• Quantum Information Theory and Strongly Correlated Systems by Johannes Wilms
• Terahertz quantum-cascade lasters: Active region and advanced resonators by Alexander Benz, Vienna University of Technology
• Entanglement in strongly correlated quantum systems by Kristan Temme,
  
• Entanglement beyond two qubits by Philipp Krammer
• Terahertz Time-Domain Spectroscopy of Semiconductors by Daniel Dietze,
  
• Thermalisation and Creation of Bose-Fermi Mixtures by Maximilian Kuhnert
• THz Emission from Nanostructures by Christoph Deutsch,
• Foundations of the quantum physics & Photonic quantum information processing by Xiaosong Ma, Vienna University of Technology
• Time - and Frequency Resolved Spectral Hole Burning Spectroscopy of Single and Ensemble Quantum Dots by Thomas Moldaschl
• Towards one-dimensional Bose gases on an atom chip by Stephanie Manz, Vienna University of Technology
• Generic Probabilistic Theories: Quantum theory and beyond by Borivoje Dakic
• Quantum Reference Frames in Spacetime by Fabio Costa
• Noise induced decoherence in neutron interferometry by Georg Sulyok, Vienna University of Technology
• Internal state manipulation on an atom chip by Robert Bücker, Vienna University of Technology
• Collapse Dynamics in Bose-Fermi Mixtures by Michael Gring
• Hybrid Quantum Systems with Color Centers in Diamond by Tobias Nöbauer
• Properties and applications of Graphene in the THz spectral range by Alexander Urich, Vienna University of Technology
• Entanglement measures by Max Ebner
• High-fidelity photonic entanglement by Alexandra Mech
• Quantum mechanical state engineering by Simon Gröblacher
• Quantum cavity optomechanics by Michael Vanner
• Interferometry with molecules in the multi-kDa mass range by Stefan Gerlich
• Quantum correlations in cold atomic gases by Michael Keller
• Theoretical advances of molecule Interferometry and quantum optical descriptions of cluster cooling by Stefan Nimmrichter
• Multiplexing and detection for telecom-wavelength quantum cryptography by Sven Ramelow
• Simulation of strongly correlated quantum systems by Bogdan Pirvu
• Transport of Bose-Einstein condensates by Iva Brezinova, Vienna University of Technology

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