Multiple Big Bangs: The Collision of Hydrogen-Filled Cosmic Layers

Have you ever wondered about the mysteries of the universe? What if I told you that our cosmos is not as singular as we once thought? In this exploration, we delve into a fascinating theory that suggests multiple big bangs, each triggered by the collision of hydrogen-filled cosmic layers. The Cosmic Collision and Quantum Fluctuations Picture two cosmic layers hurtling through space, on a collision course. When these layers collide, something incredible happens—they fuse. This fusion process ignites a celestial firework show, generating tremendous energy through nuclear fusion. As the atoms of hydrogen within these layers collide and merge, they create new elements, such as helium and even heavier elements, all while releasing an intense burst of energy. But, in the world of quantum physics, there's another layer to consider—quantum fluctuations. On the smallest scales, the very fabric of space and time experiences tiny, unpredictable fluctuations. It's theorized that during the...