A Compact and scalable source for entangled photonic linear cluster states

Daniel Istrati,Yehuda Pilnyak,Lior Cohen,L. Vidro,Hagai S. Eisenberg,J. C. Loredo Rosillo,C. Antóon,P. Hilaire,H. Ollivier,C. Millet,Aristide Lemaître,Isabelle Sagnes,A. Harouri,Loïc Lanco,Pascale Senellart

A Compact and scalable source for entangled photonic linear cluster states

2019

Daniel Istrati
Yehuda Pilnyak
Lior Cohen
L. Vidro
Hagai S. Eisenberg
J. C. Loredo Rosillo
C. Antóon
P. Hilaire
H. Ollivier
C. Millet
Aristide Lemaître
Isabelle Sagnes
A. Harouri
Loïc Lanco
Pascale Senellart

We have devised an all-fiber scheme for the creation of multipartite entanglement of photons of arbitrary number. A quantum dot single photon source was utilized and entanglement of four photons was demonstrated.

Keywords:

Scalability
Optoelectronics
Photonics
Physics
Quantum mechanics
Photon polarization
Single-photon source
Quantum dot
Quantum entanglement
Photon
Multipartite entanglement

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