geoffkait
For example, it is common to read that a listener has "failed the test" if he could not distinguish between two different cables, or amplifiers (or whatever) in a double blind test, such as an abx test. But the listener has not failed at all. Indeed, the listener is not even being tested. What's being tested are the two components that are the subject of the test. In this example, you could only conclude that the listener could not distinguish between the two components in the blind test.
is there really such a thing as a proper double blind test?Yes, I think so. But it must be properly set up and conducted. Even then, its results can at best only reflect the results of the test. Correlating those results to actual listening conditions is another matter entirely.
For example, it is common to read that a listener has "failed the test" if he could not distinguish between two different cables, or amplifiers (or whatever) in a double blind test, such as an abx test. But the listener has not failed at all. Indeed, the listener is not even being tested. What's being tested are the two components that are the subject of the test. In this example, you could only conclude that the listener could not distinguish between the two components in the blind test.