Add to ORKGThe dynamics of the coherent and squeezed states is described and differentiated by means of the probability flux vector. The mean and variance values of the photon number operator used in quantum optics are calculated, by employing squeezed states defined in the coherent-state quantum phase-space representation. PACS. 03.65.-w – Quantum mechanics. PACS. 42.50.Dv – Nonclassical field states; squeezed, antibunched, and sub-Poissonian states; operational definitions of the phase of the field; phase measurements I
A new operator-based condition for distinguishing classical from nonclassical states of quantized ra...
The states of N two-level atoms can be mapped onto the eigenvectors of angular momentum (with j=N/2...
Squeezed states of light have recently been generated in several laboratories by a variety of techni...
We introduce squeezed states with real and complex parameters directly in the coherent-state represe...
Coherent states are quantum mechanical states with properties close to the classical description. Be...
Coherent states are quantum mechanical states with properties close to the classical description. Be...
The squeezing properties in the superposition of coherent States and squeezed state are investigated...
The photon distribution function of a discrete series of excitations of squeezed coherent states is ...
A new operator-based condition for distinguishing classical from nonclassical states of quantized ra...
We study the photon-number distribution in squeezed states of a single-mode radiation field. A U(l)-...
We study the photon-number distribution in squeezed states of a single-mode radiation field. A U(l)-...
We study the photon-number distribution in squeezed states of a single-mode radiation field. A U(l)-...
A new operator-based condition for distinguishing classical from nonclassical states of quantized ra...
A new operator based condition for distinguishing classical from non-classical states of quantised r...
A new operator based condition for distinguishing classical from non-classical states of quantised r...
A new operator-based condition for distinguishing classical from nonclassical states of quantized ra...
The states of N two-level atoms can be mapped onto the eigenvectors of angular momentum (with j=N/2...
Squeezed states of light have recently been generated in several laboratories by a variety of techni...
We introduce squeezed states with real and complex parameters directly in the coherent-state represe...
Coherent states are quantum mechanical states with properties close to the classical description. Be...
Coherent states are quantum mechanical states with properties close to the classical description. Be...
The squeezing properties in the superposition of coherent States and squeezed state are investigated...
The photon distribution function of a discrete series of excitations of squeezed coherent states is ...
A new operator-based condition for distinguishing classical from nonclassical states of quantized ra...
We study the photon-number distribution in squeezed states of a single-mode radiation field. A U(l)-...
We study the photon-number distribution in squeezed states of a single-mode radiation field. A U(l)-...
We study the photon-number distribution in squeezed states of a single-mode radiation field. A U(l)-...
A new operator-based condition for distinguishing classical from nonclassical states of quantized ra...
A new operator based condition for distinguishing classical from non-classical states of quantised r...
A new operator based condition for distinguishing classical from non-classical states of quantised r...
A new operator-based condition for distinguishing classical from nonclassical states of quantized ra...
The states of N two-level atoms can be mapped onto the eigenvectors of angular momentum (with j=N/2...
Squeezed states of light have recently been generated in several laboratories by a variety of techni...