Search results for: QUANTUM INTERFEROMETERS, CNOT GATE, ENTANGLEMENT, WHICH-WAY INFORMATION, SPONTANEOUS EMISSION AND DEPHASING - Bridge of Knowledge

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Search results for: QUANTUM INTERFEROMETERS, CNOT GATE, ENTANGLEMENT, WHICH-WAY INFORMATION, SPONTANEOUS EMISSION AND DEPHASING

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Search results for: QUANTUM INTERFEROMETERS, CNOT GATE, ENTANGLEMENT, WHICH-WAY INFORMATION, SPONTANEOUS EMISSION AND DEPHASING

  • Marek Czachor prof. dr hab.

  • Swapping Space for Time: An Alternative to Time-Domain Interferometry

    Publication

    Young's double-slit experiment [1] requires two waves produced simultaneously at two different points in space. In quantum mechanics the waves correspond to a single quantum object, even as complex as a big molecule. An interference is present as long as one cannot tell for sure which slit is chosen by the object. The more we know about the path, the worse the interference. In the paper we show that quantum mechanics allows for...

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  • On symmetric extendibility of quantum states and its applications

    Publication

    - Year 2017

    This dissertation is focused on analysis of the symmetric extendibility of quantum states and its applications in the quantum information theory, with special attention paid to the area of quantum entanglement distillation, quantum channels theory, quantum security, and monogamy of quantum entanglement in time. We analyze geometry of the set of symmetric extendible states, i.e. such states that possess symmetric extensions and...

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  • Experimental generation of complex noisy photonic entanglement

    Publication
    • K. Dobek
    • M. Karpiński
    • R. Demkowicz-Dobrzański
    • K. Banaszek
    • P. Horodecki

    - LASER PHYSICS - Year 2013

    We present an experimental scheme based on spontaneous parametric down-conversion to produce multiple-photon pairs in maximally entangled polarization states using an arrangement of two type-I nonlinear crystals. By introducing correlated polarization noise in the paths of the generated photons we prepare mixed-entangled states whose properties illustrate fundamental results obtained recently in quantum information theory, in particular those...

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  • Superadditivity of two quantum information resources

    Publication

    - Science Advances - Year 2017

    Entanglement is one of the most puzzling features of quantum theory and a principal resource for quantum information processing. It is well known that in classical information theory, the addition of two classical information resources will not lead to any extra advantages. On the contrary, in quantum information, a spectacular phenomenon of the superadditivity of two quantum information resources emerges. It shows that quantum...

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