1 L.. Sonderhouse, Quantum Gas Engineering for Atomic Clocks, University of Colorado Boulder, 2021.
Lindsay Sonderhouse
First name
Lindsay
Last name
Sonderhouse
1 H.. Leopardi, K.. Beloy, T.. Bothwell, S.. Brewer, S.. Bromley, J.-S.. Chen, S.A. Diddams, R.. Fasano, Y.. Hassan, D.. Hume, D.. Kedar, C.. Kennedy, D.. Leibrandt, A.D. Ludlow, W.. McGrew, W.. Milner, D.. Nicolodi, E.. Oelker, T.E. Parker, J.. Robinson, S.. Romisch, J.. Sherman, L.. Sonderhouse, J.. Yao, J.. Ye, X.. Zhang, and T.M. Fortier, Metrologia 58, (2021).
1 L.. Sonderhouse, C.. Sanner, R.B. Hutson, A.. Goban, T.. Bilitewski, L.. Yan, W.. Milner, A.M.. Rey, and J.. Ye, Nature Physics 16, (2020).
1 R.B. Hutson, A.. Goban, E.. Marti, L.. Sonderhouse, C.. Sanner, and J.. Ye, Physical Review Letters 123, (2019).
1 E.. Oelker, R.B. Hutson, C.. Kennedy, L.. Sonderhouse, T.. Bothwell, A.. Goban, D.. Kedar, C.. Sanner, J.M. Robinson, E.. Marti, D.-G.. Matei, T.. Legero, M.. Giunta, R.. Holzwarth, F.. Riehle, U.. Sterr, and J.. Ye, Nature Photonics 13, (2019).
1 W.. Zhang, J.M. Robinson, L.. Sonderhouse, E.. Oelker, C.. Benko, J.L. Hall, T.. Legero, D.-G.. Matei, F.. Riehle, U.. Sterr, and J.. Ye, Physical Review Letters 119, (2017).
1 D.-G.. Matei, T.. Legero, S.. Häfner, C.. Grebing, R.. Weyrich, W.. Zhang, L.. Sonderhouse, J.M. Robinson, J.. Ye, F.. Riehle, and U.. Sterr, Physical Review Letters 118, (2017).
1 S.L. Campbell, R.B. Hutson, E.. Marti, A.. Goban, D.. Oppong, R.L. McNally, L.. Sonderhouse, J.M. Robinson, W.. Zhang, B.J. Bloom, and J.. Ye, Science 358, (2017).
1 D.-G.. Matei, T.. Legero, C.. Grebing, S.. Häfner, C.. Lisdat, R.. Weyrich, W.. Zhang, L.. Sonderhouse, J.M. Robinson, F.. Riehle, J.. Ye, and U.. Sterr, Journal of Physics: Conference Series 723, (2016).
1 G.D. Cole, W.. Zhang, B.J. Bjork, D.. Follman, P.. Heu, C.. Deutsch, L.. Sonderhouse, J.. Robinson, C.. Franz, A.L. Alexandrovski, M.. Notcutt, O.. Heckl, J.. Ye, and M.. Aspelmeyer, Optica 3, (2016).
The Physics Frontiers Centers (PFC) program supports university-based centers and institutes where the collective efforts of a larger group of individuals can enable transformational advances in the most promising research areas. The program is designed to foster major breakthroughs at the intellectual frontiers of physics by providing needed resources such as combinations of talents, skills, disciplines, and/or specialized infrastructure, not usually available to individual investigators or small groups, in an environment in which the collective efforts of the larger group can be shown to be seminal to promoting significant progress in the science and the education of students. PFCs also include creative, substantive activities aimed at enhancing education, broadening participation of traditionally underrepresented groups, and outreach to the scientific community and general public.