I’m always one to point out the inherent limitations of science primarily because of its bias against the potentiality of the human imagination. Its current insistence on ignoring inner experience is essentially the polar opposite of shamanic philosophy which to an Occultist is more than a bit insulting. Anyway, regardless of the angle, it’s always nice to see some shit tossed up in a place like Forbes essentially telling you that everything you know is wrong:
“You’ve heard of our greatest scientific theories: the theory of evolution, the Big Bang theory, the theory of gravity. You’ve also heard of the concept of a proof, and the claims that certain pieces of evidence prove the validities of these theories. Fossils, genetic inheritance, and DNA prove the theory of evolution. The Hubble expansion of the Universe, the evolution of stars, galaxies, and heavy elements, and the existence of the cosmic microwave background prove the Big Bang theory. And falling objects, GPS clocks, planetary motion, and the deflection of starlight prove the theory of gravity.
Except that’s a complete lie. While they provide very strong evidence for those theories, they aren’t proof. In fact, when it comes to science, proving anything is an impossibility.
Reality is a complicated place. All we have to guide us, from an empirical point of view, are the quantities we can measure and observe. Even at that, those quantities are only as good as the tools and equipment we use to make those observations and measurements. Distances and sizes are only as good as the measuring sticks you have access to; brightness measurements are only as good as your ability to count and quantify photons; even time itself is only known as well as the clock you have to measure its passage. No matter how good our measurements and observations are, there’s a limit to how good they are.
We also can’t observe or measure everything. Even if the Universe weren’t subject to the fundamental quantum rules that govern it, along with all its inherent uncertainty, it wouldn’t be possible to measure every state of every particle under every condition all the time. At some point, we have to extrapolate. This is incredibly powerful and incredibly useful, but it’s also incredibly limiting.
In order to come up with a model capable of predicting what will happen under a variety of conditions, we need to understand a few things.
What we’re capable of measuring, and to what precision.
What’s been measured thus far, under specific initial conditions.
What laws hold for these phenomena, i.e., what observed relationships exist between specific quantities.
And what the limits are for the things we presently know.
If you understand these things, you have the right ingredients to formulate a scientific theory: a framework for explaining what we already know happens as well as predicting what will happen under new, untested circumstances.”
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