@ican711nm,
ican711nm wrote:
Cicerone imposter you are wrong. Scientists, engineers, philosophers, and doctors, to name only a few, prove negatives regularly.
A few simple examples:
Oh brother... Let's see what non-science you've got in store today...
ican711nm wrote:
1. Scientists: The earth is not the center of our solar system.
For a theory to be a theory, it must be falsifiable. The previous theory of the earth being the center of the universe defined how the theory was testable in it's claim. The point in science is that evidence is observed and then an explanation is derived based on that evidence. When a theory is wrong, it almost ALWAYS comes from a false premise that the theory was based on.
Let us truly understand what actually took place. Heliocentricity came next and then the next and next and next iteration of the model of the universe's physical dimensions. Each new theory comes along and it's conclusion is based on the same observable universe only perhaps more refined more precise observations. The combined body is then reprocessed into a new solution. That new solution hopefully has a smaller margin or error. The next step is to develop better more precise tools and rinse repeat. Eventually, your theory begins to converge.
The important part is that you understand that the abandonment of the old theory comes not from a proof of a negative, but by the proof of a false positive. I.e. - the old solution does not account for new data. There is a significant difference.
ican711nm wrote:
2. Engineers: That steel beam will not support that load..
"A beam XY will not support a load W" is an engineering problem that exists in the real world. The question itself allows the engineer to make some crucial assumptions.
1) That the beam exists in the same observable universe as the Engineer.
2) That all matter in this universe is subjected to the same rules.
This example of yours reminds me of my Physics professor. He would tell any student trying to squeeze points out of him for a wrong answer that "nature always wins." The engineer may calculate that the beam will or will not break, a test by putting a load on the beam may validate or invalidate his calculations. If the engineer says the beam will not break and it does, the beam didn't do anything "wrong," it only did exactly as the forces exerted on it made it react.
What you need to understand about your notion is that it, despite the wording is not the theory, but the test. Tests are proven right or wrong, they only provide data.
ican711nm wrote:
3. Philosophers: Truth is not falsity.
You are using sentence syntax to disguise this as a proof of a negative. The statement that A !=B; is actually a statement that are separate things.
You can use language as you wish, but be real...
"not different" = "same"
"not apart" = "together"
True scientific statements are testable and must be proved, not disproved. That's why they are stated correctly in the positive.
ican711nm wrote:
4. Doctors: My patient's heart is not pumping.
The above is an observation, not a theory.
You cannot disprove a negative, only prove a positive. We do not start with default truth. If you make a theory, the onus is you to prove it, not your opposition to disprove it.
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