Add to ORKGAn experiment is proposed which demonstrates nonclassical properties of coherent states of a harmonic oscillator. A weak measurement of the energy of one quadrature postselected on the second quadrature yields negative values with probability erfc 1 = 0.16. This effect is undiminished for macroscopic amplitudes. The P-distribution for coherent states is nonnegative, but these results are related to the fact that the Margenau-Hill distribution is negative for coherent states
We study the nonclassical properties and algebraic characteristics of the negative binomial states i...
We review a recently proposed measure of the nonclassicality of a bosonic field, based on the sensit...
p-Mechanics is a consistent physical theory which describes both quantum and classical mechanics sim...
We introduce states defined by ‖α ,m〉 =α″m‖α〉 up to a normalization constant, where ‖a〉 is a coheren...
Non-Gaussian states and processes are useful resources in quantum information with continuous variab...
We examine weak measurements of arbitrary observables where the object is prepared in a mixed state ...
Genuinely quantum states of a harmonic oscillator may be distinguished from their classical counterp...
Although squeezed states are nonclassical states, so far, their nonclassicality could not be demonst...
Although squeezed states are nonclassical states, so far, their nonclassicality could not be demonst...
Coherent states of two dimensional asymmetrical harmonic oscillator, Coherent states of two dimensi...
We show that the well-known binomial states and negative binomial states of the radiation field and ...
We have examined the excitation on coherent states of the pseudoharmonic oscillator which are obtain...
Harmonic oscillator coherent states are well known to be the analogue of classical states. On the ot...
A state of light is called nonclassical, if its Glauber Sudarshan P function is negative or more sin...
The notion of f-oscillators generalizing q-oscillators is discussed. For the classical and quantum c...
We study the nonclassical properties and algebraic characteristics of the negative binomial states i...
We review a recently proposed measure of the nonclassicality of a bosonic field, based on the sensit...
p-Mechanics is a consistent physical theory which describes both quantum and classical mechanics sim...
We introduce states defined by ‖α ,m〉 =α″m‖α〉 up to a normalization constant, where ‖a〉 is a coheren...
Non-Gaussian states and processes are useful resources in quantum information with continuous variab...
We examine weak measurements of arbitrary observables where the object is prepared in a mixed state ...
Genuinely quantum states of a harmonic oscillator may be distinguished from their classical counterp...
Although squeezed states are nonclassical states, so far, their nonclassicality could not be demonst...
Although squeezed states are nonclassical states, so far, their nonclassicality could not be demonst...
Coherent states of two dimensional asymmetrical harmonic oscillator, Coherent states of two dimensi...
We show that the well-known binomial states and negative binomial states of the radiation field and ...
We have examined the excitation on coherent states of the pseudoharmonic oscillator which are obtain...
Harmonic oscillator coherent states are well known to be the analogue of classical states. On the ot...
A state of light is called nonclassical, if its Glauber Sudarshan P function is negative or more sin...
The notion of f-oscillators generalizing q-oscillators is discussed. For the classical and quantum c...
We study the nonclassical properties and algebraic characteristics of the negative binomial states i...
We review a recently proposed measure of the nonclassicality of a bosonic field, based on the sensit...
p-Mechanics is a consistent physical theory which describes both quantum and classical mechanics sim...