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

Understanding Simulated Universes | StarTalk


2m read
·Nov 11, 2024

Now, Brian Green, uh, he's best known to the public for popularizing string theory. His earliest book, "The Elegant Universe," was a mega bestseller back in 1999. It was followed up with a book called "The Fabric of the Cosmos: Space, Time, and the Texture of Reality." Now, that touches on so much, and it enables him to think about so many interesting branches of physics that intrigue us.

In 2003, there was a paper published by a philosopher from the University of Oxford on whether or not the universe is a simulation. I had to ask Brian Green if he thought this could actually be possible, just to get a professional opinion on this. Let's find out if it's the case that one day we can have computers that can recreate a reality in bits and bytes that has such veritude that their inhabitants of those simulations feel that it's real.

If that's possible, and I think many of us agree that it might be, we're getting closer already. Just let's assume that's possible. It's so much easier to create a simulation than it is to create a real universe. I mean, how are you going to create a real universe? So if you wait long enough, there are going to be many, many more simulated universes than there are real ones.

So, any sentient being, if they're rational, would think that the odds are that they're in one of those simulations because there are so many more of those compared to real ones. Statistically, you're in the simulated one, not the real one.

Yeah, yeah, exactly. So how do you know? It would be very hard. I mean, some have suggested, sort of like in "The Matrix," to look for glitches. Real universes don't have glitches, but computers can have them. But I say to that glitches, because, uh, presumably a fallible entity programmed that.

It could be that there could also be an electric current glitch that happens in the real universe and screws up what's happening inside the computer. But I don't buy that argument because if it's a really good simulation, it should be able to rewind, erase the memory of a glitch, fix it, and then the simulated beings have no memory of it ever happening.

More Articles

View All
Sexual Satisfaction in the 21st Century | Original Sin: Sex
Looks okay. Everybody knows that I am speaking explicitly, and I don’t mince words. What has changed to the advantage is that people are more sexually networked— not enough yet, but more. Sexually different women have heard the message that a woman is to…
Finding function from power series by integrating | Series | AP Calculus BC | Khan Academy
We know that for (x) in the open interval from (-\frac{1}{2}) to (\frac{1}{2}), that (-\frac{2}{1-2x}) is equal to this series, and I say using this fact, find the function that corresponds to the following series. And like always, pause this video and se…
How To Change The World? Get The Small Things Right – Dalton Caldwell and Michael Seibel
Let’s say that changing the world is like uprooting a tree, like a big old tall tree. Imagine there were two founders. One founder knew that trees have roots, and the other founder had no idea. Right? Like the trees with roots person, they have an advanta…
Dino Dig - Linked | Explorer
NARRATOR: Welcome to Moab, Utah, surrounded by thousands of square miles of Mars-like Red Rock landscape and the mighty Colorado River. Surprisingly, Utah has yielded fossils from more dinosaur species than any other state. And that fact alone makes for a…
What Is The Resolution Of The Eye?
Hey, Vsauce. Michael here. I am at the White House, in America’s capital, Washington, D.C. America makes a lot of feature films every year - Hollywood. But they don’t make the most feature films every year. Nigeria makes more. But the country that makes t…
Mass spectrometry | Atomic structure and properties | AP Chemistry | Khan Academy
In other videos, we have talked about the idea that even for a given element, you might have different versions of that element. We call those different versions isotopes. Each isotope of an element can have a different atomic mass, and that stems from th…