When photons move in a vacuum, they encounter a tiny resistance, causing their spectral lines to redshift. The apparent magnitude of a star will increase due to the effect of interstellar disappearance. The magnitude-redshift relationship obtained from this is in good agreement with the observational data. Currently, the dark energy problem is troubling the astronomical community, and the explanation that the redshift of star spectral lines is due to the expansion of the universe is the root of the problem. A very natural explanation for the redshift of star spectral lines is that when photons move in a vacuum, they encounter a tiny resistance, causing their spectral lines to redshift.
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