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Caitlin M. Berry ()

Mathematical Statistician

Caitlin Berry (she/her/hers) graduated from the University of Arizona with a B.S. in Mathematics in 2012 after which she began her journey as a Mathematics educator in New York City. She earned an M.A. in Secondary Mathematics Education from CUNY-City College in 2013 and spent 4 years as a middle school mathematics teacher in the Bronx area of NYC. After several years teaching including a move to the Seattle area for 2017-2019, she moved to Boulder, CO where she completed her PhD in Applied Mathematics with the University of Colorado-Boulder under advisor Will Kleiber. Her main areas of research are in spatio-temporal modeling for non-stationary processes and spectral analysis, but working at NIST has afforded her many opportunities to expand her horizons! 

Publications

Optical clock frequency ratios with uncertainty ≤ 3.2 × 10^−18

Author(s)
Alexander Aeppli, Willa Arthur-Dworschack, Kyle Beloy, Caitlin Berry, Tobias Bothwell, Angela Folz, Tara Fortier, Tanner Grogan, Youssef Hassan, Zoey Zimeng Hu, David Hume, Benjamin Hunt, Kyungtae Kim, Amanda Koepke, Dahyeon Lee, David Ray Leibrandt, Ben Lewis, Andrew Ludlow, Mason Marshall, Nicholas Nardelli, Harikesh Ranganath, Daniel Rodriguez Castillo, Jeffrey Sherman, Jacob Siegel, Suzanne Thornton, William Warfield, Jun Ye
We report high-precision frequency ratio measurements between optical atomic clocks based on 27Al+, 171Yb, and 87Sr. With total fractional uncertainties at or
Created November 4, 2021, Updated August 8, 2024
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