AlexMennen comments on 2012 Survey Results - Less Wrong

80 Post author: Yvain 07 December 2012 09:04PM

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Comment author: gwern 29 November 2012 05:53:17PM 10 points [-]

The 2011 survey ran 33 days and collected 1090 responses. This year's survey ran 23 days and collected 1195 responses.

Why did you close it early? That seems entirely unnecessary.

One friend didn't see the survey because she hangs out on the #lesswrong channel more than the main site.

I put a link and exhortation prominently in the #lesswrong topic from the day the survey opened to the day it closed.

M (trans f->m): 3, 0.3% / F (trans m->f): 16, 1.3%

3 vs 16 seems like quite a difference, even allowing for the small sample size. Is this consistent with the larger population?

Prefer polyamorous: 155, 13.1%...NUMBER OF CURRENT PARTNERS:... [>1 partners = 4.5%]

So ~3x more people prefer polyamory than are actually engaged in it...

Referred by HPMOR: 262, 22.1%

Impressive.

gwern.net: 5 people

Woot! And I'm not even trying or linking LW especially often.

(I am also pleased by the nicotine and modafinil results, although you dropped a number in 'Never: 76.5%')

TROLL TOLL POLICY: Disapprove: 194, 16.4% Approve: 178, 15%

So more people are against than for. Not exactly a mandate for its use.

Are people who understand quantum mechanics are more likely to believe in Many Worlds? We perform a t-test, checking whether one's probability of the MWI being true depends on whether or not one can solve the Schrodinger Equation. People who could solve the equation had on average a 54.3% probability of MWI, compared to 51.3% in those who could not. The p-value is 0.26; there is a 26% probability this occurs by chance. Therefore, we fail to establish that people's probability of MWI varies with understanding of quantum mechanics.

Sounds like you did a two-tailed test. shminux's hypothesis, which he has stated several times IIRC, is that people who can solve it will not be taken in by Eliezer's MWI flim-flam, as it were, and would be less likely to accept MWI. So you should've been running a one-tailed t-test to reject the hypothesis that the can-solvers are less MWI'd. The p-value would then be something like 0.13 by symmetry.

Comment author: AlexMennen 08 December 2012 12:00:05AM 0 points [-]

Sounds like you did a two-tailed test. shminux's hypothesis, which he has stated several times IIRC, is that people who can solve it will not be taken in by Eliezer's MWI flim-flam, as it were, and would be less likely to accept MWI. So you should've been running a one-tailed t-test to reject the hypothesis that the can-solvers are less MWI'd. The p-value would then be something like 0.13 by symmetry.

No, the data showed people who could solve the Schrodinger Equation being more likely to accept MWI, contrary to shminux's hypothesis, so the p-value would be 0.13 in a one-tailed test for the opposite of shminux's hypothesis. I guess that means the p-value for a one-tailed test for shminux's hypothesis would be 0.87.

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