A one-year (eventually renewable) post-doc position (experimental) will be opened in summer 2021 to work in the low temperature nanotechnology labs at CNR-NANO & Scuola Normale Superiore in Pisa. High motivation and a basic education in solid-state physics or superconductivity or spintronics is welcome.
The work will be part of an ambitious ongoing European project (SUPERTED) aiming at the realization of novel highly sensitive quantum detectors based on superconductor/ferromagnetic insulator (S/FI) bi-layers. The candidate will participate to the low temperature (~10 mK) electrical measurements, to the design of the superconducting spintronic detectors, to the data analysis, and to the simulation of the hybrid nanodevices.
For additional information, feel free to contact us: Francesco Giazotto, Elia Strambini, Maria Spies.
From March 2021, SQEL is going to start a new research and innovation project SuperGate “Gate Tuneable Superconducting Quantum Electronics”, funded by the European Commission under the HORIZON-2020 FETOPEN program.
The project’s goal is to combine the powerful and energy-efficient superconductor technology with existing semiconductor technology and is based on the path-breaking discovery by the SQEL team that the superconductors can be controlled via electric field effect.
SuperGate is coordinated by the University of Konstanz and, apart from SQEL team institutes CNR-NANO and Scuola Normale Superiore di Pisa, involves CNR-SPIN, University of Salerno, Budapest University of Technology and Economics (HU), Delft University of Technology (NL), Chalmers University of Technology (SE) and SeeQC (IT).
The ultimate goal of SuperGate is to develop a new outperforming technology for superconducting logics that is completely based on electric field effect. The proposed technology promises a disruptive impact and radical transformations in the long term both in the world of supercomputing and concerning the design of innovative devices for quantum technologies.
Read more at the CNR-NANO press release.
“Digital superconducting quantum machines” (DSQM), an innovative project by SQEL researchers, is among the four winning projects of the “Start Cup Toscana 2020” an initiative that rewards the best innovative ideas born in the world of university research.
DSQM is the development of ultra-fast, low-power consumption superconducting circuits. This new frontier of information technology will contribute to the development of supercomputers 100 times faster than current ones. The project was developed by a team composed of Francesco Giazotto, Giorgio De Simoni, Elia Strambini, Federico Paolucci and Claudio Puglia from SQEL, Simone Gasparinetti (University of Chalmers) and Angelo Di Bernardo (University of Konstanz).
The technology of the DSQM project is based on the possibility of modifying the electrical current flowing in a superconductor through the application of an electric field. The team, ranked third in the competition, received a cash prize and the opportunity to participate to the “National Award for Innovation“, along with the other three awarded projects.
We are very glad that our research work about the Josephson quantum phase battery (recently published on Nature Nanotechnology), raised a considerable interest in the past weeks and has been featured on the main national and international press.
You can find below some of the most relevant articles: check them out ad read what they are saying about us!
Among the 76 recipients of the ERC Proof of Concept grants – third round 2019, the TERASEC project will develop an innovative device for the detection of security threats of European citizens and infrastructures
The researcher will receive a €150,000 grant to explore the innovation potential of its project and bring the results closer to market: the goal of the project is to deliver an unrivalled novel security scanner device leveraging harmless THz waves, that widely overpasses the accuracy performances of all the conventional systems, thus contributing to the safety of European citizens and the security of sensitive infrastructures.
The objectives of TERASEC project entail the activities aimed at pre-commercial validation of the technological performances and market potential of a novel device for the detection of security threats, such as weapons, explosives, drugs etc.”says F. Giazotto, SQEL and TERASEC principal investigator
The functionality of the system is enabled through combination of superconducting and ferromagnetic materials that delivers frequency selective THz sensors showing unprecedented sensitivity (single-photon resolution), fast response time, high dynamic range, and low noise-equivalent-power.
Specifically, starting from the outstanding outcomes reached so far, the capacity of the TERASEC system to detect the above threats with given level of accuracy, range and selectivity will be verified in accordance with the requirements of prospect users, to be collected during the project implementation. Moreover, a detailed market, IPR and regulatory compliance study will be carried out, in order to enable smooth implementation of TERASEC in the complicated context of the public security market. To enhance this, an advisory board gathering Key opinion leaders of the sector will be secured and involved into project activity throughout all the project duration. In parallel, comprehensive communication strategy addressing all the stakeholders of the relevant value chain will be rolled out, with strong focus on prospect consumers and users, so to ensuring market traction.”