Towards Device-independent Quantum Technologies
The QuantERA ToDiQT consortium develops the theoretical foundations and practical protocols that will enable a new generation of quantum technologies whose security and performance are guaranteed by the laws of quantum physics — independently of the devices used.
Device-independent (DI) approaches to quantum information processing provide security and performance guarantees that rely only on observed measurement statistics and the laws of quantum mechanics — not on trusting the inner workings of the devices. Our consortium pushes the frontiers of DI quantum key distribution, randomness generation, self-testing, and network protocols.
Quantum key distribution and randomness amplification with security independent of device imperfections.
Certifying and exploiting quantum correlations across multi-party networks.
Characterising quantum states and measurements from correlations alone.
Fundamental and applied aspects of Bell inequalities and nonlocal correlations.
Co-funded by the European Union
Supported by QuantERA ToDiQT