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Recent PR Activities related to QIFT.

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Format: 2024-07-16
Format: 2024-07-16
Format: 2024-07-16
2017-11-26
Long-range Rydberg-Rydberg interactions: formation of microdimers
2017-11-13
Non-destructive detection of ensembles of Rydberg atoms with microwave cavity transmission measurements

Cavity quantum electrodynamics (QED) provides a powerful tool to realize quantum nondemolition measurements of either part of the system, emitter or photon, by observing the effect of the interaction on the other part. Such ideal projective measurements allow to detect, to prepare and to manipulate quantum states in a controlled and coherent manner. They are used with atomic or solid-state emitters in the optical or microwave domain. So far, Rydberg atoms in cavity QED systems have mainly been used to measure or create quantum states of light.
2017-11-13
Long-range Rydberg-Rydberg interactions: formation of microdimers
2017-09-04
Exploring Quantum Physics with Superconducting Circuits
2017-07-25
Rydberg macrodimers: Micrometer-sized molecules bound by long-range van der Waals interactions
2017-07-24
Quantum Science and Technology with Superconducting Circuits

Using modern micro and nano-fabrication techniques combined with super-conducting materials we realize quantum electronic circuits in which we create, store, and manipulate individual microwave photons. Making use of the strong interaction engineered between photons and quantum two-level systems we probe fundamental quantum effects of microwave radiation and develop components for applications in quantum technology.
2017-06-29
Superconducting circuits for applications in quantum information processing
2017-06-10
Exploring the coupling of an ensemble of Rydberg atoms to a 3D cavity by detecting cavity frequency shifts
2017-06-07
Spectroscopic and reaction-dynamics experiments with cold molecules

Experimental methods to prepare cold samples of the few-electron molecules H2+, H2, He2+ and He2 will be described. Spectroscopic and reaction-dynamics experiments with these samples will be presented.
2017-06-05
Macrodimers and long-range Rydberg molecules

The large polarizability of atoms in highly excited states, so called Rydberg states, leads to strong and long-ranging interactions between such atoms. Interacting pairs of Rydberg atoms represent a very exotic molecular system, characterized by high internal excitation, high density of electronic states, internuclear separations exceeding one micrometer, and lifetimes beyond tens of microseconds. I will discuss the computational methods we have developed to determine the electronic structure of interacting Rydberg-atom pairs and our spectroscopic approaches to verify these calculations.
2017-05-29
Superconducting Qubits
2017-05-25
Exotic chemistry with ultracold Rydberg atoms
2017-05-19
Quantum Science and Technology with Superconducting Circuits
2017-04-18
Rydberg-Stark deceleration and trapping of metastable triplet helium atoms in the presence of a magnetic field
2017-04-18
Exotic chemistry with ultracold Rydberg atoms
2017-03-27
Quantum Processors Based on Superconducting Circuits
2017-03-13
Measuring the dispersive interaction of an ensemble of Rydberg atoms with a cavity mode using circuit QED techniques
2017-02-01
Few- and many-body interactions in cold and ultracold Rydberg gases
2017-02-01
Measurement of the cavity dispersive shift induced by an ensemble of Rydberg atoms
2017-01-30
Few- and many-body interactions in cold and ultracold Rydberg gases
2017-01-23
Cold ion chemistry within the orbit of a Rydberg electron
2016-12-01
Few- and many-body interactions in cold and ultracold Rydberg gases
2016-12-01
Measurement of the cavity dispersive shift induced by an ensemble of Rydberg atoms
2016-11-22
The future of quantum information
2016-11-21
Quantum Science and Technology with Superconducting Circuits
2016-11-03
Cavity dispersive shift induced by Rydberg atoms

Cavity quantum electrodynamics provide a very powerful way to measure light states with atoms or atoms states with light via quantum non-demolition measurements. We present an experiment where the transmission of a weak probe through a microwave cavity allows to measure the dispersive shift induced by Rydberg atoms.
2016-11-03
Cavity dispersive shift induced by Rydberg atoms

Cavity quantum electrodynamics provide a very powerful way to measure light states with atoms or atoms states with light via quantum non-demolition measurements. We present an experiment where the transmission of a weak probe through a microwave cavity allows to measure the dispersive shift induced by Rydberg atoms.
2016-10-24
A Rydberg quantum annealer
2016-09-29
A second generation setup for experiments with ultracold lanthanides
2016-09-27
Long-range and ultra-long-range Rydberg molecules
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