Dotini
(Banned)
- 15,742
- Seattle
- CR80_Shifty
What were you ingesting? Be honest.I've seen strange lights in the sky too. At a rave party.
What were you ingesting? Be honest.I've seen strange lights in the sky too. At a rave party.
What were you ingesting? Be honest.
[...] known as a quintessential mainstream scientist
Their appears to be a lightning bolt going through it, so it could just be some kind of freak weather pattern. However, everyone said it vanished, which seems to happen a lot with UFO sighting. Potential evidence for portals to a parallel universe or dimension?
If this is true, then the NDEr must be visiting a hidden universe or dimension.
This little rock in this enormous chasm is the only one to have life on it? Nah.
What you just said reminded me of this Carl Sagan speech - The Pale Blue Dot:
Awesome stuff! 👍
I know this sounds geeky, but I often wonder what I was before I was human. I'm not suggesting for a second that I believe in reincarnation; But, my body, like everything else on this planet, and everything in our solar system is made of atoms that first formed in space. Where did those atoms come from? Were we formed from the remants of supernovas, or past civilisations?
Almost quite as often, I wonder what I will be next, in billions of years from now. Maybe I'll form part of a sun, or maybe a molecule in a rock on some barren moon. Maybe if I'm lucky, my atoms will taste life again. Who knows? I wonder, is there any way to tell where our atoms have come from?
Awesome vid pal, and I've learned something I never knew before too! 👍
I know this sounds geeky, but I often wonder what I was before I was human. I'm not suggesting for a second that I believe in reincarnation; But, my body, like everything else on this planet, and everything in our solar system is made of atoms that first formed in space. Where did those atoms come from? Were we formed from the remants of supernovas, or past civilisations?
Almost quite as often, I wonder what I will be next, in billions of years from now. Maybe I'll form part of a sun, or maybe a molecule in a rock on some barren moon. Maybe if I'm lucky, my atoms will taste life again. Who knows? I wonder, is there any way to tell where our atoms have come from?
nuclear fusion, which of course is the mechanism which causes our sun to shine.
We are all stardust. Every atom in our bodies (bar hydrogen and helium) and indeed around us, once came from a star. These 'heavy' atoms form during nuclear fusion, which of course is the mechanism which causes our sun to shine.
It seems odd to think, but almost everything you see around you, came from a star a very long time ago.
"Man is a piece of the universe made alive."The thing that gets me is, we are effectively belongings of the universe. If you pick us apart atom by atom we are just dust.
Just be careful where you put it then 💡Brilliant to think too. The thing that gets me is, we are effectively belongings of the universe. If you pick us apart atom by atom we are just dust. It's all that we are.
Someone once asked me if I had to have one word tattooed on my body what would it be? I'm fairly sure I have my answer.
While some issues may remain as to the precise mechanisms that occur in different types of stars, there can be very little doubt that nuclear fusion is occuring inside the Sun, unless one disregards a mountain of observational and experimental evidence. There is a vast body of scientific literature on the subject, starting with this classic paper from 1957 (warning: large file)... the accumulated evidence since then overwhelmingly supports the theory of stellar nucleosynthesis beyond any reasonable doubt.Stevisiovnuclear fusion, which of course is the mechanism which causes our sun to shine.DotiniAlthough nuclear fusion is indeed the accepted model, it is proven neither through direct exploration nor in the laboratory that there is a controlled fusion reaction within the sun
Apparently moving at greater than light speed - moving towards us quite fast, but not faster than the radio waves coming from it (otherwise we wouldn't detect them before it). But as the article notes, apparent above light speeds aren't exactly uncommon in the universe.