some random rivethead...
Note: Before you read, be forewarned that most of you will most likely not understand because this is quantam physics and is VERY advanced for most. If you can't comprehend this, don't bother trying.
I take quantum physics. I understand it. This isn't quantum physics.
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Light. It's that simple, and nobody seems to notice because of how obvoius it is.
Warning sign one;
If something seems blatantly obvious, yet hasn't been used in an argument before, it is probably wrong.
Think about it this way. You have millions of scientists who are trained and paid to examine and tear apart theories and hypothesis constantly. You have millions of theologians and philosphers discussing and examining the concepts of God, reality, nature and all that jazz.
If those people have dismissed or not examined something, the odds are it doesn't have much validity.
If you say that something is very simple, yet no-one notices, odds are you haven't understood something fully.
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Let me explain:
Our universe it made of pure energy,
Questionable.
All matter is energy. However, the universe itself, the nature of spacetime, is unknown. It may be energy, it may be something else, something higher in the multiverse. There are hypothesis that lean in both directions, and nothing between them at the moment.
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matter is made of waveforms of energy and everything in our universe is matter,
'Waveforms of energy' is a missunderstanding of quantum mechanics.
Waveforms are a way to describe matter in terms of the uncertanty principle. They are a traditional way to view matter in quantum mechanics. They aren't waves of energy. Matter itself is a form of energy, but a distinct form. It can be thought of as the same but distinct.
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even space is made of dark matter,
Nope.
Dark matter, or cold dark matter, is basicaly any matter which does not emit or reflect radiation. Much of this is conventional matter which we simply can't see, the rest is of unknown type.
It is nothing to do with spacetime itself. It is matter within space, not the fabric.
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which makes the difference between Space and the event horizon of a black hole. A black hole is wheere there the universe has a hole in it and it is shrinking back to fill in the hold with dark matter.
Are you smoking something?
A black hole is a concentration of matter/energy. Concentrations of matter/energy create ever steeper gravity gradients till you get to an event horizon, a gradient which even light itself can't escape from. A black hole is the area within an event horizon, from which no matter or energy can escape (other than through Hawking Radiation, which I don't want to go into).
While black holes may well be a type of dark matter (we can't see them other than in special cases), they have little else to do with it.
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Light has no quantam energy value like matter does.
Erm...
'Quantum energy value...'? What is this meant to be? Light has energy, which is measured in quanta. Indeed, light is one of the original cases used for the formulation of quantum theory. QED, Feynmans great theory of quantum interactions, focused on light (photons) and electrons. All other matter was ignored in that theory, only being worked in in later works.
Basicaly, you say that this stuff is too complex for us to follow, but you have no idea what you are talking about. If you want to know some quantum physics, I will be glad to teach you, but you need to know some basic truths to do with physics before you can start drawing philosophical conclusions from the advanced parts.
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