Originally posted by DigiMark007
Oh. Well, I don't mean any of my posts personally, so I hope you don't take them as such. If I disagree with you, it's because I think there are flaws in the reasoning, but that certainly doesn't extend to you personally. I actually enjoy discussing these things with you since you're familiar with a lot of the terms and ideas in transhumanism. The fact that we're on opposite ends of the discussion for much of the time doesn't lessen that respect, at least not for me.
Oh.. uh well... 😮
Boy am I embarrassed. I feel bad now. I'm certainly glad that I edited my post out, then.
Basically, I said that I think that keeping an open mind about things that could happen is, imo, a "safer" more logical point of view to have. Since we can't be sure that heat death will occur because it is not provable at this moment, nor do we know enough about both quantum and astrophysics to be sure heat death will/can actually occur, I assume the best position is to assume it might happen and then speculate why it wouldn't happen. I think I've covered all possible perspectives: It will happen, it won't happen because of natural forces, it won't happen because humans or the progeny of humans will circumvent it. We can certainly plot, on a graph, maximized universal entropy, but we only have a infinitesimal glimpse at the time line of our universe and a "young" understanding of higher physics. In the last 50 years, hasn't the fate of the universe been changed in the astrophysics community more than once? (With some sticking to the same theories, some theories being disproven, other proved, etc.)
Also in my reply, you mentioned justification. Here's what I originally posted but deleted:
"Here's your justification. Future humans or AI builds a machine that is able to interact with the strong force on a very minute level but has a very large influence. This machine's precision, partly due to a computer able to calculate trillions upon trillions of things a nanosecond due to the perfection of quantum computing technologies, can use its power over the strong force to re-assimilate quarks back into protons, thereby, recycling decayed protons. Of course, the machine is upkept with picobots: a much much smaller version of nanobots. These picobots were created by overcoming or harnessing the casimir force through some yet to be discovered breakthrough. The system is a positive net change in new protons because the system creates more energy (in the form of matter) than it destroys."
Still some major gaps need to be filled. This, of course, assumes heat death is inevitable: that is possibly an erroneous premise, but for all intents and purposes, it seems inevitable enough. We can both agree there.
In my reply, I alluded to zero-point energy, instantaneous travel of matter, and harnessing exotic matter and energy for unforeseen uses. I mentioned some other things as well.
In conclusion, I guess I could leave you with semi-open ended thought: our scientific knowledge is growing geometrically, not linearly.