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But blindly accepting someone else’s science, someone else’s scientific method, is not in any way related to thinking scientifically nor practicing science, for there is no scientific method in this practice, and it is likely little thinking is used at all. Allowing another to conclude for us, without at first taking it upon ourselves to observe what it is they are actually basing their conclusions on, is an act of faith.
Being an advocate of someone else’s interpretation of phenomena, someone else’s science paper, someone else’s book, isn’t a sign of scientific thinking, not unless the advocate himself has approached the exact same subject using the exact same scientific method and has reached the same conclusions from the exact same observations, because that is at least a part of what the scientific method entails. Therefor, presenting someone else’s science as truth, simply because it has been deemed science, without first rigorously confirming it as true, is a leap of faith, breaches into the realm of pseudoscience, and as such, is a fallacy in argument.
Did you perform all of the necessary experiments, and get your results peer-reviewed, to make sure that all of the technology involved in making your computer work was sound?
Did you perform all of the necessary experiments, and get your results peer-reviewed, to make sure that all of the technology involved in making your computer work was sound?
Tried-and-true scientific theories do not necessarily need to be "tested" by every Tom, Dick, and Harry every single time that they are going to be used in work that builds upon them.
That's what the peer-review process is for: so that you can safely say: "yes, this has been proven time and again to be true when observed in a controlled setting."
And yes, you can build upon the peer-reviewed and recognized work of others' when formulating your own theories. Your theories are what need to be tested by everyone else though, to prove that they are sound.
If you happen to find a problem with something generally accepted by the scientific community though, research it, get your findings peer-reviewed, and publish it. That's the great thing about science: it revises itself based on what is observable and proven. Observe something? Prove it, and science will adjust its view. Simple as that.
~ Wandering Scribe
Did you perform all of the necessary experiments, and get your results peer-reviewed, to make sure that all of the technology involved in making your computer work was sound?
could you please tell me: what scientific role did the marketing department of miscosoft have?
...Latour develops the methodological dictum that science and technology must be studied "in action", or "in the making". Because scientific discoveries turn esoteric and difficult to understand, it has to be studied where discoveries are made in practice.
Going back in time, deconstructing statements, machines and articles, it is possible to arrive at a point where scientific discovery could have chosen to take many other directions.
Science in Action
all of the technology involved in making your computer work
Do not take the lecture too seriously, feeling that you really have to understand in terms of some model what I am going to describe, but just relax and enjoy it. I am going to tell you what nature behaves like… Do not keep saying to yourself, “But how can it be like that?” because you will get 'down the drain' into a blind alley from which nobody has escaped. Nobody knows how it can be like that.
Feynman, R. P., & Gleick, J. (1994). The Character of physical law.
Or to integrated circuitry.
oh good grief. quantum mechanics is one of the biggest black-boxes out there! the interior of the QM black box is so terrifying that it leads down a drain!
modeling the universe as celestial spheres was incredibly useful at describing the motion of the stars and planetary bodies.
useful purpose != true
Lucky guess then?
absolutely. incredibly accurate.
but the scientific community actively discourages genius, as can plainly be seen by Feynman's quote.