Systematic measurement errors of quantum mechanical probabilities

[Kermit Rose]

I speculate that when ever a quantum mechanical event has true
probability of q,
that the measured probability, using current methods of measuring the
probability,
will be ( sin( q pi ).


I speculate that a true probability of 1/2 will be measured as 1.

I speculate that a true probability of 1/4 will be measured as sqrt(1/2).

I speculate that no simple quantum mechanical event has a probability
greater than 1/2.

It is of course possible to specify compound events that have
probability greater than 1/2.

The probability that the charged lepton will be either an electron or
positron is exactly 1.

Kermit