Quantum State Generation and Entanglement Manipulation Using Linear Optics

Authors

ŞAHİN KAYA ÖZDEMİR
TAKASHI YAMAMOTO
MASATO KOASHI
NOBUYUKI IMOTO

DOI

-

Abstract

Quantum information processing (QIP) requires unitary operations, measurements and synthesis, manipulation and characterization of arbitrary quantum states. Linear optics provides efficient tools for these purposes. In this review paper, we introduce the elements of linear optics toolbox, and briefly discuss some experimental and theoretical investigations using this toolbox. Our main focus will be the qubit state generation and entanglement extraction using linear optics toolbox.

Keywords

linear optics, quantum state, entanglement manipulation

First Page

459

Last Page

480

Recommended Citation

ÖZDEMİR, ŞAHİN KAYA; YAMAMOTO, TAKASHI; KOASHI, MASATO; and IMOTO, NOBUYUKI (2003) "Quantum State Generation and Entanglement Manipulation Using Linear Optics," Turkish Journal of Physics: Vol. 27: No. 5, Article 12. Available at: https://journals.tubitak.gov.tr/physics/vol27/iss5/12