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QICS

Monday, 5. March 2012 Coherent Frequency Conversion in a Superconducting Artificial Atom with Two Internal Degrees of Freedom	Tuesday, 17. May 2011 Asymmetric Cooper pair transistor in parallel to a dc SQUID: Two coupled quantum systems	Friday, 8. July 2011 Junction fabrication by shadow evaporation without a suspended bridge
Tuesday, 15. November 2011 Etching suspended superconducting hybrid junctions from a multilayer	Wednesday, 8. December 2010 Quantum dynamics of a driven three-level Josephson-atom maser	Tuesday, 28. June 2011 Characterization of a microwave frequency resonator via a nearby quantum dot
Thursday, 12. January 2012 Implementation of a Toffoli gate with superconducting circuits	Tuesday, 24. January 2012 Benchmarking a Quantum Teleportation Protocol in Superconducting Circuits Using Tomography and an Entanglement Witness	Wednesday, 25. January 2012 Dipole Coupling of a Double Quantum Dot to a Microwave Resonator
Thursday, 4. August 2011 Single-Shot Correlations and Two-Qubit Gate of Solid-State Spins	Tuesday, 22. November 2011 Coupling artificial molecular spin states by photon-assisted tunnelling	Tuesday, 8. November 2011 Generating Entanglement and Squeezed States of Nuclear Spins in Quantum Dots
Thursday, 10. March 2011 Efficient controlled-phase gate for single-spin qubits in quantum dots	Thursday, 24. February 2011 Single-spin magnetometry with multi-pulse dynamical decoupling sequences	Tuesday, 21. February 2012 Spin dynamics in the optical cycle of single nitrogen-vacancy centres in diamond
Wednesday, 21. September 2011 High-fidelity projective readout of a solid-state spin quantum register	Sunday, 24. April 2011 Controlling the quantum dynamics of a mesoscopic spin bath in diamond	Friday, 14. October 2011 Two-photon quantum interference from separate nitrogen vacancy centers in diamond
Tuesday, 13. March 2012 Bright single photon source in bottom-up tailored nanowires	Thursday, 26. January 2012 Single-Shot Measurement of Triplet-Singlet Relaxation in a Si/SiGe Double Quantum Dot	Friday, 10. February 2012 Undoing measurement-induced dephasing in circuit QED
Tuesday, 9. August 2011 Demonstration of a Single-Photon Router in the Microwave Regime	Monday, 28. February 2011 Are "Pinholes" the Cause of Excess Current in Superconducting Tunnel Junctions? A Study of Andreev Current in Highly Resistive Junctions	Thursday, 24. February 2011 Activation mechanisms for charge noise
Tuesday, 26. June 2012 Generation of Nonclassical Microwave States Using an Artificial Atom in 1D Open Space	Tuesday, 10. January 2012 Coupling of an erbium spin ensemble to a superconducting resonator	Thursday, 2. February 2012 Characterization of a Two-Transmon Processor with Individual Single-Shot Qubit Readout
Thursday, 5. April 2012 Quantum speeding-up of computation demonstrated in a superconducting two-qubit processor	Friday, 3. February 2012 Back-action of a driven nonlinear resonator on a superconducting qubit	Monday, 30. January 2012 Storage and retrieval of a microwave field in a spin ensemble

Latest QIPC News

2017-11-30

Wiley-VCH to launch of a new journal: "Advanced Quantum Technologies" - now open for submission!

Wiley-VCH is currently preparing the launch of a new journal, Advanced Quantum Technologies (www.advquantumtech.com). The journal is now open for submission

2017-11-03

EC vice-president Ansip: "I would like Europe to be the home to a world-class quantum industry"

EC vice-president and Commissioner for the Digital Single Market, Andrus Ansip, makes positive remarks about Quantum Technologies and talk about what will be the next steps in Europe for the QT.

2017-09-27

High Level Steering Committee Final Report published

The final report of the High Level Steering Committee for Quantum Technologies has been published.

QUROPE Quantum Information Processing and Communication in Europe

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00. QUANTUM INFORMATION SCIENCE
-01. PHYSICS AND INFORMATION SCIENCE
--01.10.+i Encoding, processing and transmission of information via physical systems
--01.20.+e Reversibility and irreversibility in information processing
--01.30.+r Quantum states and dynamics as a resource for information processing
--01.40.+n Entanglement as a resource for information processing
--01.50.+e Entropy and other measures of information
-02. FUNDAMENTAL PROBLEMS
--02.10.+t Quantum-Classical Transition
--02.20.+c Mesoscopic and Macroscopic Quantum Coherence
--02.30.-n Entanglement, nonlocality, complementarity
--02.30.An Bell theorem without inequalities
--02.30.Bi Bell inequalities
--02.30.Lh Loopholes in Bell-type experiments
--02.40.+d Interaction with environment
--02.50.+r Reference frames in quantum mechanics
--02.60.+g Geometric/topological phases
--02.70.+a Theories alternative to quantum mechanics
--02.80.+i Fundamentals of quantum interference (quantum eraser, which-way information, etc.)
--02.90.+f Foundational issues of quantum mechanics
-03. ENTANGLEMENT
--03.02.+s Separability properties
--03.05.+c Characterization and classification of entanglement
--03.10.+m Entanglement measures
--03.20.+w Entanglement detection/witnesses
--03.25.+y Entanglement catalysts
--03.30.+e Entangling/Disentangling power of quantum evolutions and transformations
--03.40.+t Thermal/mixed state entanglement
--03.50.+b Bound entanglement
--03.60.+i Entanglement of identical particles and statistics
--03.70.+c Entanglement versus correlation
--03.80.+p (Theory of) purification, distillation, concentration
--03.90.+m (Other) mathematical aspects of composite quantum systems
-04. ENTANGLEMENT IN MANY-BODY SYSTEMS
--04.10.+s Entanglement in spin models/oscillator chains
--04.20.+b Squeezing and entanglement in quantum degenerate gases and BCS model
--04.25.+l Entanglement in solid state systems, Luttinger liquids, etc.
--04.30.+p Entanglement in phase transitions
--04.40.+c Entanglement, chaos and disorder
--04.50.+m Efficient simulation of quantum many-body systems
--04.60.+s Entanglement in mesoscopic/macroscopic systems
--04.70.+m Multi-particle/multi-photon entanglement
--04.80.+d Entanglement dynamics in composite quantum systems
--04.90.+t Entanglement transfer
-05. CROSS DISCIPLINARY LINKS
--05.05.+r Quantum information & relativity/cosmology
--05.10.+s Quantum information & quantum statistics
--05.20.+c Quantum information & quantum chaos
--05.30.+t Quantum information & thermodynamics
--05.40.+n Quantum information & neural networks
--05.50.+a Quantum information & adaptive learning and feedback control
--05.60.+c Quantum information & chemistry
--05.70.+o Quantum information & quantum control
--05.80.+m Quantum information & complex systems
--05.90.+p Quantum information & quantum field theory/particle physics
-06. QUANTUM MEASUREMENTS
--06.10.+d Dynamics of the measurement process
--06.15.+e Measurement-induced transformations
--06.20.+m Quantum measurement theories
--06.25.+n Quantum non-demolition measurements
--06.30.+p Positive Operator Valued Measurements (POVM’s)
--06.35.+w Weak measurements
--06.40.+z Quantum Zeno effect
--06.50.+t Tomographic state reconstruction
--06.60.+r Non-tomographic state reconstruction/estimation
--06.70.+e Phase estimation
--06.80.+s Quantum state discriminatio
--06.85.+o Quantum operator discrimination/reconstruction
--06.90.+m Parameter estimation
-07. MATHEMATICS OF HILBERT SPACE
--07.10.+r State representations (quasi-probability distributions, Poincare’ sphere, Stokes parameters, etc.)
--07.20.+b Properties of special bases
--07.30.+o Properties of operators
--07.40.+d Distance between states
--07.50.+n No-go theorems
--07.60.+s Special states (graph states, cluster states, etc.)
10. QUANTUM COMPUTATION
-11. ALGORITHMS
--11.10.+c Quantum complexity theory
--11.20.+a Role of entanglement in quantum algorithms
--11.30.+h Factoring, hidden subgroup
--11.40.+s Quantum search
--11.50.+m Quantum maps, quantum chaos
--11.60.+g Quantum games, strategies
--11.70.+w Quantum random walks
--11.80.+e Spectral evaluation
--11.90.+m Quantum template matching
--11.95.+o Other algorithms
-12. SIMULATIONS
--12.10.+i Simulations of many-body interactions
--12.20.+h Optimal simulation of few-qubit Hamiltonians
--12.30.+u Universal quantum simulators with specific systems (e.g. trapped ions, optical lattices, etc.)
--12.40.+e Efficient classical simulation of quantum computation
-13. DEFEATING ERRORS
--13.10.+n Effects of noise and imperfections
--13.20.+e Quantum error correction
--13.30.+t Fault-tolerant quantum computation
--13.40.+d Decoherence-free subspaces /noiseless subsystems
--13.50.+d Dynamical/algebraic decoupling/recoupling
--13.60.+p Geometric/topological protection
--13.70.+f Quantum feedback/filtering and control
--13.80.+a Errors and chaos
-14. MODELS AND ARCHITECTURES
--14.10.+c Quantum circuit model
--14.20.+a Quantum cellular automata
--14.30.+t Quantum Turing machine
--14.35.+i Initialization of quantum registers
--14.40.+m Measurement-based quantum computation
--14.50.+a Adiabatic quantum computation
--14.60.+g Geometric/topological and holonomic quantum computation
--14.70.+p Post-selected quantum computation
--14.80.+f Quantum computation with fixed couplings
--14.90.+l Quantum computation with local control
--14.95.+p Probabilistic quantum computation
-15. IMPLEMENTATIONS: QUANTUM OPTICS
--15.10.–p Quantum Optics: Physical qubits
--15.10.El Electrons
--15.10.En Atomic ensembles
--15.10.Ie Ions: electronic states
--15.10.Iv Ions: vibrational states
--15.10.Mo Molecules
--15.10.Ne Neutral atoms: electronic states
--15.10.Nv Neutral atoms: vibrational states
--15.10.Ry Rydberg atoms
--15.10.Ph Photons
--15.10.Qd Quantum dots
--15.20.–e Quantum Optics: Experimental system
--15.20.Ca Cavity QED
--15.20.Lo Linear optics
--15.20.Lp Linear Paul traps
--15.20.Mc Magnetic atom chips
--15.20.Ml Micro-fabricated lithographic traps
--15.20.Oc Optical atom chips
--15.20.Ol Optical lattices
--15.20.Pt Penning traps (planar and circular)
--15.20.Ro Readout techniques in quantum optics
-16. IMPLEMENTATIONS: CONDENSED MATTER
--16.10.Ec Electrons in solids: charge
--16.10.Es Electrons in solids: spin
--16.10.Is Ions in solids
--16.10.Jn Josephson nanodevices
--16.10.Ns Nuclear spins
--16.10.Sc Spin chains
--16.10.–p Condensed Matter: Physical qubits
--16.20.Cq Charge qubits
--16.20.Db Band-gap modulation quantum dots
--16.20.Dc Defect centers in diamonds
--16.20.De Electrically realized quantum dots
--16.20.Ec Endohedral C60 on surfaces
--16.20.Fq Flux qubits
--16.20.Ih Isotopically engineered heterostructures
--16.20.Ln Liquid NMR
--16.20.Ns QD nuclear spin ensembles
--16.20.Pd Atomic donors in semiconductor substrates
--16.20.Pq Phase qubits
--16.20.Rc Readout techniques in condensed matter
--16.20.Re Rare-earth-ion-doped crystals
--16.20.Sq Superconducting qubits coupled to resonators
--16.20.Sr Electron spin resonance
--16.20.–e Condensed Matter: Experimental system
-17. OTHER IMPLEMENTATIONS
--17.10.+n Nanotubes and nanowires
--17.20.+m Single-domain magnetic particles
--17.30.+e Electrons on helium films
--17.40.+d Molecular spin/dipole arrays
--17.50.+h Quantum Hall systems
--17.60.+r Nanomechanical resonators
--17.70.+s Spectral hole burning
--17.80.+h Hybrid systems
--17.90.+s Surface-acoustic-wave-based quantum computer
-18. DECOHERENCE STUDIES
--18.10.+b System-bath interaction (harmonic bath, spin bath)
--18.20.+s Electron spins in semiconductors (phonons, nuclear spins)
--18.30.+a Atoms close to surfaces/in laser fields or cavities
--18.40.+n Electromagnetic noise on trapped ions
--18.50.+p Electric and phonon noise in semiconductors
--18.60.+d Disentanglement via dissipation/dephasing
--18.70.+s Decoherence in solid state systems
--18.80.+d Quantum dissipative systems
20. QUANTUM COMMUNICATION
-21. PROTOCOLS
--21.10.+a Quantum authentication/identification
--21.20.-s Quantum secret sharing/data hiding
--21.20.Kd Quantum key distribution
--21.20.Kl Quantum key distillation
--21.20.Rc Quantum remote control
--21.20.Rp Remote state preparation
--21.20.Sc Quantum bit-string commitment
--21.30.+c Quantum coding
--21.40.+d Quantum data compression
--21.50.+t Teleportation
--21.60.+e Entanglement based protocols
--21.70.+q Qudits
--21.80.+c Quantum cloning
-22. INFORMATION SECURITY BEYOND QUANTUM CRYPTOGRAPHY
--22.10.+k High key rates
--22.20.+d Continuous variables
--22.30.+c Quantum codes
--22.40.+p Privacy amplification
--22.50.+t Teleportation as a cryptographical primitive
--22.60.+e Eavesdropping detection
--22.65.+a Eavesdropping attacks/strategies
--22.70.+s Security proofs
--22.80.+p Plug and play systems
--22.90.+d Distrustful cryptography
-23. LONG-DISTANCE QUANTUM COMMUNICATION
--23.05.+f Fiber-based quantum communication
--23.10.+l Limits for shared entanglement
--23.20.+f Free-space entanglement
--23.25.+c Free-space quantum communication
--23.30.+o Outer-space quantum communication
--23.40.+a Adaptive optics
--23.50.+s Feasibility studies for satellite based quantum communication
--23.60.+d Study of decoherence
--23.70.+s Space qualified technologies
-24. SOURCES
--24.10.-s Single photons
--24.10.Od Single photons on demand
--24.10.Tw Single photons at telecom wavelength
--24.20.-e Entangled photons
--24.20.Od Entangled photons on demand
--24.20.Tw Entangled photons at telecom wavelength
--24.30.+s Squeezed states sources
--24.40.+h High efficiency sources
--24.50.+m Multiphoton sources
--24.60.+s Generation of specific states of radiation
--24.70.+c Color-center/quantum dot photon sources
-25. DETECTORS
--25.10.+e Quantum efficiency of detectors
--25.20.+n Number resolution
--25.30.+c Clock synchronization
--25.40.+t Automated state and process tomography
--25.50.+m Miniaturization
--25.60.+a Quantum state analyzers
30. QUANTUM NETWORKS
-31. QUANTUM CHANNELS
--31.10.+l Long distance photonic channel
--31.20.+t Quantum state transport in quantum chains and arrays
--31.25.+d Decoherence in quantum channels
--31.30.+c Characterization of quantum channels
--31.35.+i Dissipative quantum channels
--31.40.+d Entanglement distribution
--31.50.+m Quantum channel memory
--31.60.+n Non-photonic quantum channels
--31.70.+g Gaussian channels
--31.80.+b Bosonic channels
--31.90.+e Entangled channels
-32. QUANTUM REPEATERS
--32.10.+c Communication over noisy channels
--32.20.+m Quantum memories/storage of qubits
--32.30.+s Entanglement swapping
--32.40.+p Realization of purification, concentration, and distillation in physical systems
--32.50.-c Quantum communication complexity
--32.50.Fp Quantum fingerprinting
--32.60.+s Small scale quantum processors
-33. QUBIT INTERFACES
--33.10.+a Cavity QED (atoms or ions)
--33.20.+d Quantum dots
--33.30.+s SQUIDs
--33.40.+j Josephson junctions <-> ions
--33.45.+u Superconducting qubits <-> spins
--33.50.+n Nanomechanical resonators <-> quantum dots, superconducting qubits
--33.60.+a Atomic systems <-> mesoscopic conductors
--33.70.+o Optical systems <-> solid-state systems
--33.80.+m Atomic-ensemble quantum memory for light
--33.90.+e Entanglement between atoms and photons
40. QUANTUM INFORMATION TECHNOLOGIES
-41. METROLOGY
--41.05.+l Quantum limits
--41.10.+p Quantum enhanced measurements
--41.20.+c Quantum clock synchronization
--41.30.+i Quantum imaging
--41.40.+s Precision spectroscopy via entangled states
--41.50.+n Nanomechanical sensors
--41.60.+s Single electron spin measurements
--41.70.+a Aligning reference frames
--41.80.+c Absolute calibration of detectors
--41.90.+n New sensor technologies
--41.95.+m Quantum magnetometry