Iâm currently working as an independent research contractor, primarily for the Qualia Research Institute. I previously worked as Chief of Staff at the Institute for Law & AI (formerly âLegal Priorities Projectâ) and as COO at the Center on Long-Term Risk (formerly âEffective Altruism Foundationâ). I also co-founded EA Munich in 2015. I have a masterâs and a PhD in Computational Science from TU Munich and a bachelorâs in Engineering Physics from Tec de Monterrey.
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Thank you for your comment, Tim!
Indeed, the choice of e is arbitrary and used for illustration purposes. And the base 6 is simply the choice for which the total burden of CH is larger than that of migraines, so itâs also not derived from first principles. This footnote is relevant:
The paper cited also mentions the possibility of a linear relationship for lower pain intensities and an exponential relationship at higher intensities (a âkinkedâ distribution), highlighting the fact that there are more possibilities beyond a uniform exponential increase.
I personally donât have a good intuition for what the base should be but might do more work on this specific question.
Iâm also not sure what the optimal mapping of intensities for the Russell vs Torelli & Manzoni scales is, also considering the fact that the two studies had different methodologies. I think thereâs no correct answer, so that was my best guess (though I could also imagine âVery slightâ being more intense than a 1.5). Do let me know if you have other suggestions! (Or feel free to fork the code and play around with the parameters. :) )