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Comment Re:Hindrance by Javascript (Score 1) 192

A simpler route, but one that would be easier for bots to break, is to just have the user check a box by each of the three items shown. This is easier because the bot can just do random selections and get about 10% through.

As is, random guessing would be right about 0.14% of the time. If you made that change, it would be about 1.2% Of course, they could always add another picture and make the arrays slightly larger.

Comment Re:Try the same experiment with film. (Score 1) 191

The funny thing about "correlation is not causation" is that "causation requires correlation". If you claim that X causes Y and you have millions of X and not one single Y, you're going to have some explaining to do.

No. If there is a negative correlation that is not causation, it can mask a positive correlation that is. I'm not saying that that applies in this circumstance, just that your argument is flawed.

Comment Re:Depends (Score 1) 1475

It's also interesting (I guess this makes #3) to point out that not allowing gay marriage doesn't mean gays can't live together; it means the government doesn't recognize it as a marriage. Which is, by this time, almost a name-only thing.

You won't be allowed to see your same-sex partner in the hospital dying, because you're not "family"...

You're not entitled to any kind of partner benefits (e.g. insurance of any kind) because you're not "family"...

You're forced to live different from other people because you don't obey a certain religious belief. That's the textbook definition of religious discrimination and anyone ought to be able to see that it's a violation of the constitution.

http://www.leginfo.ca.gov/cgi-bin/displaycode?section=fam&group=00001-01000&file=297-297.5 See section 297.5 . It is, indeed, a name-only thing.

Comment Re:Heisenberg? (Score 1) 33

I know the [Heisenberg uncertainty] principle basically says that when you measure (take pictures of?) the atom that you're moving it in some small unknown way

This is a common misconception. What you just mentioned was the observer effect. The Heisenberg uncertainty principle states that the upper limit to the accuracy of the position of a system times the accuracy of the momentum of the system will not exceed Planck's constant. It was originally believed to be related to the observer effect, until they found ways to make multiple particles with the same property. You could then measure the speed of one and the position of the other. Knowing they both have the same speed, you'd have both the speed and the position of the second.

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