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Uhh... I proved that it's false because it leads to contradictions. That is literally a reductio ad absurdum - a proper proof. It's a transcendental argument ag
by ezion 3y ago
Uhh... I proved that it's false because it leads to contradictions. That is literally a reductio ad absurdum - a proper proof. It's a transcendental argument against materialism.
In addition to it, I personally reject materialism because it fails to describe the universe properly, in particular the Big Bang.
The Big Bang is the beginning of all material universe - creatio ex nihilo. However, if there was a mathematical structure that sets the framework for the physical laws, there's a reality that transcends the material universe and exists prior to it. It's the only logically consistent worldview in my opinion.
This has even further implications but, you know, you can figure it out yourself.
- strogonoff 3y agoFrom my vantage point, if we take “as little magic as possible” to be a quality of an elegant model, then naive materialistic monism, which requires granting magical existence to really many things (you know, matter with all those atoms, neurones, etc.) and arbitrary rules for their behavior, while often denying existence to consciousness (the only thing we can directly access is an illusion type of argument), certainly doesn’t strike me as particularly elegant. Why we assume that an elegant model has a higher chance of being correct, or is otherwise somehow better, in the first place—it seems to be pretty much implied that beauty and elegance are desirable traits of a model—is a good and on topic question, but perhaps too much for this particular thread.
- chongli 3y agocreatio ex nihilo “At first there was nothing, then out of nothing the Big Bang happened and the universe began” is a popular misconception of the Big Bang theory. It’s completely wrong. The Big Bang theory does not attempt to explain what things were like “before” the Big Bang. It’s not a theory of creation at all! It only offers a model starting with the inflationary epoch, when the universe was already expanding rapidly. Prior to that, our existing theories break down and we need a different physical theory (commonly called the Grand Unified Theory or GUT). We don’t have it so we can go no further back. The point is: back in the inflationary epoch the universe was all there, it was just much smaller. The point of the theory is to try to explain the extreme uniformity (isotropy) in the distribution of galaxies, gas, dust, and light we observe in the universe today (among other things, such as dark matter). It’s a much better model in terms of its simplicity and predictive power than any steady-state model of the universe that has been proposed. But it’s got nothing to do with creation!
- ezion 3y agoI don't claim to know anything before it either. All I'm claiming is that before whatever happened, there must have been a mathematical structure that allowed it to happen following certain physical laws. That's just a fact. So these mathematical laws exist before anything. This implies a realm that's not physical. Anything that is contingent such as all material things (why is there anything at all?) must have a prior cause - and that's an assumption of science. All theories presuppose these mathematical structures. That is, even if the current big bang is just one in a series of several, or however else you try to explain existence, you have to presuppose the mathematical structure that forces it to follow certain physical laws. I also don't think you fully understand inflation and why it's been proposed but I'll ignore it since it's not useful for the conversation. Also read up on the Borde-Guth-Vilenkin theorem as it basically proves that a beginning is necessary. In addition, note that right now it seems almost certain that the universe had a beginning and any other explanation is not evidence based.
- Koshkin 3y ago> That's just a fact. No, > That's, like, just your opinion man ;)
- ezion 3y agoIf the mathematics is not a priori, one must explain why it is the case particles follow particular mathematical laws instead of moving about randomly without any particular logic to them. How do these elementary particles know what to do and have always known?
- chongli 3y agoparticles follow particular mathematical laws We don’t know that they do. We assume they do, but our laws are not their laws. You’re like the person who sees a birdwatcher recording their observations and asking “why do birds exist?” You’re asking the wrong question to the wrong person and demanding satisfaction.
- 3y ago