…entangling the molecular ion with the logic ion [7]. Transitions in the molecule are either driven by a single, far off-resonant continuous-wave laser, by a far-off-resonant frequency comb or a…
…entanglement between the probe and sample and open systems dynamics are some of the tools needed to reach accuracy limits when dealing with quantum systems at very low temperatures. …
…system exhibits hysteresis. At higher rotation rates we have directly measured the onset of resistive flow across the weak link. Such measurements may open new avenues of research in quantum…
In recent years, systems of ultracold atoms in optical lattices have opened new opportunities for exploring time-dependent many-body dynamics. In addition to coherent phenomena, it has become possible to engineer…
…resonance. This resonance results from three free atoms coupling to an Efimov trimer state. At a positive two-body scattering length, we observe a scattering resonance in atom-dimer collisions, which we…
The normal state of an unpolarized two-component Fermi gas in the strong coupling region of the BCS-BEC crossover has a single particle spectrum with a distinct suppression of the spectral…
Manipulating light-matter interactions at the nanoscale has broad implications for many research areas, ranging from spectroscopy and sensing to communications and quantum information processing. In this presentation, I will discuss…
…is set to behave as a free relativistic quantum particle. This experiment demonstrates that a system acting as a quantum simulator may have completely different physical properties than the quantum…
Thomson Reuters published their 2015 list of Highly Cited Researchers. It includes 8 physicists at Harvard and MIT, three of which are CUA researchers (Misha Lukin, Martin Zwierlein, Wolfgang Ketterle)….
We have recently achieved the first atomic Bose-Einstein condensate in an essentially uniform potential of an optical-box trap [1]. This opened new research possibilities, in particular for studies of the…