RE: Science isn’t always the answer.
⁜→ RetiredGySgt, et al,
BLUF:
In science, the tendency is to observable and reproducible data as evidence in acquiring knowledge that has characterized as significant to the scientific method. Through observation, employing rigorous tests and evaluations about what is observed, a step-by-step process that begins with formulating a hypothesis, via induction, based on experimentation and measurement-based testing that either support or dispute the hypotheses based.
Scence is nothing more then guess and then assumptions. Very few things science claims are proven yet YOU BELIEVE with out facts, just admit it you lying loser.
(COMMENT)
Of course, there can be some guess-work in the beginning, but through the test and evaluation of the hypothesis will weed-out improper assumptions.
Proof in science is somewhat different then what most people think. Yes, Newton did the basic work on the forces of gravity. And in part, Newtons work was not 100% correct. But we still teach Newtonian Physics because it is a very close approximation. Just as the formulas for the circumference of a circle, or the area under a curve are very close approximations because we use irrational numbers. Much of the technology we use today was based on application of imaginary numbers.
Your concept of belief on guesswork ("very few things science claims are proven") may make sense to you, but I suggest that you look at the technology you used to convey that very hypothesis of yours. In classical philosophy, there are defects people make such as you have made here. They are generally referred to as Errors of Commission:
✦. Inconsistency/Incoherence
•. One cannot appropriately say in one place that something affirms or entails P and in another place that it affirms or entails not-P.
✦. Implausibility/Stretching Credibility
• The motto "Credo quia absurdum" (I believe because it is absurd) may have some merit for the theologian but is improper for the philosopher.
✦. Probative Deficiency
•. Inadequate substantiation is a crucial offense.
• One’s contentions should be presented in an environment that renders them at least plausible and at best compelling.
✦. Oversimplification
•. One is the principle of rational economy: complications should pay their own way, as it were.
•. They should not be introduced save when actually needed ("Occam’s Razor").
✦. Overreaching
•. An aspect of cognitive economy is that one should not take on more than one can afford —"to bite off more than one can chew," as the saying goes.
✦. Fallacy
•. Not only must substantive considerations used to support philosophical contentions be acceptable in themselves, but the line of reasoning that proceeds from them must not be fallacious.
✦. Trivial Pursuit: Misemphasis
While you may not have all these errors, certain arguments can be made that you committed most of these errors.
Now, in your defense, science has not always been correct. When I went to school, the "atom" was the smallest particle. Since that time, science has discovered a half-dozen, or so, leptons
(an electron being one) and a like number of quarks
(a charm being just one); and we can't forget the discovery of the bosons
(and the ever-popular photon being one). Science has a self-correcting mechanism. Just like the struggle to prove that
gravity can bend light took 100 years, is just one of those self-correcting actions.
I see you were in the Marine Corps. Using the displacement formula we can calculate the position ((x,y) coordinates) of an artillery projectile at any given time. This is science:
Several decades ago, I was attending the classes at the Defense Computer Institute (National Defense University) and one of my instructors was Rear Admiral
(Navy Captain then) Grace Hopper. She worked on the first computers that set-up the firing tables for WWII Naval Gun Fire. All of that is a series of successive approximations that we still use today
(including the USMC). When I left Baghdad, they were using this same family of computations in a computer to detect the launch of 122 Rockets
(including the point of origin) at the US Embassy. It was not all that dissimilar to the counter-mortar radar in overwatch in Da Nang when I was there. Same type of technology made possible through the use of imaginary numbers and computational programs that used successive approximations. YES! There is some guesswork, but it is not approaching Implausibility or Stretching Credibility.
Most Respectfully,
R