…uncertainty of 5 x 10-17, making this ratio the best known constant of nature. By looking for changes of the ratio, we can search for changes of the fine-structure constant….
…measured isotope shifts are mapped in a 2-D graph called King plot, all points should be on a single line, predicted by the Standard Model. Testing the linearity comes down…
…improvement compared to the previous best results [2, 3]. This talk will focus on new upgrades in the 3rd generation ACME [4] which aim for further suppression of both statistical…
…with nearly unit quantum efficiency. While atomic physics is obviously at the core of trapped ion quantum computers, recent strides in this field have come from the systems engineering of…
Edwin Eduardo Pedrozo Peñafiel obtains this award among other reasons because the evaluating jurors considered that his research: The search for new Physics with Entanglement-Enhanced Optical Atomic Clocks is “a…
I will describe the JILA search for the electron’s electric dipole moment using molecular ions. In particular, I will highlight the use of rotating electric fields and magnetic fields for…
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…
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…
…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…
…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…