But then I realized that it's not just a frivolous idea, but a possible interpretation of quantum physics (of which there are many, and scientists can't decide which one is right). It actually explains quite a lot. First, think about simulated worlds in computer games. They don't really simulate a whole world down to the smallest details. What you see only gets rendered in detail when you look at it. This is because processing power is finite. So everything you're not looking at either doesn't exist or exists only as a mere potential. This is very much like the quantum world. The universe doesn't "compute" every single particle's position, momentum, spin, etc. In fact, we KNOW that particles don't have distinct properties until we measure them (i.e. "look" at them). But we have no idea why this should be the case. It's a deep mystery.
The simulation hypothesis would solve this problem. In fact, it solves many mysteries, including why there is a limit to the speed of light, why there is such a thing as quantum entanglement (aka "spooky action at a distance"), and why particles seem to know ahead of time that you are going to look at them, such as in delayed choice double slit experiments.
All the above is in the video link I provided. But I'm taking the idea further here. The simulation hypothesis also solves the problem of why the universe seems so mathematical. It really does seem to be following a program, or at least has parameters determined by a program. The program would be the laws of physics themselves. Fist doesn't seem to think this is much of a mystery, but many others are perplexed by the fact that virtually everything we encounter in the universe can be described mathematically. Why should an abstract formal system be so good at describing what is concrete and material?
The simulation hypothesis easily solves that problem.
But it solves even more: the Hard Problem of Matter. In the article Fist linked in my consciousness thread, this problem was described in terms of our ignorance as to what lies at the "center" of all the relations we measure in matter. All we ever see in our experiments (or even in everyday life) are the interactions of matter with other matter. Every property of matter which we categorize is one of these relations. But what is *it* that is being structured into these properties? If all the properties of matter can be modeled--simulated--mathematically, then what is the difference between a simulation and the real thing? The Hard Problem of Matter only arises because we assume (without proof) that there is a difference between reality and simulation. The "stuff" (i.e. matter) that is being structured into these mathematically "shaped" properties (e.g. momentum, mass, charge, spin, etc.), is the ONLY thing that could possibly make a difference between simulation and reality. But we don't know what it is and we can never witness it.
So what if there isn't any "stuff?" The Hard Problem of Matter disappears with the simulation hypothesis, because it only exists by assuming there's a difference between simulation and concrete reality. Without "stuff," it's no longer problematic to think purely in terms of mathematical relations.
So, with this theory, we can solve the quantum interpretation problem, the Hard Problem of Math, the Hard Problem of Matter . . . what about the Hard Problem of Consciousness? Well, there are many philosophers who already think that consciousness is an illusion. Basically a simulation being run on a brain. They don't think that there is a Hard Problem of Mind, dissolving that problem much like I've done with the H.P. of Matter. So in that sense, yes, it solves that problem, too. And now, suddenly, this idea no longer seems like silly speculation! It solves SO MUCH!
Let's stop there for a moment and ask ourselves: what kind of reality do we live in such that its deepest mysteries are easily solved by the theory that it's not real???
That blows my mind.
But let's not get carried away. First of all, I disagree with the idea that I'm not really conscious. Consciousness is the one thing that we have direct access to. This is where simulation and reality can be distinguished, where there is a difference between "seems conscious to others" and "seems conscious to me" can be delineated. If I'm just a simulation, then there is no me to fool with a simulation. Consciousness wouldn't be a necessary part of any of this. The simulation could go on without any of *us* watching it. Additionally, the universe would never have to be rendered in any detail if there were no one watching. All the mysteries of quantum mechanics would disappear if we didn't have to worry about what's happening "when we're not looking," or when we make a measurement. The fact that there are these mysteries means that there are indeed Watchers, because we do indeed make a difference.
So consciousness is real. But that doesn't tell us what it is. I've proposed several answers to this question in my other thread:
1. "The bridge between matter and meaning."
2. "Meaning looping back upon itself."
If there really is no matter, and it's all just mathematical relations, then 1 and 2 are the same thing. So can consciousness be comprised of pure meaning? After all, I'm assuming that it is immaterial in itself. I've resisted reductive materialism because what we do with our minds seems to be more than what science tells us matter is.
So what if there is no matter? It's all just meaning? In that case, the problem of reduction disappears, too. It's still a mystery how consciousness forms these loops of meaning, but it's no longer metaphysically incomprehensible. You no longer have two metaphysically distinct substances interacting and necessitating an explanation how they could possibly interact. Therefore, the mind/body problem disappears, too.
But wouldn't this just postpone all those problems? After all, if this is a simulation, then the simulation must be running on something, some hardware. Actually, I'm not even sure we could say that. If the simulation proves that you don't need matter in order to have a universe, why would there EVER have to be a distinction?
And at this point, my mind is too blown to track down all the implications.
Your turn!
