Baryon acoustic oscillations can explain the abundance seen at an ostensibly random distance. Galaxies' sound waves, which were created in the early phases of the cosmos, are what produce these oscillations. The temperature in the first few hundred thousand years after the Big Bang was too high for atomic nuclei to absorb electrons. As a result, the cosmos was made up of charged particles, which made light photons scatter rather than go straight forward. Until the photons came into contact with errant electrons, this scattering persisted. Denser areas began drawing more matter and expanding in size as the cosmos eventually cooled.

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