[PDF] Top 20 Experiments with Toroidal Microresonators in Cavity QED

... The signal caused when an atom passes by the toroid and destroys the resonance condition is exceedingly small and difficult to detect. When the toroid is not present, about thirty photons pass through the taper in a two ... See full document

... two cavity QED labs in our group had been working hard trying to improve the lifetime of their intra-cavity ...the cavity QED transition, and that is not plagued by heating mechanisms ... See full document

... With a better control of the still temperature in the dilution cryostat and the addition of extra heat shielding around the experimental environment, the end-temperature is improved by a factor of two at ∼ 150 mK. ... See full document

... I have benefited immensely from working directly on experiments with Jason Mc- keever, Theresa Lynn, Kevin Birnbaum, Akira Furusawa, and Alex Kuzmich. I have also learned a great deal from working on theoretical ... See full document

... first experiments which have been performed have demonstrated some of the most essential ingredients of a useful quantum ...of experiments performed ...atomic cavity QED with the goal to ... See full document

... This thesis develops and applies these detailed models to current and future experiments with single atoms in the strong coupling regime of cavity QED, and presents an example of how mul[r] ... See full document

... future experiments could, ...These experiments do not even require sophisticated locking technology and further noise reduction in the electronic setup, because it is usually sufficient to manually tune tze ... See full document

... multimode cavity QED wherein structural, super- radiant phase transitions may take ...confocal cavity-BEC appara- tus was first demonstrated in ...mode cavity QED system, where a ... See full document

... Therefore, we may think of Eq. 3.9 as a description of the operator expectation dynamics for either a single-atom (with N = 1) or multi-atom system. In either case, the coupled equations 3.9 are not closed, as they ... See full document

... crocavity experiments that simultaneously require a large density of modes and a small microcavity mode ...for cavity QED experiments with ...the cavity surfaces. For a cavity ... See full document

... two-mode cavity QED system prepare a coherent superposition of ground states which generate quantum ...recent experiments that implement a simple feedback mechanism to protect the quantum ... See full document

... these experiments are performed one atom at a time (for the most part), and inside a small cavity, the number of measurements and diagnostics available is very ...the cavity QED ...the ... See full document

... future cavity QED experiments, one would like to gain as much control over the trapped atom as ...the cavity that can be used to achieve all of these ...the cavity QED ... See full document

... small cavity as well as questions about stress induced by gluing the mirrors directly to the ...the cavity mirrors were glued directly to the metal on either side of the ...the cavity, probably due ... See full document

... either excited state. The Raman coupling scheme is iden- tical to those in Refs. [12, 73] that exhibited nearly 0.5- s spontaneous-emission-limited BEC lifetimes. The Ra- man lasers do not scatter into the cavity, ... See full document

... and cavity mode, time-resolved PL measurements are performed as a function of emis- sion energy, as presented in ...the cavity is different, there is a clear reduction in the lifetime as the spectral ... See full document

... Early on—in mid 2001—Hideo and I recognized the need for a waveguide to move the atoms from the initial laser cooling and trapping zone of the atom chip to a region of the chip that was more suitable for coupling atoms ... See full document

... with cavity enhance- ment, they could be confined in less perturbing blue-detuned potentials using only modest laser ...Indeed, cavity enhancement allows the trapping field to be tuned further from resonance ... See full document

... We thank the ELI-NP ‘Working Group 2’ for ‘Strong Field Physics and QED’ for proposing the scientific case for the experiments and the interaction geometry. WG2 is composed of: D. Jaroszynski and P. McKenna ... See full document

... in cavity QED systems, including microtroidal and microsphere resonators [34–36], bottle micro-resonators [37], fiber cavities [38, 39], and photonic crystal cavities ...crystal cavity with precise ... See full document