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The Hubble tension: Is cosmology in crisis?

    From Big Think, Nov. 2, 2022: Don Lincoln explores Hubble tension, two very precise yet conflicting estimates of the rate at which the Universe is expanding. While the of Universe expansion is consistent, the two ways in which this is measured begs the question if something is missing in cosmology theory.

    Wobbling into the new frontier of physics: VSP Awardee Brynn MacCoy contributes detector systems to Muon g-2 experiment to test Standard Model

      From the Universities Research Association, October 31, 2022: Brynn MacCoy is a physics doctoral candidate at the University of Washington and the Fall 2019 URA Visiting Scholar Program (VSP) Awardee. With an extension of URA assistance, MacCoy returned to Fermilab earlier this year allowing her to install the Minimally Intrusive Scintillating Fiber Detector.

      New Schmidt futures fellowship at UChicago to foster next generation of AI-driven scientists

        From UChicago News, October 26, 2022: The University of Chicago announced a new $148 million fellowship initiative that will train the next generation of scientists combining research in AI and science fields, including physics, astronomy and biology. The fellowship will begin in January 2023 and include Fermilab, Argonne, UChicago Data Science Institute and the Marine Biological Laboratory.

        Lia Merminga serves as Fermilab’s first female director

          From Naperville Community Television, October 26, 2022: This past April, Lia Merminga made history, becoming the first female director of the Fermi National Accelerator Laboratory, better Naperville Community Television talks with Merminga on her journey that led her to her role at Fermilab.

          How fast is gravity, exactly?

            From Big Think, October 25, 2022: Don Lincoln explores the two theories of gravity from Newton and Einstein. Due to astronomers observations of gravitational waves recorded in 2017, we now know that gravity and light travel at the same speed.

            Multiple mirrors magnify atom interferometry

              From Physics World, October 20, 2022: A new multiple-mirror imaging technique could greatly improve the performance of atom interferometers, making them more useful in applications ranging from dark matter detection to quality control in manufacturing. The technique was developed by researchers at SLAC and a possible use for this would be in the Matter-wave Atomic Gradiometer Interferometric Sensor, a 100-metre-long atom interferometer currently being installed at Fermilab.