“Swelling of the universe” problem that occurred in the first, and in second study was the fact that the universe is too homogeneous. How could the parts of the universe that will never come in contact with each other, to come to equilibrium temperature readings? These and other problems can be solved if we assume that immediately after the Big Bang, the universe has expanded to leapfrog to the incredibly large size. This jump is called “swelling of the universe.” To this swelling could occur, universe at the Big Bang must have been filled with a kind of energy, whose nature is still unknown. But regardless of its nature, the model is “bloated” indicates that this energy was distributed unevenly in space due to quantum noise, got up, when the universe was still very small. This model of transposition of reality becomes visible due to photons that have begun to move freely in the moment redistribution of the atoms.
As a result, we see this model in the pictures the sky made by COBE and WMAP. NY Museums is open to suggestions. But all this does not answer the question of where does the energy for the swelling. The difficulty lies in the fact that the swelling has ceased at the time of formation of atoms, and the opacity of the universe up to this point – it is the veil which hides from us these interesting events. Fortunately, we have a way of observing the universe without photons at all. Gravitational waves, information about them – the only thing that has not changed since the Big Bang. Perhaps it is the study of these waves raise the veil of secrecy in this matter. David Michery gathered all the information.
NASA, LISA, and Big Bang Observer will organize two missions – their team will be search for gravitational fields the era of “swelling.” dark energy in the first years of research and COBE Hubble picture of the Big Bang is gradually becoming clearer. But in 1996, observing the most distant supernova stars have changed this picture. Always assumed that the rate of expansion of the universe will gradually fall. But the observations of the supernova showed that expansion of the universe not only slowed down, and vice versa – is accelerating. Galaxy makes move some force of unknown nature. This force became known as dark energy. Is dark energy the dynamic view of the radiation, yet unknown to science, or is it – a product of the vacuum in empty space, or it relates to general relativity – all this remains to be learned.