Two beams of collinear type-I biphotons generated via spontaneous parametric down-conversion (SPDC) from coherent pump beams are transformed without a loss into a state of correlated photons with orthogonal (in the general case, elliptical) polarizations. This alternative state manifests remarkable properties: while having the spectrum of type-I SPDC, it has polarization properties similar to type-II SPDC. To test the state, we use the anticorrelation effect ("anticorrelation dip")
Abstract—The nonlinear optical process of spontaneous para-metric down-conversion (SPDC) is widely s...
We present a theoretical and experimental study of preparing maximally entangled two-photon polariza...
A scheme to distinguish entangled two-photon-polarization (ETP) states from two independent entangle...
Orthogonality of two-photon polarization states belonging to a single frequency and spatial mode is ...
We present two projects that exploit symmetry to produce and measure photon pairs. In the first proj...
The polarization state of biphoton light generated via colinear frequency-degenerate spontaneous par...
We implement experimentally a method to generate photon-number$-$path and polarization entangled pho...
Correlations between the entire conical spatial modes of signal and idler beams in a type II spontan...
We present an experimental implementation of spectral properties engineering on biphoton light, emit...
In this paper we review our recent works on the generation of different Bell states within the lines...
We study the frequency-angular line shape for a phase-matched nonlinear process producing entangled ...
Spontaneous parametric down-conversion (SPDC) is a reliable and robust source of photons for quantum...
We elucidate the dependence of purity and entanglement of two-photon states generated by spontaneous...
It is shown that a highly-phase-sensitive polarization-squeezed (2n-1)-photon state can be generated...
We review the formalism for describing the two photon state produced in spontaneous parametric down ...
Abstract—The nonlinear optical process of spontaneous para-metric down-conversion (SPDC) is widely s...
We present a theoretical and experimental study of preparing maximally entangled two-photon polariza...
A scheme to distinguish entangled two-photon-polarization (ETP) states from two independent entangle...
Orthogonality of two-photon polarization states belonging to a single frequency and spatial mode is ...
We present two projects that exploit symmetry to produce and measure photon pairs. In the first proj...
The polarization state of biphoton light generated via colinear frequency-degenerate spontaneous par...
We implement experimentally a method to generate photon-number$-$path and polarization entangled pho...
Correlations between the entire conical spatial modes of signal and idler beams in a type II spontan...
We present an experimental implementation of spectral properties engineering on biphoton light, emit...
In this paper we review our recent works on the generation of different Bell states within the lines...
We study the frequency-angular line shape for a phase-matched nonlinear process producing entangled ...
Spontaneous parametric down-conversion (SPDC) is a reliable and robust source of photons for quantum...
We elucidate the dependence of purity and entanglement of two-photon states generated by spontaneous...
It is shown that a highly-phase-sensitive polarization-squeezed (2n-1)-photon state can be generated...
We review the formalism for describing the two photon state produced in spontaneous parametric down ...
Abstract—The nonlinear optical process of spontaneous para-metric down-conversion (SPDC) is widely s...
We present a theoretical and experimental study of preparing maximally entangled two-photon polariza...
A scheme to distinguish entangled two-photon-polarization (ETP) states from two independent entangle...