DYNAMITE

DYNAMITE Next Generation Quantum Simulators: From DYNAMIcal Gauge Fields to Lattice Gauge ThEory As of today, Quantum Simulators (QS) are the systems that can address, deepen our understanding of, and ultimately solve some of the most challenging problems of contemporary science: from quantum many body dynamics, through static and transient high Tc superconductivity, to the…

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DQUANT

DQUANT Dissipative Quantum Chaos Perspective on Near-Term Quantum Computing The arrival of Quantum Computer (QC) prototypes developed by companies like D-Wave Systems, Honeywell, Google, and IBM, marked the beginning of the era of Quantum Information Technology. Yet, after almost a decade, the available platforms remain prototypical. The reason for this is rooted in physics: It is extremely difficult…

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DISCO

DISCO Dicke-enhanced single-emitter strong coupling at ambient conditions as a quantum resource The DISCO project aims at the implementation of a new platform to develop and study strongly coupled light-matter systems at the level of individual photons and individual quantum systems at ambient conditions and room temperature. Such systems represent the boundary between localized and…

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uTP4Q

uTP4Q A versatile quantum photonic IC platform through micro-transfer printing The key breakthrough targeted by the project uTP4Q is the development of a unified platform for quantum photonic integrated circuits (QPICs) for quantum communication and quantum computation. We will demonstrate the benefits of heterogeneous integration of different materials by combining InAs quantum dot emitters, Lithium…

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SIQCI

SIQCI Scalable Architecture for Ion-Trap Quantum Computing Integration The realization of the European quantum computing roadmap requires new quantum computing architectures that enable a scalable approach towards the goal of a thousand qubits at the end of the decade – a challenge that ought to be tackled in a collaborative effort across disciplines such as…

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QuRAMAN

QuRAMAN Quantum enhanced Raman spectroscopy for bioimaging applications The accuracy of classical optical detection is fundamentally restricted by the shot noise. We exploit non-classical light to circumvent the classical limits in spectroscopic fingerprinting thus opening novel avenues for high-accuracy medical diagnostics. Raman spectroscopy – on the single cellular level – is one of the analytical…

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QuantumGuide

QuantumGuide Hollow-core fiber atom guide for quantum devices A wide range of applications in quantum technology are based on atoms, ions, or molecules, most prominently in the fields of quantum computation, simulation, and sensing. This includes ion trap and neutral-atom quantum computers and simulators, fiber-based cavities surrounding atoms or ions for quantum communication, quantum sensors…

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QuantaGENOMICS

QuantaGENOMICS Quantum Enabled Secure Multiparty Computation for Genomic Medicine Collaborative genomic medicine is on the verge to bring major advances to medical research and health care services. However, it also raises major ethical concerns if privacy is not strictly assured. By exploring the laws of quantum mechanics, a generic and broadly available secure multiparty computation…

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QD-E-QKD

QD-E-QKD Quantum Dots for Entanglement-based Quantum Key Distribution Entanglement is a fundamental ingredient for extending quantum key distribution from two-party communication to networks without trusted nodes. Yet, the commercial application of this concept is currently hindered by the probabilistic nature of the photon-generation process underlying the used entanglement resources. QD-E-QKD will develop a novel technology…

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NImSoQ

NImSoQ New Imaging and control Solutions for Quantum processors and metrology The goal of the project is to design, prototype and validate in cutting-edge research applications a new camera tailored to the requirements of qubit readout and control in atomic systems. This camera, together with a dedicated control system, will be a key enabling device…

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