[quote]SexMachine wrote:
Sorry for the hijack. I’ll finish this here:
[quote]nsimmons wrote:
You are conflating deductive logic, with inference. Scientific models are just that, models. The are not an axiomatic algorithm.
If i throw a ball I can reasonably infer that the ball will fall. This inference does not follow from any premise, such as what goes up must come down. There may be a situation where the ball does not fall down. It is not a logical truth that the ball must fall.
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Reasonable inference itself relies upon rationality. The correct response should be as follows:
The statement: If rationality is not the correct means of arriving at truth then an irrational argument can be used to arrive at truth.
^^The above premise itself relies upon a rational argument.
Further, if an irrational argument can be used to arrive at truth then an irrational argument can be used in support of rationality.
For example: the fact that bananas are surfboards proves that rationality is the means of arriving at truth.[/quote]
Binary boolean logic can not be applied to the physical world, especially on the quantum level, which is only a few orders of magnitude smaller than the genes we are supposed to be discussing.
The physical world is not deterministic, it is probabilistic. There is no way to know the truth value to the spin of an electron. You can not predict a wave function with 100% certainty, which is not required for such logic to be valid, but is required for such logic to be useful, where I define useful in the colloquial and not academic sense.
I draw a strong distinction between knowing a fact and believing or predicting.
Quantum mechanical effects are established at the gene level as such deduction can not be used in identifying any deterministic causal links.
Believe me, I wish the universe was deterministic but its not.
I get the sense that a lot of people think science is about determining cause and effect, when fundamentally it is not. It is more a description on what is happening, a description of the observations can be postulated, in a theory or law, but the causal agent may never be known, in the full sense of the word.
Newtons law of gravitation allows predictions on bodies in motion, but it doesn’t explain how gravity works. Relativity generalizes the theory to more applications, but it still doesn’t explain the causal agent.
Frankly the causal agent isn’t required to launch satellites, and the causal agents may not need to be known to stop cancer.