fragile and capitalism is an anti-fragile system, right?
Private companies using the profit incentive to fix problems on a smaller scale, on a decentralized scale is extremely anti-fragile.
If you add chaos into that, people actually learn and get better and grow rather than becoming more fragile.
So when you're thinking about governance, I think this is just a general property of regulation.
It's like, you need to figure out how to make that system anti-fragile
which means allowing for variance.
You have to allow for different people and different companies to do things different ways.
And that's exactly what microgrids are, right?