Statistical reconstruction of optical quantum states based on mutually complementary quadrature quantum measurements
YI Bogdanov, GV Avosopyants, LV Belinskii… - Journal of Experimental …, 2016 - Springer
Journal of Experimental and Theoretical Physics, 2016•Springer
We describe a new method for reconstructing the quantum state of the electromagnetic field
from the results of mutually complementary optical quadrature measurements. This method
is based on the root approach and displaces squeezed Fock states are used as the basis.
Theoretical analysis and numerical experiments demonstrate the considerable advantage of
the developed tools over those described in the literature.
from the results of mutually complementary optical quadrature measurements. This method
is based on the root approach and displaces squeezed Fock states are used as the basis.
Theoretical analysis and numerical experiments demonstrate the considerable advantage of
the developed tools over those described in the literature.
Abstract
We describe a new method for reconstructing the quantum state of the electromagnetic field from the results of mutually complementary optical quadrature measurements. This method is based on the root approach and displaces squeezed Fock states are used as the basis. Theoretical analysis and numerical experiments demonstrate the considerable advantage of the developed tools over those described in the literature.
Springer
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