University of Western Australia / The University of Western Australia / University of California / Harvard University / /
Holiday
autumnal equinox / Vernal Equinox Day / /
IndustryTerm
low energy experiment / power law / inaccessible energy scales / high energy scale / /
Organization
USA Department of Physics / Harvard University / American Physical Society / National Science Foundation / School of Physics / University of California / Berkeley / Smithsonian Center for Astrophysics / Department of Physics / U.S. Securities and Exchange Commission / Australian Research Council / University of Western Australia / /
Person
Michael A. Hohensee / Lorentz / S. Karpuk / C. Novotny / M. Zimmermann / Ralf Lehnert / Paul L. Stanwix / D. Schwalm / A. Wolf / Alan Kostelecky / G. Huber / rotating cryogenic sapphire oscillators Michael A. Hohensee / 1 / 2 / * Paul L. Stanwix / 3 / 4 Michael E. Tobar / 3 Stephen R. Parker / 3 David F. Phillips / 4 / /
Position
light moving forward / General / observer / /
Product
Suncentered / /
ProvinceOrState
Western Australia / South Carolina / New York / California / /
PHYSICAL REVIEW D 82, [removed]Improved constraints on isotropic shift and anisotropies of the speed of light using rotating cryogenic sapphire oscillators Michael A. Hohensee,1,2,* Paul L. Stanwix,3,4 Michael E. T