I don't know why you would write something like this?
I think it might be because you think that I am abandoning this thread. However, only someone with extremely limited reading comprehension skills would think that.
Gloating would be a little unjustified in this case in any event.
I hope that if this device proves real (unlikely in my opinion) you will take the time to re-evaluate your approach to skeptical exploration.
Excuse me, you need to re-evaluate your approach to experimental variables. Sources of error are huge problem, Show me your citations for how they are not. You can not control for them in post analysis, we don't know how much energy went in and how much came out.
The method used in not the standard used in electrical engineering.
The method used is not the standard used heat production and transfer.
And no amount of rhetorical waffle on your part will change that.
If you think you can make statements about how great the size of the error could be when such non-standard methods are used, then I ask you again to show me citations for that in the theory of science and measurements. Show me how you can make such judgments when such poor methods are used?
How can you determine if there are fractions of error or whole orders of magnitude of error, you can’t.
No fraud needed.
If the rest of your contribution to this forum is along the same lines as what you have contributed to this discussion, I fear all your posts to date may have been a waste of your time and effort.
You are saying that we should consider that the error is poor measurements should not matter because error would not produce the result given. Or that is should be disregarded for some reason.
This means that you do not care for what the alleged effect actually is.
That controller does not measure the amount of electrical energy in, we do not have an accurate measure of the energy in.
The water flow system used does measure the temperature accurately.
We do not have the error bars for the methods, we do not know possible sources of variation in the measurement of what would normally be the variables.
So any statement that states
(energy output) is greater than (energy input) is potentially very wrong.
Sooo if you think that I am wrong, what size is the possible error in both values? How do you determine it is accord with standard practice for measurement of electricity and heat production?
We don’t know if there is an effect or not. Period. Full stop.