Now showing items 1-4 of 4

    • A cold-atom Fermi–Hubbard antiferromagnet 

      Mazurenko, Anton; Chiu, Christie Shinglei; Parsons, Maxwell Fredrick; Kanasz-Nagy, Marton; Schmidt, Richard; Grusdt, Fabian; Demler, Eugene A.; Greif, Daniel Guenther; Greiner, Markus (Springer Nature, 2017)
      Exotic phenomena in strongly correlated electron systems emerge from the interplay between spin and motional degrees of freedom. For example, doping an antiferromagnet is expected to give rise to pseudogap states and ...
    • A Cryogenic Beam of Refractory, Chemically Reactive Molecules with Expansion Cooling 

      Hutzler, Nicholas Richard; Parsons, Maxwell Fredrick; Gurevich, Yulia Vsevolodovna; Hess, Paul William; Petrik, Elizabeth Sarah; Spaun, Benjamin Norman; Vutha, Amar; DeMille, David; Gabrielse, Gerald; Doyle, John M. (Royal Society of Chemistry, 2011)
      Cryogenically cooled buffer gas beam sources of the molecule thorium monoxide (ThO) are optimized and characterized. Both helium and neon buffer gas sources are shown to produce ThO beams with high flux, low divergence, ...
    • Probing the Hubbard Model With Single-Site Resolution 

      Parsons, Maxwell F. (2016-05-16)
      Strongly-correlated electron systems generate some of the richest phenomena and most challenging theoretical problems studied in physics. One approach to understanding these systems is with ultracold fermionic atoms in ...
    • Search for the Electric Dipole Moment of the Electron with Thorium Monoxide 

      Campbell, Wesley; DeMille, David; Vultha, Amar; Gurevich, Yulia Vsevolodovna; Hutzler, Nicholas Richard; Parsons, Maxwell Fredrick; Patterson, David; Petrik, Elizabeth Sarah; Spaun, Benjamin Norman; Gabrielse, Gerald; Doyle, John M. (Institute of Physics, 2010)
      The electric dipole moment of the electron (eEDM) is a signature of CP-violating physics beyond the Standard Model. We describe an ongoing experiment to measure or set improved limits to the eEDM, using a cold beam of ...