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> Yes it costs more money and it has to be done in advance. ... You could put it in the bylaws that they cannot merge into a conglomerate, or mandate that they split every so often. ... Sure those are a constant risk. The solution is to put money and resources towards reducing the risks, starting with the worst ones and/or the cheapest to fix. This likely has enormous positive externalities for the population as a whole. This is a whole lot of ifs. If you could institute enough failovers (how many is enough, when we don't know the average lifespan of a cryo-company?), and if you could stop them from merging, and if you could avoid natural disasters, and if, if, if. There are so many ifs here it's ridiculous, especially given that you haven't provided any hows. This is just hand-waving. Yes, if you could solve all the problems, then there would be no problems. How, though? > Are you sure? Education is an important element of what sustains civilization. Yeah, I'm pretty sure that an educated population has little or nothing to do with natural disasters, or company failures, or even war. > They are now when they aren't frozen yet. Um, okay. This doesn't have much to do with the viability of cryonics. Let's assume that all the cryonists campaign for peace and are then frozen. So now they're in a peaceful world with no way to thaw them and no change in the overall risks except perhaps with regards to war. |
I disagree that company failures or war are unrelated to education levels (or quality). A well educated populace should be more resistant to and capable of avoiding war, and more capable of solving and preventing financial problems. One specific thing for cryonics trusts to do is offer scholarships to those pursuing peace and financial stability as educational specialties.
Natural disasters can be avoided to some degree by careful selection of location. Alcor is based in Arizona partly because of the lack of earthquakes. Hurricanes and tornadoes be protected against by using a monolithic dome. LN2 shortages can be protected against by having a large bulk storage tank on site, and using efficient insulation.
That said, the most desirable solution (because it addresses all the different sources of risk simultaneously) is to accelerate the development of revival technology to whatever degree is possible. Maintaining high education levels is critical to this, as is spending money on brain and body repair research. This produces a very large positive externality.
The strategy that works best is to make sure that multiple things have to go wrong in order for a critical failure at each critical point. That is how disasters are prevented in e.g. nuclear facilities. It's expensive and painstaking, but it is a case where throwing money and competent engineers at the problem actually works.
Your argument for cryonics having a low probability of working apparently assumes no one has done or will have done this, despite the obvious fact that they have an extremely strong interest in so doing. And you accuse accuse me of hand-waving?