University of Bern

Institute of Applied Physics

Publications

Articles in Journals

Sacha Schwarz, André Stefanov, Stefan Wolf, Alberto Montina: Optimal measurements for nonlocal correlations, Physical Review A, vol.: 94, no.: 022322, pp.: 13, 2016 doi pdf [0.30 MB]Details
Sacha Schwarz, Bänz Bessire, André Stefanov, Yeong-Cherng Liang: Bipartite Bell inequalities with three ternary-outcome measurements - from theory to experiments, New Journal of Physics, ed.: IOP Publishing, vol.: 18, no.: 035001, pp.: 19, 2016 doi pdf [0.79 MB]Details
Sacha Schwarz, Bänz Bessire, André Stefanov: Experimental violation of a d-dimensional Bell inequality using energy-time entangled photons, International Journal of Quantum Information, ed.: World Scientific Publishing Company, vol.: 12, no.: 7 & 8, pp.: 10, 2015 doi pdf [1.73 MB]Details

Articles in Conference Proceedings

V Ivanchenko et al.: Geant 4 Electromagnetic Physics for LHC Upgrade, in: Journal of Physics: Conference Series, ed.: IOP Publishing, vol.: 513, no.: 022015, pp.: 10, 2014 doi pdf [1.31 MB]Details

Master's and Diploma Theses

Sacha Schwarz: Threshold Resummation For Higgs Production At Large Transverse Momentum, Philosophisch-Naturwissenschaftliche Fakultät, Universität Bern, Bern, Switzerland, 2013 pdf [1.17 MB]Details

Bachelor's Theses

Sacha Schwarz: Properties of Graphene in an External Magnetic Field, Philosophisch-Naturwissenschaftliche Fakultät, Universität Bern, Bern, Switzerland, 2011 pdf [1.88 MB]Details

Posters

Sacha Schwarz et al.: Nonlocal Correlations of Entangled Two-Qudit States Using Energy-Time Entangled Photons, 6th International Conference on Quantum Cryptography , Washington DC, 12 Sep 2016 pdf [8.74 MB]Details
Sacha Schwarz, Bänz Bessire, André Stefanov, Yeong-Cherng Liang: Bell inequalities with three ternary-outcome measurements - from theory to experiments and device-independent analysis, Workshop on Nonlocality, Causal Structures and Device-Independent Quantum Information, National Cheng Kung University, Tainan, Taiwan, 14 Dec 2015 pdf [3.58 MB]Details
Sacha Schwarz, Alberto Montana, Bänz Bessire, Stefan Wolf, André Stefanov: Quantifying Bell Nonlocality of Entangled Two-Qutrit States, Single Photon Workshop, Geneva, 13 Jul 2015 pdf [2.26 MB]Details
Sacha Schwarz, Bänz Bessire, Alberto Montina, Stefan Wolf, André Stefanov: Non-locality of entangled qudits pairs, 586. WE-Heraeus-Seminar on 'Quantum Correlations beyond Entanglement', Bad Honnef, Germany, 13 Apr 2015Details
Sacha Schwarz, Bänz Bessire, Alberto Montina, Stefan Wolf, André Stefanov : Non-locality of entangled qudits pairs, 586. WE-Heraeus-Seminar on ‘Quantum Correlations beyond Entanglement’, Bad Honnef, 13 Apr 2015Details
Sacha Schwarz, Bänz Bessire, André Stefanov: Towards a Nonlocal Ultrafast Detection of Energy-Time Entangled Photon Pairs, QSIT General Meeting, Arosa, 7 Jan 2015 pdf [4.78 MB]Details
Sacha Schwarz, Bänz Bessire, Christof Bernhard, Thomas Feurer, André Stefanov: Shaping Frequency Entangled Qudits, Quantum Computation and Computer Science (QPCS) School, Paris, 16 Jun 2014 pdf [2.40 MB]Details
Bänz Bessire, Christof Bernhard, Thomas Feurer, Sacha Schwarz, André Stefanov: Shaping frequency entangled qudits, IAP Day, Bern, 14 Feb 2014 pdf [2.41 MB]Details

Talks

Sacha Schwarz et al.: Nonlocal correlations between Frequency Entangled Photons, Invited Seminar Talk, IQC, University of Waterloo ON, 20 Sep 2016 pdf [8.74 MB]Details
Sacha Schwarz, Bänz Bessire, André Stefanov, Yeong-Cherng Liang: Bell inequalities with three ternary-outcome measurements - from theory to experiments, SPS Annual Meeting 2016, Lugano, 24 Aug 2016 pdf [2.93 MB]Details
André Stefanov, Sacha Schwarz, Stefan Wolf, Alberto Montina: Optimal measurements for nonlocal correlations with energy-time entangled photons, FQXI Workshop, Marseille, 2 Jun 2016Details
Sacha Schwarz, André Stefanov, Stefan Wolf, Alberto Montina: Optimal measurements for nonlocal correlations with energy-time entangled photons, IAP Seminar, Bern, 12 May 2016 pdf [9.07 MB]Details
Sacha Schwarz, André Stefanov, Stefan Wolf, Alberto Montina : Optimal measurements for nonlocal correlations, QSIT General Meeting, Arosa GR, 5 Feb 2016 pdf [2.22 MB]Details
André Stefanov, Sacha Schwarz, Stefan Lerch, Bänz Bessire: Photonic time-­‐energy entangled qudits from various discretization schemes, International Conference on Quantum Information Processing and Communication (QIPC 2015), Leeds, UK, 13 Sep 2015Details
André Stefanov, Sacha Schwarz, Bänz Bessire, Stefan Lerch: Photonic time-energy entangled qudits from various discretization schemes, Gemeinsame Jahrestagung von ÖPG, SPG, ÖGAA und SGAA, Wien, 1 Sep 2015Details
André Stefanov, Sacha Schwarz, Stefan Lerch, Bänz Bessire, Christof Bernhard: High dimensional frequency entanglement, 15th Asian Quantum Information Science Conference , Seoul, 24 Aug 2015Details
André Stefanov, Sacha Schwarz, Stefan Lerch, Bànz Bessire: Photonic Time-Energy Entangled Qudits From Various Discretization Schemes, LPhys15, Shanghai, 21 Aug 2015Details
Sacha Schwarz, Bänz Bessire, Yeong-Cherng Liang, André Stefanov: Experimental Violation of Multisetting Bell Inequalities for Qudits using Energy-Time Entangled Photons, 22nd Central European Workshop on Quantum Optics, Warsaw, Poland, 10 Jul 2015 pdf [22.62 MB]Details
Bänz Bessire, Sacha Schwarz, Thomas Feurer, André Stefanov: Characterization and Manipulation of Frequency Entangled Qudits, QSIT Seminar , ETH Zürich, 4 Sep 2014 pdf [11.78 MB]Details
Sacha Schwarz, Bänz Bessire, Christof Bernhard, Thomas Feurer, André Stefanov: Violation of a d-dimensional Bell Inequality using Time-Energy Entangled Photons, QSIT Junior Meeting, Passugg, 12 Jun 2014 pdf [6.27 MB]Details
Bänz Bessire, Christof Bernhard, Sacha Schwarz, Thomas Feurer, André Stefanov: Characterization and Manipulation of Frequency Entangled Qudits, Quantum 2014, Turin, 27 May 2014 pdf [10.49 MB]Details
Bänz Bessire, Christof Bernhard, Sacha Schwarz, Thomas Feurer, André Stefanov : Qudit Implementations with Energy-Time Entangled Photons, Quantum Information and Measurement (QIM), Berlin, 20 Mar 2014 pdf [4.02 MB]Details
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