Hubble Constant Measurements from Type 1a Supernovae from the Dark Energy Survey
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The Dark Energy Survey looked at 5000 square degrees of the southern skies in an attempt to characterize dark energy but the observations taken are also very useful for supernovae research. By measuring the standard candles known as Type 1a Supernovae, astronomers can measure the expansion rate of the universe, something that has proven problematic as our observations and equipment have improved.
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The Dark Energy Survey looked at 5000 square degrees of the southern skies in an attempt to characterize dark energy but the observations taken are also very useful for supernovae research. By measuring the standard candles known as Type 1a Supernovae, astronomers can measure the expansion rate of the universe, something that has proven problematic as our observations and equipment have improved.
Please join Tony Darnell as he discusses this paper () with first author Ed Macaulay
Join our Discord chat here:
Like this content? Please consider becoming a patron:
Follow DeepAstronomy on Twitter:
@DeepAstronomy
Like DeepAstronomy on Facebook:
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Join our free Discord server for always-on chat action!
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