Alexander Pirker

PhD Student

Room: 4S17 ITP
Phone: +43 512 507 52286
Email: Alexander.Pirker[at]student.uibk.ac.at

Research group: Quantum Information and Computation

More Information

  • FLD Research Documentation

    Publications 2018

    Contributions to Books / Journals

    Journal Article (Original Paper)
    • Pirker, A.; Wallnöfer, J.; Dür, Wolfgang (2018): Modular architectures for secure quantum networks.
      In: New Journal of Physics 20, No. 053054. (DOI) (Web link)

    • Yamasaki, Hayata; Pirker, Alexander; Murao, Mio; Dür, Wolfgang; Kraus, Barbara (2018): Multipartite entanglement outperforming bipartite entanglement under limited quantum system sizes.
      In: Physical Review A (Atomic, Molecular and Optical Physics) 98/5, No. 052313. (DOI) (Web link)

    • Zwerger, M.; Pirker, A.; Dunjko, V.; Briegel, Hans J.; Dür, Wolfgang (2018): Long-Range Big Quantum-Data Transmission.
      In: Physical Review Letters 120/3, No. 030503. (DOI)

    Other Publications

    Electronic Publication, Scientific
    • Pirker, A.; Dür, W. (2018): A quantum network stack and protocols for reliable entanglement-based networks. (Web link)

    • Wallnöfer, Julius; Pirker, Alexander; Zwerger, Michael; Dür, Wolfgang (2018): Multipartite state generation in quantum networks with optimal scaling. (Web link)



    Publications 2017

    Contributions to Books / Journals

    Journal Article (Original Paper)
    • Pirker, A.; Dunjko, V.; Dür, Wolfgang; Briegel, Hans J. (2017): Entanglement generation secure against general attacks.
      In: New Journal of Physics 19, No. 113012. (DOI)

    • Pirker, A.; Wallnöfer, J.; Briegel, Hans J.; Dür, Wolfgang (2017): Construction of optimal resources for concatenated quantum protocols.
      In: Physical Review A (Atomic, Molecular and Optical Physics) 95/6, No. 062332. (DOI)

    Other Publications

    Electronic Publication, Scientific
    • Pirker, A.; Zwerger, M.; Dunjko, V.; Briegel, Hans J.; Dür, Wolfgang (2017): Simple proof of confidentiality for private quantum channels in noisy environments. (Web link)