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Quantum Simulations for microscopic systems using photonic chips, Simulation of molecular quantum dynamics, Limits of conventional computers for quantum simulation, Quantum key distribution.
Quantum Information theory, quantum control and measurement, quantum simulation, quantum chaos, quantum optics and atomic molecular optical physics.
Connections between quantum and complexity science, from atomic particles to large-scale phenomena, new insights into complex systems from quantum computation, quantum advantage and resource theory
Quantum Optics, Atom-Light Interaction, Quantum Optomechanics, Trapped ions and nanoparticles, Cavity and Superconducting Circuits QED, Quantum Technology
Systems for distributed quantum computing, post-Moore's Law computer architecture, a computer system with IP-based communication, scaling from multicore chips to Internet levels.
Quantum sensors, Relativistic geodesy and gravimetry, Optical clocks and frequency standards, Precision measurements, Integrated ion trap technology, Thermodynamics of ion Coulomb crystals.
Quantum optics, Weak quantum measurement, Quantum information, Thermoelectric properties of mesoscopic structures, Information theoretic approaches to precision measurements.
Quantum Algorithms, Variational Quantum Chemistry, Quantum Metrology, Foundations of Quantum Mechanics.
Quantum information theory, Quantum thermodynamics, Quantum statistical mechanics, Quantum measurement theory, Quantum statistics and foundations.
Quantum measurements and information. Quantum feedback control. Many interacting worlds interpretations of quantum mechanics and quantum foundations.
Quantum Information, applications for quantum computers, quantum algorithms which allow us to solve computational problems more efficiently on a quantum computer (i.e. using less time, memory, or fewer runs of the core computational subroutine than classical computers).
Quantum information theory and computer science. Mathematical foundations of quantum information. Applications in quantum communication and cryptography.
Multimode and continuous variable quantum optics, Quantum information processing with optical frequency combs, Generation of multimode non-Gaussian states, Quantum metrology and parameter estimation in optical images.
Quantum nature of ultra-cold atomic matter, superconducting atom chips, Bose-Einstein condensates, atom interferometer for the precise determination of local gravity
Quantum information and simulation, quantum thermodynamics and spin dynamics.
Fundamental aspects to imaging, Investigations of light propagation in complex media, Biomedical imaging, sensing, and signal processing, Quantum optics and information in complex media.
Computer science and information engineering. Quantum computing for operational and industrial applications, computer vision, quantum optimization, and quantum education.
quantization, quantum foundations, quantum information, mathematical physics (geometry, topology and category theory in physics).
Quantum entanglement ranging from distributed quantum computation to measurement-based quantum computation to quantum metrology and hybrid quantum systems.
Microwave control system for superconducting and electron spin quantum computers, quantum information and microwave engineering.
Quantum simulation, many-body spin dynamics, Rydberg physics, atom-based electromagnetic field sensing.
Atomic clock, Time dissemination
Quantum communication, Quantum key distribution, Security verification of quantum communication devices
Low-dimensional Materials, Quantum Dots, Perovskite Solar Cells, 2D FET, Layered materials, Optoelectronic properties and nanotechnology.
Quantum machine learning, Quantum computation and information, Quantum many-body systems.