Workshop on Matter-Wave Interferometry: Participants
February 21, 2019 4:06 pmback to Matter-Wave Interferometry: Home
The Venue Participants Accommodation Scientific Programm Social Event
just click on the title to see the abstract
- Markus Arndt (Universität Wien, Austria) Matter-wave interferometry with biological nanomatter
- Armin Danner (Atominstitut, Austria) Spin-Rotation Coupling Observed in Neutron Interferometry
- Niels Geerits (Atominstitut, Austria) Quantum Contextuality in Neutron Spin Echo Interferometry
- Stefan Gerlich (Universität Wien, Austria) Long-Baseline Universal Matter-wave interferometry
- Enno Giese (Ulm University, Germany) The twin paradox in light pulse atom interferometers
- Victor-O. de Haan (BonPhysics BV, Netherlands) Gravitation-induced quantum interference for neutrons
- Ben Heacock (NIST, USA) Precision Structure Factor Measurements Using Pendellosung Interferometry
- Yuji Hasegawa (Hokkaido University, Japan & Atominstitut, Austria)
- Michael Huber (NIST, USA) Measuring n-4He cross-sections to high precision using neutron interferometry
- Jürgen Klepp (Universität Wien, Austria)
- Hartmut Lemmel (ILL, France & Atominstitut, Austria) Simulating a Neutron Interferometer
- Sina Loriani (Universität Hannover, Germany) Gravity gradient cancellation in space-borne quantum tests of the universality of free fall
- Ben McMorran (University of Oregon, USA) Phase Contrast Imaging of Materials and Magnetic Fields using Scanning Electron Interferometry
- Saverio Pascazio (Universita di Bari, Italy) TBA
- Fabio Di Pumpo (Ulm University, Germany) Specular mirrors in atom interferometers
- Dmitry Pushin (University of Waterloo, Canada) Phase grating based neutron interferometry
- Helmut Rauch (Atominstitut, Austria)
- Dennis Schlippert (Universität Hannover, Germany) Matter wave interferometry for inertial sensing and tests of fundamental physics
- Rene Sedmik (Atominstitut, Austria) Gravity Resonance Spectroscopy with Ultracold Neutrons as a Tool to Test Dark Sector Models
- Stephan Sponar (Atominstitut, Austria) Measurement Uncertainty Relations Studied in Neutron Optics
- Richard Wagner (Atominstitut, Austria) A Delayed Choice Quantum Cheshire Cat Experiment with Neutrons