The work on twisted-bilayer magic-angle graphene Josephson junctions recently uploaded to the preprint server arXiv (https://arxiv.org/abs/2011.00011) has been featured as a breakthrough towards a new era of materials science in AAAS Science news. Read more at: https://www.sciencemag.org/news/2020/11/twisted-graphene-could-power-new-generation-superconducting-electronics… Read More

The Quantum e-leaps team has published tree new manuscripts, within three weeks, in the journal Physical Review B. A paper by Antonov et al. describes the detailed characterization of a novel type of ‘twin’ flux qubit developed within the e-leaps project. In this qubit phase slips occur on the central junction, when flux is tunneling… Read More

At the end of September the e-leaps consortium held its first successful online project meeting. During the meeting all the partners reported on their recent progress and scientific achievements so far, and many new exciting results were presented and discussed.… Read More

The first results to be published as a result of the collaborative effort enabled by quantum e-leaps project is now available in the open access journal Nanomaterials. The work by Mykkänen et al. reports on a new method to locally control the resistivity and critical temperature of nanowires post fabrication. By the use of Focused… Read More

The Quantum e-leaps project is developing quantum technology for electrical measurements  with record-breaking precision A new EU project is developing the most precise measuring device for electric current, a quantum standard, that would be compatible with the quantum standard for voltage. Then they could be placed on the same silicon chip, resulting in an easy-to-use… Read More

A one page flyer capturing the main aspects of the project is now available for download here.… Read More