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How could the big bang happen if there was no matter so God had to make the universe or some matter for the big bang to occur?
It seems confusing that the Big Bang could have happened even though there was no matter or energy in the universe. But really, scientists speculate that there could have been a time before matter, energy, and time itself even existed. The "Big Bang" is a term that describes the event that created the universe. It goes like this:
There was no time, no energy, and no matter. basicly, NOTHING existed. Then, a tiny volume of space, smaller then the head of a pin, suddenly expanded and grew to an enormous size. As the volume of space expanded, it created all the energy and matter in the universe. It created nebulas and galaxies of stars and planets. (and many other things, of coarse.) This is when time began to flow.
There is plenty of evidence to support that this theory is true. The big bang would have been such a huge event that the waves of energy it created are still traveling in space today! People have actually detected these waves with a device called a spectroscope. Not only this, but scientist think that the universe is still expanding. basicly, the Big Bang is still happening today. We know this because astronomers have noticed that the galaxies of our universe are all moving away from eachother. They are all moving away from the centre of the universe, where the big bang started. The universe is still getting bigger to this day.
Matter, no doubt in the form of mass-energy, arrived only after the moment known as t = 0. Therefore, the Universe had already started and the big bang had already occurred. Matter was not necessary for the big bang to occur. The big bang was the initiation of space-time as a rapid expansion out of approximately nothing which as Bill Bryson reports 'had no dimensions at all'. This little thing that expanded into spacetime was called a singularity.
One idea is that the big bang may be a result of a collision between the membranes of M theory in some exotic dimension like the 11th dimension.
The big bang never happend, God created the universe, and everyone and everything in it! Do you really believe that out of nothing an explosion happened?
The only logical is:
In order for something to be created, something has to create the creator. Therefore something cannot be created from nothing. The universe can either grow exponentially or die exponentially. That is the only thing that makes sense, it's not debatable. The world needs to stop thinking of god in third person. Everyone creates there own reality, we are god.
-Different person's view:-
Firstly, there was something, a small subatomic particle which exploded. The explosion caused everything to go apart from each other at a speed greater than the speed of light, and in the intense heat, helium and hydrogen was produced, and in the pressure, galaxies were formed, then stars, planets, and etc
-Another person's view:-
The Big Bang Theory is largely exemplified by Einstein's mass-energy equivalence formula E=mc2, which, if valid, implies that matter comes from (came from) energy, and conversely, that matter can be converted back to energy. If matter has not always existed, then E=mc2 is a plausable explanation for the origin of matter, that is, it came from energy. If matter has always existed, then the question of where it came from does not arise. Alternate It is creationists who believe that out of nothing came everything, not astronomers, theoretical physicists and other scientists. The BBT is a theory, and as such it can and probably will be replaced at some time with another theory that better explains the origins of the universe. At present, it is serving (as theories should for as long as they last) to inspire thinking, experimentation and objective observation leading to deeper understanding of how the universe came to be. Currently, the theory holds that at the moment of the start of the expansion (BB) there was an area that contained energy-- a sum of energy that is unimaginably great. [Energy is NOT nothing] There was no matter in the 'particle' sense, because no particles could exist at such high energies. This energy was so high that three of the four basic forces, electromagnetism, the strong atomic force and the weak atomic force, were one single force. Space/time as we know it didn't exist, but space/time itself expanded along with the expansion of energy. The expansion caused cooling (a cooling that we think we are still able to detect in the form of the universal background radiation-- radiation that was discovered accidentally at the Bell labs.) As the original energy field cooled and expanded, particles began to condense out, along with the basic forces as we know them.
The BB did not originate from a dimensionless point; it is this 'point' problem that is insurmountable from the point of view of Einstein's Relativity.
String theory, Membrane theory and Quantum theory are pointing to some concepts that might allow us to unite quantum and relativity concepts, and to extend our theoretical knowledge back to conditions prior to the locus of energy that caused/was the big bang.
What else can I help you with?
What do scietists think will eventually happen to the universe?
Scientists predict that the universe will continue to expand indefinitely, eventually becoming cold and dark in what is referred to as the "heat death" scenario. This will occur as all stars burn out, leaving behind remnants of galaxies and black holes.
Where in space do fission and fusion happen?
Fission reactions typically occur in nuclear reactors where heavy atomic nuclei split to release energy. Fusion reactions, on the other hand, occur in stars like the Sun where light atomic nuclei combine to release energy. Both processes play a crucial role in generating energy and elements in the universe.
What do scientists think might cause the universe to stop expanding and collapse in the Big Crunch?
Not only are scientists unsure how the universe will end, they aren't even sure it will end at all. Several possibilities for the fate of our universe have been bandied about. They tend to have names such as Big Crunch, Big Rip and Big Freeze. Ultimately, space could collapse back in on itself, destroying all stars and galaxies in existence, or it could expand into essentially an endless void. It seems that knowing more about dark matter will give some insight into the answer. "The truth is that it's still an open scenario," said astrophysicist Steve Allen of Stanford University. "We certainly don't know for sure what's going to happen." On the brighter side, any eventuality will take billions or even trillions of years to occur, long after our great-great-great-great-great-great-grandchildren should be past caring.
Where will the next tornado happen?
It is impossible to predict where the next tornado will occur.
What is really happening in space?
In space, various phenomena occur such as the formation of stars, galaxies, and black holes. Objects in space move and interact due to gravitational forces. Scientists also study cosmic radiation, dark matter, and dark energy to better understand the nature of the universe.
When does a supernova occur?
Well, a star must die eventually! Everything in the universe will be destroyed, or will just die. No matter what.
What do scietists think will eventually happen to the universe?
Scientists predict that the universe will continue to expand indefinitely, eventually becoming cold and dark in what is referred to as the "heat death" scenario. This will occur as all stars burn out, leaving behind remnants of galaxies and black holes.
Could the beginning of the universe be the other side of a black hole?
Not the beginning of the universe under the Big Bang theory. The constituent matter of our universe represents a lot more mass than any one Black Hole could contain. However, in a "closed universe", all mass would eventually re-contract into a single location. The presence of a universe-worth of mass could conceivably trigger a process by which the Big Bang would occur again, to spawn yet another universe. Proponents of "alternate dimensions" of existence have suggested that the "death" of one dimension's universe might funnel matter interdimensionally to form the precursor of another dimension's universe. But this is, of course, a hypothesis unsupported by any known physical laws.
Where does the only two moon bows occur?
they occur mostly in new york. they could happen anywhere
Is there any possibility for the next ice age to occur?
It could happen...
What types of actions can occur at a joint?
dis locations could happen
How many situations can occur when driving one mile?
alot can occur.... you can never know what will happen while on the road... something could happen in a blink of a eye.:/
What do you think would happen if all atoms did not need to gain or lose electrons and were happy just the way they are in their neutral form?
If all atoms did not need to gain or lose electrons and remained neutral, chemical bonding as we know it would not occur. This could lead to a lack of diversity in chemical compounds and a different set of physical and chemical properties for substances. It would likely have significant implications for the structure and function of matter in the universe.
Do earthquakes occur fast?
Yes, earthquakes happen suddenly and unexpectedly. They can occur in a matter of seconds or minutes, making them very difficult to predict accurately.
Where in space do fission and fusion happen?
Fission reactions typically occur in nuclear reactors where heavy atomic nuclei split to release energy. Fusion reactions, on the other hand, occur in stars like the Sun where light atomic nuclei combine to release energy. Both processes play a crucial role in generating energy and elements in the universe.
Did supernova explosions that occur in a star cluster happen during the first 100 million years in the life of the universe?
Yes, supernova explosions that occur in a star cluster can happen during the first 100 million years of the universe's existence. Supernovae play a key role in the evolution of star clusters and galaxies, shaping the cosmic landscape in the early universe. The explosions can trigger further star formation and affect the chemical makeup of the surrounding environment.
If the electromagnetic field were to suddenly disappear what could potentially occur on the planet?
Nothing will happen that concerns you.
