Perfect Circular Rydberg Atoms
Rydberg atoms are specially appealing thanks to their strong and short-range dipole-dipole interaction and to their long lifetime.
Circular rydberg atoms. These atoms fit the Bohr model of Hydrogen and are well adapted for measuring the Rydberg constant R. Rydberg atoms are remarkable tools for quantum simulation and computation. Our method is very general and opens many opportunities for quantum technologies with Rydberg atoms.
This provides us with a measurement independent from the proton size and QED effects which in turn should help in solving the proton radius puzzle. Cohen and Jeff D. In the circularly polarized laser field the motion of the Rydberg electron is analogous to the motion of a satellite around a fictitious prolate planet.
It is based on laser-trapped circular Rydberg atoms. Transfer occurs by a series of adiabatic rapid passages. The trap is characterized by direct spatial imaging of ion distributions ion counting and state-selective field ionization.
Circular atoms are in the highest land m-state possible for a given n. Circular Rydberg atoms on the other hand had never been laser trapped before. Up to 10 cash back These atoms are quasi-classical.
Unfortunately atomic motion and levels lifetime limit the experimental timescale to about 100 μs. Rydberg-atom arrays are a leading platform for quantum computing and simulation combining strong interactions with highly coherent operations and. Quantum Computing with Circular Rydberg Atoms Sam R.
Thompson Jeffrey Douglas PI Electrical and Computer Engineering. Of the Rydberg constant using cold circular Rydberg atoms. Cold circular Rydberg atoms are produced and magnetically trapped.