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If Our Part of the Universe is Less Dense, Would That Explain the Hubble Tension?

If Our Part of the Universe is Less Dense, Would That Explain the Hubble Tension?
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Could a 'supervoid' solve an unrelenting debate over the universe's expansion rate?

Measurements of how fast the universe is expanding differ depending on how you measure the rate. Could a huge under-density of galaxies, including the Milky Way, be to blame?

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Could a 'supervoid' solve an unrelenting debate over the universe's expansion rate?

Measurements of the expansion of the universe differ. Could a huge under-density of galaxies be to blame?

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We Might Be Sitting in a Massive 'Supervoid' in Space, And That Could Explain The Hubble Tension

Our Galaxy Appears to Be in a Huge Empty Void of the Cosmos, Scientists Say

For almost a century, astronomers have been using the Hubble-Lemaitre constant to explain the accelerating expansion of the universe, an intrinsic piece of evidence supporting the Big Bang theory. In simple terms, the speed at which galaxies move away from each other is directly proportional to how far apart they are. But actual observations, […]

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