Perhaps somewhere in the vast universe (or multiverse if you believe String Theory). But in our galaxy? Not likely. But no one could answer that for sure.
The Big Bang (ultimately) made the stars, not the other way around. The universe wasn't even here for there to be stars in before the Big Bang.
you can meet big bang by going to their concerts in Korea or moving to Korea or possibly be their neighbors
Now How Would We Know EXACTLY How Big It Is And/Or Was?! We Aren't That Clever You Know! ¬¬ Go Ask Alister... The big bang is still happening today, as the universe is still expanding. So the answer to this question depends on the timeframe. The big bang is as big as the universe is today. Before the big bang when all matter was contained in a singularity it was no bigger than a few microns across. Five minutes after the big bang the entire universe was the size of a golf ball. This might not seem big after five minutes, but to go from the size of a few microns to a golf ball is like going from New York to Pluto in 5 minutes.
It gave us the power to live - we wouldn't be here if there hadn't been a Big Bang.
Realistically - it is still going on. The "big bang" was a term coined to ridicule an explanation for the birth of the universe. It was not a "bang" more a rapid expansion. As this expansion is still continuing, the "big bang" has not finished.
The event that marks the beginning of the universe is the Big Bang. This was a cosmic event that occurred about 13.8 billion years ago, creating the universe as we know it today. The Big Bang theory is widely accepted by scientists as the most plausible explanation for the origin of the universe.
All gases we know today
Season 7 of The Big Bang Theory started airing on September 26, 2013.
the big bang theory
Then we wouldn't be here, and you wouldn't be able to ask this question.
The concept of the Big Bang is theoretical and without definitive origin. Consequently the concept of a Big Banger to initiate the Big Bang is less than theoretical.Theoretically, an unnamed instability is explained as the likely cause ofthe Big Bang. A small quantum fluctuation could have created all the matter and energy we see today and inflation accelerated that energy outward.
According to the believes of physics and the big bang, we know that the big bang was both big and a bang. Since we are still receiving radiation from the big bang, So considering that factor I would say that it was big and a bang. What do you believe?