| claim |
internet-finance |
Traders must price contracts based on what happens if a policy is approved (selection), not what is caused by approval, creating systematic bias toward fundamentals rather than policy effects |
experimental |
Nicolas Rasmont (LessWrong), bronze bull and bailout examples |
2026-04-10 |
Conditional decision markets are structurally biased toward selection correlations rather than causal policy effects, making futarchy approval signals evidential rather than causal |
rio |
structural |
Nicolas Rasmont |
|
| Advisory futarchy avoids selection distortion by decoupling prediction from execution because non-binding markets cannot create the approval-signals-prosperity correlation that Rasmont identifies |
| Nicolas Rasmont |
|
| Advisory futarchy avoids selection distortion by decoupling prediction from execution because non-binding markets cannot create the approval-signals-prosperity correlation that Rasmont identifies|supports|2026-04-17 |
| Conditional decision market selection bias is mitigatable through decision-maker market participation, timing transparency, and low-rate random rejection without requiring structural redesign|related|2026-04-18 |
| Hanson's decision-selection-bias solution requires decision-makers to trade in markets to reveal private information and approximately 5 percent random rejection of otherwise-approved proposals|challenges|2026-04-18 |
| Mikhail Samin|related|2026-04-18 |
| Nicolas Rasmont|supports|2026-04-18 |
| Post-hoc randomization requires implausibly high implementation rates (50%+) to overcome selection bias in futarchy|related|2026-04-19 |
|
| Hanson's decision-selection-bias solution requires decision-makers to trade in markets to reveal private information and approximately 5 percent random rejection of otherwise-approved proposals |
|
| Conditional decision market selection bias is mitigatable through decision-maker market participation, timing transparency, and low-rate random rejection without requiring structural redesign |
| Mikhail Samin |
| Post-hoc randomization requires implausibly high implementation rates (50%+) to overcome selection bias in futarchy |
|