Unable to work. Was community director of EA Netherlands, had to quit due to ME/CFS (presumably long covid). Everything written since 2021 with considerable brain fog, and bad at maintaining discussions/replying to comments since.
I have a background in philosophy, risk analysis, and moral psychology. I also did some x-risk research. Currently most worried about AI and US democracy. Interested in biomedical R&D reform.
I sometimes think of this idea and haven't found anyone mentioning it with a quick AI search: a tax on suffering.
EDIT: there's a paper on this but specific to animal welfare that was shared on the forum earlier this year.
A suffering tax would function as a Pigouvian tax on negative externalities—specifically, the suffering imposed on sentient beings. The core logic: activities that cause suffering create costs not borne by the actor, so taxation internalizes these costs and incentivizes reduction.
This differs from existing approaches (animal welfare regulations, meat taxes) by:
The main problems are measurement & administration. I would imagine an institute would be tasked with guidelines/a calculation model, which could become pretty complex. Actually administrating it would also be very hard, and there should be a threshold beneath which no tax is required because it wouldn't be worth the overhead. I would imagine that an initial version wouldn't right away be "full EA" taking into account invertebrates. It should start with a narrow scope, but with the infrastructure for moral circle expansion.
It's obviously more a theoretical exercise than practical near-term, but here's a couple of considerations:
Couple of thoughts, kinda long and rambly
This gets discussed occasionally on the Manifold Discord and I wanted to share some skeptical points that one of the top forecasters (Semiotic Rivalry) made there:
This was largely in response to me saying that I find it hard to think through Trump/MAGA military (self-)coup possibilities. Because although military self-coups appear to be rare in consolidated or backsliding democracies, they're not entirely unheard of, and it sure seems like Hegseth, Trump, etc. are working towards this. They are systematically dismantling military guardrails:
The general pattern of purging appears to be that Trump/the administration gives an illegal/norm-breaking order which functions as a loyalty test: it forces everyone involved to either comply, step down, or refuse to obey (which tends to get you fired - something that the Supreme Court hasn't been adequately protecting besides the Fed).
The coup form I expect, if it happens, would not be a direct command to military generals, but to order his most loyal militarized groups (e.g. red states National Guard, ICE) to take control of the democratic/election process. Opposing military would then have to coordinate on action, which would be very difficult. The general population could resist en masse (South Korea 2024-style), but so far protests have been small, and in the US there's a vocal and dangerous base supporting Trump. That said, base rates suggest a coup is still very unlikely, and coups are difficult. I don't know what probability I would give it, I'm mainly trying to understand the mechanisms here.
Other thoughts:
Pet peeve: stop calling short timelines "optimistic" and long timelines "pessimistic". These create unwarranted connotations that day AI progress is desirable. Most people concerned about AI safety find short timelines dangerous! Instead, use "bullish" vs. "bearish", or just "short timelines" vs. "long timelines".
Ah, good post! I should probably just have refrained from commenting on the design given my limited knowledge. For benchmarking purposes, perhaps these designs are better than the one from Wirecutter:
As a non-engineer not working in this space, I can't say much but I've had a lot of similar thoughts (ceiling mounted, outer casing, non-HEPA). I do have my question about your design (and GPT o4-mini-high is pretty skeptical), wondering whether the fan really draws all the air through the filters. This design also doesn't work well in smaller rooms? I personally like "fandeliers" or ceiling-mounted CR boxes that include lighting and actually look decent.
I agree that there seems to be a lot of improvement up for grabs, and I would love to see a company start innovating here and - most importantly - scale up production.
The problem, however, seems like it would be demand: air purifiers aren't in high demand, and consumers don't notice the difference between high and low CADR (they do notice noise). A company could bet on creating a large, cheap stockpile to sell off at high prices during an epidemic, but I imagine it'd be hard to get investors on board for that. This space probably needs market-shaping, such as advance market commitments or indoor air quality regulations (e.g. mandated PM2.5 levels) creating demand.
Specifically, I think there are some random factors around luck, personal connections and timing that play a big role.
I don't think that this is a point against DoTheMath. It's just more information to learn from, but in this case learning that you can't just copy the method (if they were lucky) or need to develop/find the right personal connections etc.
I haven't looked into this literature, but it sounds remarkably similar to the literature of cognitive behavioral therapy and graded exercise therapy for ME/CFS (also sometimes referred to as 'chronic fatigue syndrome'). I can imagine this being different for pain which could be under more direct neurological control.
Pretty much universally, this research was of low to very low quality. For example, using overly broad inclusion criteria such that many patients did not have the core symptom of ME/CFS, and only reporting subjective scores (which tend to improve) while not reporting objective scores. These treatments are also pretty much impossible to blind. Non-blinding + subjective self-report is a pretty bad combination. This, plus the general amount of bad research practices in science, gives me a skeptical prior.
Regarding the value of anecdotes - over the past couple of years as ME/CFS patient (presumably from covid) I've seen remission anecdotes for everything under the sun. They're generally met with enthusiasm and a wave of people trying it, with ~no one being able te replicate it. I suspect that "I cured my condition X psychologically" is often a more prevalent story because 1) it's tried so often, and 2) it's an especially viral meme. Not because it has a higher succes rate than a random supplement. The reality is that spontaneous remission for any condition seems not extremely unlikely, and it's actually very hard to trace effects to causes (which is why even for effective drugs, we need large-scale highly rigorous trials).
Lastly, ignoring symptoms can be pretty dangerous so I recommend caution with the approach and approach it like you would any other experimental treatment.
I'm starting a discussion group on Signal to explore and understand the democratic backsliding of the US at ‘gears-level’. We will avoid simply discussing the latest outrageous thing in the news, unless that news is relevant to democratic backsliding.
Example questions:
You can join the group here. (If the link doesn't work anymore in the future, DM me.)
There's advantages to play money, such as that players don't care as much about the time value of money (it's also much easier to start and resolve markets, leading to many more markets)