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Riess's team's paper, to be published in the Special Focus issue of The Astrophysical Journal reports on completing the biggest and likely last major update on the Hubble constant. This is likely Hubble's magnum opus, because it would take another 30 years of Hubble's life to even double this sample size,' Riess said.

'This is what the Hubble Space Telescope was built to do, using the best techniques we know to do it. Riess leads a scientific collaboration investigating the universe's expansion rate called SHOES, which stands for Supernova, H0, for the Equation of State of Dark Energy. 'You are getting the most precise measure of the expansion rate for the universe from the gold standard of telescopes and cosmic mile markers,' said Nobel Laureate Adam Riess of the Space Telescope Science Institute (STScI) and the Johns Hopkins University in Baltimore, Maryland. But Hubble data, encompassing a variety of cosmic objects that serve as distance markers, support the idea that something weird is going on, possibly involving brand new physics. The cause of this discrepancy remains a mystery. In recent years, thanks to data from Hubble and other telescopes, astronomers found another twist: a discrepancy between the expansion rate as measured in the local universe compared to independent observations from right after the big bang, which predict a different expansion value. In 1998, this led to the discovery of 'dark energy,' a mysterious repulsive force accelerating the universe's expansion. Pursuit of the universe's expansion rate began in the 1920s with measurements by astronomers Edwin P. Riess (STScI, JHU)Д¬ompleting a nearly 30-year marathon, NASA's Hubble Space Telescope has calibrated more than 40 'milepost markers' of space and time to help scientists precisely measure the expansion rate of the universe-a quest with a plot twist. These two celestial phenomena are both crucial tools used by astronomers to determine astronomical distance, and have been used to refine our measurement of the Hubble constant, the expansion rate of the universe. This collection of 36 images from NASA's Hubble Space Telescope features galaxies that are all hosts to both Cepheid variables and supernovae.