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by estearum
162 days ago
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> The thing about second order effects is that they are almost never larger than the first order effect. Sounds clever but this is just a labeling trick. When a second order effect is larger than the first order one, we just rename them to first order and intermediate effects. For example, the first order effects of growing GLP-1 prevalence are actually consumption of prescription pads, new demand on pill bottles, and gas consumption of pharma sales reps. The second order effect is weight loss in patients who take the drugs. |
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It's just something that statisticians have observed across many fields: you theorize about how potentially huge a particular interaction effect or knock-on effect could be relative to the main effect, you read about the Jevons Paradox and intuitively feel that it can explain so much of the world today... and then you get the data and it just almost never does. No reason why it couldn't, just empirically it rarely happens.