QUROPE Quantum Information Processing and Communication in Europe

The purpose of this first CHIST-ERA conference will be to bring together personalities and scientists from the community of the call topics (Quantum Information Foundations and Technologies and Self-Awareness & Self-Consciousness) preliminarily chosen by the CHIST-ERA Consortium and that will be called for in the first CHIST-ERA transnational call for projects.

• Quantum Information Theory and Computation (Beige, Dunningham, Kendon, Pachos, Spiller)
• Foundations of Quantum Mechanics (Dunningham, Beige, Spiller)
• Optical and Solid State Implementations (Beige, Pachos, Spiller)
• Bose Einstein Condensation (Dunningham, Pachos, Spiller)
• Topological Quantum Computation (Pachos)
• Quantum Simulations and Transport (Kendon)
• Quantum Cryptography (Razavi, Spiller, Beige)
• Quantum Communication Networks (Razavi)

University of Padova, Department of Information Engineering, Padova, Italy
and IFN-CNR - Padova Italy
 

• Quantum Communications along Space and free-space channels
• Quantum Physics in Space,

• Integrated optics
• Nonlinear optics
• Entangled photons sources
• Single photons sources
• Flying qubits
• Quantum interfaces

• Fidelity
• Distance measures
• Quantum programming
• Algorithms
• Quantum games
• Programming languages
• Quantum control
• Quantum game theory

• Quantum information theory
• Quantum measurement theory
• Quantum walks
• Quantum protocols
• Quantum foundations

• Quantum optics

• Light-atoms quantum interface
• Quantum memory
• Teleportation of atomic ensembles
• Repeaters
• Single photon source

• Quantum chaos
• Quantum transport
• Decoherence
• Dynamical systems
• Quantum-classical transition
• Quantum channels

• Semiconductor Lasers
• Squeezing
• Parametric Down Conversion
• Nonlinear Optics
• Cavity Solitons

• Quantum state teleportation
• Optical parametric amplification of single photons
• Quantum cloning and universal NOT gate; Purification of single qubits
• Parametric sources of pure and mixed entangled state
• Quantum state and process tomography
• Detection of Fock states
• Detection of entanglement
• Hyper-entanglement