Funded projects

The main objective of the QuantERA Consortium is to launch transnational co-funded Calls for Proposals, as well as additional calls initiated within the supplementary activities embarked upon in the Programme.

So far, calls in 2017, 2019, 2021 and 2023 have resulted in a funding budget of over EUR 118 M and 101 excellent projects recommended for funding.

Selected projects aim, in particular, to develop a novel physical platform for quantum communication, sensing and computing, advance architectures and algorithms for future quantum information processing systems, and push for hardware scalability.

While providing strong support to basic science, it is expected that the projects will give a boost to strategic applied research in Quantum Technologies. Research results are also expected to address a number of societal challenges, such as cybersecurity and healthcare.

Project Search Tool

ARTEMIS

Neural networks controlling superconducting quantum circuits

ConSpiQuOS

Controlling Spins in Quantum systems in an Online Setting

CVSTAR

Continuous-Variable Multi-User Quantum Key Distribution for 5G and distributed storage applications

DISCO

Dicke-enhanced single-emitter strong coupling at ambient conditions as a quantum resource

DQUANT

Dissipative Quantum Chaos Perspective on Near-Term Quantum Computing

DYNAMITE

Next Generation Quantum Simulators: From DYNAMIcal Gauge Fields to Lattice Gauge ThEory

E2TPA

Exploiting Entangled two-photon absorption – E2TPA

EQUAISE

Enabling QUAntum Information by Scalability of Engineered quantum materials

EQUIP

Error Correction for Quantum Information Processing

ExTRaQT

Experiment and Theory of Resources in Quantum Technologies

HQCC

Hybrid Quantum Classical Computation

InQuRe

Field testing an integrated quantum repeater node

LEMAQUME

LEvitated MAgnets for QUantum MEtrology

MAESTRO

Mastering Technologies for Scalable Spin-based Solid-State Quantum Processors

MAGMA

Magnetic topological insulators for robust Majorana bound states

MENTA

Accessible Quantifiers of Multipartite Entanglement in Atomic Systems

Mf-QDS

Microfluidics Quantum Diamond Sensor

MOCA

Integrated microwave to optical conversion on a superconducting atom chip

MQSens

Quantum sensing with nonclassical mechanical oscillators

NImSoQ

New Imaging and control Solutions for Quantum processors and metrology

PhoMemtor

Photonic Quantum Memristor Networks

QATACOMB

Quantum correlAtions in TerAhertz qcl COMBs

QD-E-QKD

Quantum Dots for Entanglement-based Quantum Key Distribution

QOPT

Quantum algorithms for optimization

QuantaGENOMICS

Quantum Enabled Secure Multiparty Computation for Genomic Medicine

QuantumGuide

Hollow-core fiber atom guide for quantum devices

QuRAMAN

Quantum enhanced Raman spectroscopy for bioimaging applications

QuSiED

Quantum simulation with engineered dissipation

SensExtreme

Quantum sensing with diamond defects at extreme conditions

SIQCI

Scalable Architecture for Ion-Trap Quantum Computing Integration

SiQUOS

Superconducting Silicon Qubit in CMOS Technology

SPARQL

Sequential parametric amplification: quantum technology with multimode light

SQUEIS

Squeezing-Enhanced Inertial Sensing

STAQS

Shortcuts to Adiabaticity for Quantum Computation and Simulation

SuperLink

Superconducting quantum-classical linked computing systems

T-NiSQ

Tensor Networks in Simulation of Quantum matter

TOBITS

Non-Abelian anyons for topological qubits

uTP4Q

A versatile quantum photonic IC platform through micro-transfer printing

VERIqTAS

Verification of quantum technologies, systems and applications