AbstractWe model a feasible experiment involving two interacting microwave cavities with very different quality factors. An excitation is initially present in the high Q cavity. Modeling the environment as linearly coupled oscillators, we find a Zeno-like behavior which should occur when the dissipation constant is large enough as compared to the unitary coupling
We analyze the detection of itinerant photons using a quantum nondemolition measurement. An importan...
The distortion of a spontaneous down-conversion process caused by an auxiliary mode coupled to the i...
We explore experimentally the fundamental projective properties of a quantum measurement and their a...
AbstractWe model a feasible experiment involving two interacting microwave cavities with very differ...
We describe a cavity QED experiment on quantum Zeno effect with Rydberg atoms and a microwave superc...
By repeatedly measuring a quantum system, the evolution of the system can be slowed down (the quantu...
Blanchard P, JADCZYK A. STRONGLY COUPLED QUANTUM AND CLASSICAL-SYSTEMS AND ZENO EFFECT. PHYSICS LETT...
A model for the quantum Zeno effect based upon an effective Schrodinger equation originated by the p...
Recent studies suggest that both the quantum Zeno (increase of the natural lifetime of an unstable q...
We analyze the quantum Zeno dynamics that takes place when a field stored in a cavity undergoes freq...
The time evolution of an unstable quantum system coupled with an external "measuring" apparatus is i...
The distortion of a spontaneous downconversion process caused by an auxiliary mode coupled to the id...
International audienceWe use a quantum path-integral approach to describe the behavior of a microwav...
This thesis explores the coupling of microwave cavities containing a Superconducting QUantum Interfe...
The evolution of a quantum mechanical system can be profoundly modified by the action of an externa...
We analyze the detection of itinerant photons using a quantum nondemolition measurement. An importan...
The distortion of a spontaneous down-conversion process caused by an auxiliary mode coupled to the i...
We explore experimentally the fundamental projective properties of a quantum measurement and their a...
AbstractWe model a feasible experiment involving two interacting microwave cavities with very differ...
We describe a cavity QED experiment on quantum Zeno effect with Rydberg atoms and a microwave superc...
By repeatedly measuring a quantum system, the evolution of the system can be slowed down (the quantu...
Blanchard P, JADCZYK A. STRONGLY COUPLED QUANTUM AND CLASSICAL-SYSTEMS AND ZENO EFFECT. PHYSICS LETT...
A model for the quantum Zeno effect based upon an effective Schrodinger equation originated by the p...
Recent studies suggest that both the quantum Zeno (increase of the natural lifetime of an unstable q...
We analyze the quantum Zeno dynamics that takes place when a field stored in a cavity undergoes freq...
The time evolution of an unstable quantum system coupled with an external "measuring" apparatus is i...
The distortion of a spontaneous downconversion process caused by an auxiliary mode coupled to the id...
International audienceWe use a quantum path-integral approach to describe the behavior of a microwav...
This thesis explores the coupling of microwave cavities containing a Superconducting QUantum Interfe...
The evolution of a quantum mechanical system can be profoundly modified by the action of an externa...
We analyze the detection of itinerant photons using a quantum nondemolition measurement. An importan...
The distortion of a spontaneous down-conversion process caused by an auxiliary mode coupled to the i...
We explore experimentally the fundamental projective properties of a quantum measurement and their a...