A criterion is evolved for testing the nonclassical character of the field even if it does not exhibit squeezing and sub-Poissonian statistics. An explicit example of a state of the field is given to demonstrate the utility of this criterion. The production of such a state by state-reduction methods is also shown. This criterion also enables us to study the nonclassical character of the SchrÖdinger cat state in regions where it does not exhibit sub-Poissonian statistics
The quantum characteristics of the marginals associated with the nonclassical states of the radiatio...
In this lecture I consider the question of characterization of nonclassical light in terms of measur...
We review a recently proposed measure of the nonclassicality of a bosonic field, based on the sensit...
A new operator-based condition for distinguishing classical from nonclassical states of quantized ra...
A new operator-based condition for distinguishing classical from nonclassical states of quantized ra...
We introduce states defined by ‖α ,m〉 =α″m‖α〉 up to a normalization constant, where ‖a〉 is a coheren...
We derive exceedingly simple practical procedures revealing the quantum nature of states and measure...
A state of light is called nonclassical, if its Glauber Sudarshan P function is negative or more sin...
Although squeezed states are nonclassical states, so far, their nonclassicality could not be demonst...
Nonclassical states of light are necessary resources for quantum technologies such as cryptography, ...
The non-classical feature of sub-Poissonian photon statistics is extended from one- to two-mode elec...
Although squeezed states are nonclassical states, so far, their nonclassicality could not be demonst...
We consider experimental routes to determine the nonclassical degree of states of a field mode. We a...
Texto completo: acesso restrito. p. 93–98The degree of nonclassicality of states of a field mode is ...
A new operator based condition for distinguishing classical from non-classical states of quantised r...
The quantum characteristics of the marginals associated with the nonclassical states of the radiatio...
In this lecture I consider the question of characterization of nonclassical light in terms of measur...
We review a recently proposed measure of the nonclassicality of a bosonic field, based on the sensit...
A new operator-based condition for distinguishing classical from nonclassical states of quantized ra...
A new operator-based condition for distinguishing classical from nonclassical states of quantized ra...
We introduce states defined by ‖α ,m〉 =α″m‖α〉 up to a normalization constant, where ‖a〉 is a coheren...
We derive exceedingly simple practical procedures revealing the quantum nature of states and measure...
A state of light is called nonclassical, if its Glauber Sudarshan P function is negative or more sin...
Although squeezed states are nonclassical states, so far, their nonclassicality could not be demonst...
Nonclassical states of light are necessary resources for quantum technologies such as cryptography, ...
The non-classical feature of sub-Poissonian photon statistics is extended from one- to two-mode elec...
Although squeezed states are nonclassical states, so far, their nonclassicality could not be demonst...
We consider experimental routes to determine the nonclassical degree of states of a field mode. We a...
Texto completo: acesso restrito. p. 93–98The degree of nonclassicality of states of a field mode is ...
A new operator based condition for distinguishing classical from non-classical states of quantised r...
The quantum characteristics of the marginals associated with the nonclassical states of the radiatio...
In this lecture I consider the question of characterization of nonclassical light in terms of measur...
We review a recently proposed measure of the nonclassicality of a bosonic field, based on the sensit...