Solving the Singularity Problem: Uncovering the Smallest Particles

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Scientists propose that all matter in the universe originated from a state smaller than an atom, suggesting the existence of undiscovered particles even smaller than current known particles. These hypothetical particles could be so diminutive that, if scaled to atomic size, atoms would appear as large as the solar system. The discussion highlights the idea that these particles might be shrinking at a rate parallel to the universe's expansion. It is generally accepted that the universe was initially composed of energy, with matter forming through photon-photon interactions during early expansion. This exploration into the nature of matter and its origins raises intriguing questions about the fundamental structure of the universe.
h.g.Whiz
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I'm trying to figure out how scientists concluded that all matter in the universe was compressed to the size of something smaller than an atom. If that's true than I think the there has to be undiscovered particles several folds smaller that the smallest known particle today. Particles so small that if you increased their size to the size of an atom then the size of an atom would as big as our solar system. I wouldn't be suprised if they were shrinking at the same rate in which our universe is expanding.
 
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The general assumption is that right after the big bang the universe was made up of energy. Matter was created while the early expansion took place from photon-photon reactions.
 
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