As you look deeper into space, you peer back in time. all the galaxies eventually get very close to each other. Quantum mechanics could've created the pre big bang mass, but what/who created quantum mechanics?
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"...Quantum mechanics could've created the pre big bang mass..."
There was *no* mass at the instant of the Big Bang, just the first infinitesimal bit of space and pure energy. The first mass appeared *after* the Big Bang event when the universe had cooled enough for the first subatomic particles to form.
"...what/who created quantum mechanics?..."
If there was nothing before the Big Bang, then from where or when did the physical law(s) originate that allowed a singularity to exist in the first place?
Was the creation of our universe just some kind of accident? Same question as before --- how was such an accident possible if there was no thing preceding it.
No matter how you slice it, there's no way of getting around a first cause -- that which some people call God. In order to even begin to circumvent the need for a first cause the closest our reasoning can get is to conceptualize parallel universes, colliding branes, etc.,. Even then, though, you still can't totally eliminate that first cause.
There was *no* mass at the instant of the Big Bang, just the first infinitesimal bit of space and pure energy. The first mass appeared *after* the Big Bang event when the universe had cooled enough for the first subatomic particles to form.
"...what/who created quantum mechanics?..."
If there was nothing before the Big Bang, then from where or when did the physical law(s) originate that allowed a singularity to exist in the first place?
Was the creation of our universe just some kind of accident? Same question as before --- how was such an accident possible if there was no thing preceding it.
No matter how you slice it, there's no way of getting around a first cause -- that which some people call God. In order to even begin to circumvent the need for a first cause the closest our reasoning can get is to conceptualize parallel universes, colliding branes, etc.,. Even then, though, you still can't totally eliminate that first cause.
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There was no pre big bang. The big bang happened when lots of mass gathered up at the center of the universe, then it exploded and it emerged into the big bang. The first stars were formed that burned out quickly and it created billions of new stars that we may see today. I don't know if they're still alive but I'm sure that stars reform. The universe was created out of mass within a split second out of a miniscule dense hot dot. The little dot produced a lot of energy for a brief second growing the size of a galaxy by traveling faster than the speed of light.
The galaxies traveled faster than the speed of light and there were lots of heat waves that produced lots of matter according to e = mc^2. As the pressure began to drop, gravity broke it away. Huge amount of energy produced matter and antimatter which canceled each other out leaving only energy remaining. About 1 in 1,000,000,000 residual matter particles remained. The temperatures cooled down which stopped producing matter. The universe was filled with a dense and hot like plasma of energy and matter particles consisting of mostly hydrogen, some helium, and a small amount of lithium. This continued to expand until the temperature fell to about 3,000 degrees Kelvin around 3,080 years after the Big Bang. When the temperatures lowered, electrons could finally settle into the atoms and behave as we know them.
The galaxies traveled faster than the speed of light and there were lots of heat waves that produced lots of matter according to e = mc^2. As the pressure began to drop, gravity broke it away. Huge amount of energy produced matter and antimatter which canceled each other out leaving only energy remaining. About 1 in 1,000,000,000 residual matter particles remained. The temperatures cooled down which stopped producing matter. The universe was filled with a dense and hot like plasma of energy and matter particles consisting of mostly hydrogen, some helium, and a small amount of lithium. This continued to expand until the temperature fell to about 3,000 degrees Kelvin around 3,080 years after the Big Bang. When the temperatures lowered, electrons could finally settle into the atoms and behave as we know them.
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