Titlebook: Integrated Devices for Quantum Information with Polarization Encoded Qubits; Linda Sansoni Book 2014 Springer International Publishing Swi

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Book 2014iments use large-scale (bulk) optical elements bolted down to an optical bench, an approach that ultimately limits the complexity and stability of the quantum circuits required for quantum science and technology. The realization of complex optical schemes involving large numbers of elements requires

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2190-5053 al quantum transport demonstrates the quantumness underlyingQuantum information science has found great experimental success?by exploiting?single photons. To date, however, the majority of quantum optical experiments use large-scale (bulk) optical elements bolted down to an optical bench, an approac

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Quantum Transport in Presence of Disorderrting from an integrated array of interferometersfabricated in glass by femtosecond laser writing and using a novel technique to introduce a controlled phase shift into each unit mesh of the network. Polarization entanglement is exploited to simulate the different symmetries of the two-walker system.

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Quantum Information with PhotonicsQubits may be implemented with different quantum systems, e.g. atoms, photons, plasmons, quantum dots and ions. In this work I focus the attention on photonic implementations.

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Integrated Waveguide TechnologyModern communication technology is based on integrated devices: indeed there are many advantages in using integrated devices due to their small dimensions, the intrinsic stability and the potential scalability.

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Polarization Dependent and Independent DevicesThe femtosecond laser writing technology allows to realize a wide variety of optical devices. As seen in the previous chapter, this technique presents many advantages such as rapid prototyping, three-dimensional capabilities and circular transverse profile of the realized waveguides.

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Quantum Computation: Integrated Quantum Gates for Polarization Encoded QubitsIn the previous Chapter, I reported on the realization of integrated circuits able to support polarization encoded qubits by means of the ultrafast laser writing technique.