We think of Big Bang as a mysterious explosion tht created our universe But what if our universe is a speck of dust in relation to the size of big bang The explosion wasn't a ball of fire as we'd imagine a bang, but rather a strong ejaculation of radiation and what not This explosion, or several ones, were instigated by a collision of specific particles on a large scale, i.e. a numbers game The result of the explosion is the field, discovered by Higgs, tht stabilized particles tht would otherwise travel at the speed of light (fact check?) So the big bang directly, or indirectly, created the field tht paved the way for all tht we know, and don't, in our universe But it could've created more fields scattered all over a vast space tht our universe is floating in So it's a sort of multi verse theory where all universes abide by the same laws of nature Or each universe's field could differ slightly and have its own set of laws Nobel prize, yes? no? Sent from my phone
They already thought of that. Many scientists now call it expansion. Bing bang is just a term used a lot colloquially until the more accurate theory is widely understood -yuri
It's kind of interesting that aspects of the Einstein gravitational field equation potentially implied both gravitation AND anti-gravitation as a result of cosmologically scaled spacetime possessing elastic properties and the ability to be driven to both contraction and expansion by suitable forms of energy. However, energy in a negative density state was thought at the time to be absurd and therefore prohibitive. Apparent absurdities notwithstanding, Einstein came very close to apprehending the concept of a repulsive, expansion driving form of energy (we call it "dark energy") in the cosmological implications of his model. How Einstein Discovered Dark Energy Alex Harvey Visiting Scholar New York University Abstract In 1917 Einstein published his Cosmological Considerations Concerning the General Theory of Relativity. In it was the first use of the cosmological constant. Shortly thereafter Schrodinger presented a note providing a solution to these same equations with the cosmological constant term transposed to the right hand side thus making it part of the stress-energy tensor. Einstein commented that if Schr¨odinger had something more than a mere mathematical convenience in mind he should describe its properties. Then Einstein detailed what some of these properties might be. In so doing, he gave the first description of Dark Energy. We present a translation of Schrodinger's paper and Einstein's response.
The fabric of reality is a nice warm blanket called a Snuggie. On a more real note, the first implosion was an accident because it shattered the real space of time. On a scale of when to never, it never really happened at all.