Add to ORKGRecent studies suggest that both the quantum Zeno (increase of the natural lifetime of an unstable quantum state by repeated measurements) and anti-Zeno (decrease of the natural lifetime) effects can be made manifest in the same system by simply changing the dissipative decay rate associated with the environment. Here, we present a model which incorporates the effect of the environment in an exact manner leading to a confirmation of this expectation
Real clocks are not perfect. This must have an effect in our predictions for the behavior of a quant...
We demonstrate that near threshold decay processes may be accelerated by repeated measurements. Exam...
We study the measurement process by treating classical detectors entirely quantum mechanically. Tran...
Recent studies suggest that both the quantum Zeno (increase of the natural lifetime of an unstable q...
The evolution of a quantum mechanical system can be profoundly modified by the action of an externa...
The quantum Zeno effect consists in the hindrance of the evolution of a quantum system that is very ...
Critically analyzing the so-called quantum Zeno effect in the measurement problem, we show that obse...
In this article, we systematically study the spontaneous decay phenomenon of a two-level system unde...
Under certain assumptions it is shown that the decay of level 2 of a three-level system onto level 1...
Measurements performed on a system will alter the dynamics of that system, and in the strong-measure...
The lifetime of an unstable atom can be extended by watching it closely, i.e., illuminating it with ...
Introduction The "watchdog" or quantum Zeno effect (QZE) is a basic manifestation of the ...
We examine the appearance of Zeno and anti-Zeno effects when the unitary evolution of a two-level sy...
A discussion of the quantum Zeno effect and paradox is given. The quantum Zeno paradox claims that a...
It was shown that different mechanisms of perturbation of spontaneous decay constant: inelastic inte...
Real clocks are not perfect. This must have an effect in our predictions for the behavior of a quant...
We demonstrate that near threshold decay processes may be accelerated by repeated measurements. Exam...
We study the measurement process by treating classical detectors entirely quantum mechanically. Tran...
Recent studies suggest that both the quantum Zeno (increase of the natural lifetime of an unstable q...
The evolution of a quantum mechanical system can be profoundly modified by the action of an externa...
The quantum Zeno effect consists in the hindrance of the evolution of a quantum system that is very ...
Critically analyzing the so-called quantum Zeno effect in the measurement problem, we show that obse...
In this article, we systematically study the spontaneous decay phenomenon of a two-level system unde...
Under certain assumptions it is shown that the decay of level 2 of a three-level system onto level 1...
Measurements performed on a system will alter the dynamics of that system, and in the strong-measure...
The lifetime of an unstable atom can be extended by watching it closely, i.e., illuminating it with ...
Introduction The "watchdog" or quantum Zeno effect (QZE) is a basic manifestation of the ...
We examine the appearance of Zeno and anti-Zeno effects when the unitary evolution of a two-level sy...
A discussion of the quantum Zeno effect and paradox is given. The quantum Zeno paradox claims that a...
It was shown that different mechanisms of perturbation of spontaneous decay constant: inelastic inte...
Real clocks are not perfect. This must have an effect in our predictions for the behavior of a quant...
We demonstrate that near threshold decay processes may be accelerated by repeated measurements. Exam...
We study the measurement process by treating classical detectors entirely quantum mechanically. Tran...