I think verification takes on an vastly different significance in the engineering design process than it does in science. A structure fails because the engineer neglects to verify it against every possible combination of conditions and loads that the structure is expected to withstand over its period of life, of which there may be a mind-boggling set of variables involved.As I said, I've seen many times where an engineer "verifies" a design and then it goes to production and fails. It requires an omniscience we just don't have. At the same time, I'm conceding that for pragmatic reasons it is often chosen over the idealistic preference for falsification.
The verification of scientific facts is much more straightforward. E.g. how old is this rock sample? Perform radiometric dating on it, and voila. How much lateral load can material X with geometry Y withstand? Place the appropriate sample under varying magnitudes of loading and wait for it to fail, there you go. Does this species of micro-organism have nuclei in their cells? Stain it and put it under a microscope, done.
Verification, when it is possible, is a far better method of proving something IMHO, because it gives conclusive proof that something is actually true instead of having to eliminate a vast (and possibly infinite) number of other possibilities and deduce that something has a high probability of being true because we've not been able to falsify it.
A parameter that can be quantified and/or qualified. But yes. If both an event/entity and everything related to it cannot be measured in any way, then I don't see how science can possibly have anything to say about it. Example: the existence of the supernatural.I will say that scientific evidence requires the ability to measure. And by that, I mean that a parameter can be quantified. If that is an accepted view, it places limitations on what science can do. Yes or no?
Step one cleared, onward to step 2?
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