According to you lot there she never heard a thing – the transmitter is paranoid and needs to stop claiming she can hear him.
Actually, Golfy, that's not what we've been saying.
Assuming the GSR shows no changes, our next step is to ask
why it showed no changes. There are many reasons: 1) the sender has somehow failed to transmit sound; 2) the receiver is deaf; 3) the receiver cannot understand the language; 4) nothing about the questions caused the receiver's stress level to change; 5) the machine is not an accurate guage; 6) anything else one can think of.
We have no idea which of the above is true. So we would have to design experiments where one of those hypotheses is tested while the others are kept constant. We could, for instance, rig up a small diaphragm in the corner of the room to see if a person speaking causes it to vibrate. Then we know that the sound is at least making it across the room.
Please learn how to interpret the results when you have prior knowledge that she can hear you.
But we don't have prior knowledge that she can hear us. We'd have to test for that to rule it out as a problem.
To translate this to your situation, you want us to learn how to interpret the results when we have prior knowledge that people can hear your thoughts. But we don't have that knowledge. That is the proposition the test is trying to establish. If we assume people can hear your thoughts, we've assumed the results of the test. We've crossed out a possible reason the test didn't work without any evidence allowing us to do so. And if we do that, the results of the test don't matter (because we already have assumed the answer). The test becomes meaningless.
The key as explained before is to get the stimulus correct as that is probably the most important aspect of the experiment – you guys seem intellectually blind to it.
You are wrong. We don't know the key. Assuming that the receiver can hear the sender when he speaks from four feet away is very different from assuming that the receiver can hear the sender when he
thinks from four feet away. For one thing, we can test for sound waves. We can detect sound waves, record them, create them and even cancel them out. We have very good reason to suspect that sound waves exist.
We cannot detect thought waves. No instrument ever devised can pick up thought waves in the air. We cannot capture them, create them or dampen them.
So why should we focus on getting the stimulus correct to the exclusion of everything else. We haven't ruled out that the thing we're trying to measure does not, in fact, exist.
Conclusion from you guys – she cannot hear you – you only got one out of 10 so that is not relevant and proves nothing. It proves as before in my experiments, transmitter OK, receiver is receiving, GSR is working but the stimulus part of the experiment is not as good as it could be or should be. You guys would conclude that she is deaf. Not very bright boys!
We might conclude that a lie detector is a very poor way of measuring whether someone can hear us. If we know that the sound is getting across, we might find a more reliable measuring device. Perhaps the receiver could answer the questions we're asking out loud or at least raise her hand to indicate she heard a sound. Suddenly, our results would jump to 10 out of 10. We don't need to make the GSR work better, we need to throw it out and find a better measuring device.
As far as telepathy goes, having the receiver just say what word she's receiving seems to be a much more accurate measure than galvanic skin response. I still see no strong reason for a friend or family member to lie under those circumstances.
You realise that it is the stimulus that is at fault, everything else is OK.
This does not logically follow.
Conclusion from you guys – miraculously she can now hear when she could not hear before.
That would not be my conclusion. Since the results differ so far from my expectations about the results, my conclusion would be that there is a problem with the design of the experiment. I would first sit down and list all of the possible reasons for the data I received and start ruling them out one by one. And I would quickly be drawn to the possibility that a GSR is a poor way to measure whether someone heard me.
Conclusion is she could hear you all the time it is that you have now worked out what stimulus causes a response in the receiver and used them to prove that she can indeed hear you.
Incorrect. That is the conclusion only if we assume that: 1) she could hear us the whole time (which was the point of the experiment); and 2) a GSR is a reliable way of measuring if someone can hear.
Well, here's your big problem. You're assuming the conclusion. You are stating as fact the very proposition that your experiment is supposed to test.
Why is that? Why is it so important to you that you are telepathic? Why do you think that you are different from all the rest of us?
This forum is not the place to get results or to add knowledge to my experiments as you don’t seem to have the intellect to add to or understand what is clearly been shown in the results obtained so far.
So long as you refuse to consider the possibility that you are not telepathic, discussion on this forum will be very frustrating for you.