I often think about "the road to hell is paved with good intentions".[1] I'm unsure to what degree this is true, but it does seem that people trying to do good have caused more negative consequences in aggregate than one might naively expect.[2] "Power corrupts" and "power-seekers using altruism as an excuse to gain power" are two often cited reasons for this, but I think don't explain all of it.
A more subtle reason is that even when people are genuinely trying to do good, they're not entirely aligned with goodness. Status-seeking is a powerful motivation for almost all humans, including altruists, and we frequently award social status to people for merely trying to do good, before seeing all of the consequences of their actions. This is in some sense inevitable as there are no good alternatives. We often need to award people with social status before all of the consequences play out, both to motivate them to continue to try to do good, and to provide them with influence/power to help them accomplish their goals.
A person who consciously or subconsciously cares a lot about social status will not optimize strictly for doing good, but also for appearing to do good. One way these two motivations diverge is in how to manage risks, especially risks of causing highly negative consequences. Someone who wants to appear to do good would be motivated to hide or downplay such risks, from others and perhaps from themselves, as fully acknowledging such risks would often amount to admitting that they're not doing as much good (on expectation) as they appear to be.
How to mitigate this problem
Individually, altruists (to the extent that they endorse actually doing good) can make a habit of asking themselves and others what risks they may be overlooking, dismissing, or downplaying.[3]
Institutionally, we can rearrange organizational structures to take these individual tendencies into account, for example by creating positions dedicated to or focused on managing risk. These could be risk management officers within organizations, or people empowered to manage risk across the EA community.[4]
Socially, we can reward people/organizations for taking risks seriously, or punish (or withhold rewards from) those who fail to do so. This is tricky because due to information asymmetry, we can easily create "risk management theaters" akin to "security theater" (which come to think of it, is a type of risk management theater). But I think we should at least take notice when someone or some organization fails, in a clear and obvious way, to acknowledge risks or to do good risk management, for example not writing down a list of important risks to be mindful of and keeping it updated, or avoiding/deflecting questions about risk.[5] More optimistically, we can try to develop a culture where people and organizations are monitored and held accountable for managing risks substantively and competently.
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due in part to my family history
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Normally I'd give some examples here, but we can probably all think of some from the recent past.
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I try to do this myself in the comments.
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an idea previously discussed by Ryan Carey and William MacAskill
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However, see this comment.
I will take this bet at any amount. My cells are a beautiful work of art crafted by evolution, and I am a guest in their awesome society. Any future where my cells' information is lost rather than transmuted and the original stored is unacceptable to me. Switching to another computational substrate without deep translation of the information in my cells is effectively guaranteed to need to examine the information in a significant fraction of my cells at a deep level, such that a generative model can be constructed which has significantly higher accuracy at cell information reconstruction than any generative model of today would. I suspect I am only unusual in having thought through this enough to identify this value, and that it is common in somewhat-less-transhumanist circles, usually manifesting as a resistance to augmentation rather than a desire to augment in a way that maintains a biology-like substrate.
Now, to be clear, I do want to rewrite my cells at a deep level - a sort of highly advanced dynamics-faithful "style transfer" into some much more advanced substrate, in particular one that operates smoothly between temperatures 2 kelvin and ~310 kelvin or ideally much higher (though if it turns out that a long adaptation period is needed to switch between ultra low temp and ultra high temp, that's fine, I expect that the chemicals that operate smoothly at the respective temperatures will look rather different). I also expect to not want to be stuck with using carbon; I don't currently understand chemistry enough to confidently tell you any of the things I'm asking for in this paragraph are definitely possible, but my hunch is that there are other atoms which form stronger bonds and have smaller fields that could be used instead, ie classic precise nanotech sorts of stuff. probably takes a lot of energy to construct them, if they're possible.
But again, no uplift without being able to map the behaviors of my cells in high fidelity.