There is an important lesson you learn when you do actual science that it is very easy to answer the wrong question or different question than the one you thought you were asking. You have to ruthlessly make sure that the experiment tests what you think it tests. I am simply trying to help you explore that more because it seems to me that it could be an issue here. A couple silly examples might be:
Hypothesis: all cars are red Test: watch airplanes taking of at an airport and record their color
This hypothesis is not falsifiable with this test. The hypothesis is falsifiable, but you have to do the right experiment. That’s one reason falsifiability is not a sufficient condition for “good science”.
Hypothesis: red cars are the best cars Test: watch they highway and record how many cars of various colors go by
This hypothesis is not falsifiable despite a better test because “best car” has not yet been defined and there is an implicit assumption that the most popular car is the best car and well, that’s not actually the question we’re asking.
Hypothesis: red cars make better time machines Test: measure the average acceleration of cars of different colors and see if red cars will get to 88 mph faster
The test is easy, but the connection to the hypothesis is dependent on a particular unsubstantiated element. Even if red cars do get to 88 mph faster than any other color, that only helps under a particular version of time machine, which has not yet been verified to be applicable. This hypothesis is not falsifiable, not because the test is bad or not falsifiable, but because the result of the test doesn’t necessarily mean anything for the hypothesis in general.
You are missing the point. It isn’t that Orch-OR has been proven false (fatal objections), it’s that it hasn’t been showed to be correct (there are competing theories and as of yet no experimental way to distinguish between them). It could be right, but it could also be wrong, so if the test of a hypothesis built on top of it comes back false, you don’t know if it is falsifying your hypothesis or the theory that your hypothesis is built on. You could also be right for the wrong reason. This makes it very difficult to falsify your hypothesis.
BTW, I do know how peer-review works, no need to explain it or how science journals work.
That may be, but until we know one way or another we have to be careful building hypothesis on top of it and as I pointed out above, it severely limits the falsifiability of testing of such hypotheses.
That’s not how science works. It’s not a courtroom or a wedding, lack of objection doesn’t make it true.
And I am trying to help you see that you are not yet there, which is my point. I started by trying to understand your hypothesis, in good faith, and then I was trying to help you refine it into something I felt, as a scientist, that was testable. I have no inherent objection to your hypothesis, it would be a fascinating idea if true. But in science you spend a lot of time tearing apart your ideas (often with the help of other scientists who are experts in the field) and the reason is that it is often difficult to make sure you are accounting for all the possibilities and have narrowed the experiment to test the precise question you’re asking.
If the Miller-Urey type experiments show that there are pre-biotic conditions that can produce “lifelike molecules” that only falsifies “there are no pre-biotic conditions that can produce lifelike molecules”, that’s it.
Well, as a Christian I’d say God, but you’re the one positing that minds can mutate DNA. How do we know what minds are around? I’m just pointing out that you are assuming that the experimenter is the only mind around. Since it’s pretty unlikely that humans were around for the beginning of life I’m not sure why you’re trying to test whether the human mind can produce “lifelike molecules”.
“coherent objection”?? that’s a bit of a low blow, considering you asked me to look at it as a scientist
“concession” is not something for you to assume but for me to offer. I’m not trying to be adversarial here, so “conceding” is an odd word choice. I’m simply doing what I would do with fellow scientists, trying to understand the hypothesis and making sure we put it through the wringer to make sure it’s well formed and testable.
don’t wait on me, I’m done. If you don’t want help, I’m not going to waste my time.