As part of the M-Gravi project, the CiS Research Institute is developing novel gravity sensors for high-precision exploration of the geological features of the Earth’s surface. The sensors consist of four individual silicon wafers and use a wafer-level stacking technology
Increasing the quantum efficiency of silicon diodes in scanning electron microscopes – The SiekeV research project is working on improving scanning electron microscopes for analysing near-surface structures. The detection of low-energy electrons makes it possible to take very surface-sensitive SEM images
A new technology platform is used for targeted optical adaptation of an SNSPD silicon chip stack. This is an extremely compact construction of a superconducting detector with efficient signal coupling in a chip compound as well as integrated optics and mounting of a fibre
With the Workshop on Quantum Technologies the exciting workshop autumn CiS began. The two-day hybrid event offered current research results from the fields of quantum sensor technology, quantum communication and computing as well as enabling technologies. Workshops on NDIR sensor technology and pressure sensor technology will follow every two weeks
The 5th Industrial Innovation Dialogue highlights current research competencies of quantum technologies for the Thuringian economy. Mario Bähr from the CiS Research Institute will present diamonds as a cost-efficient quantum material and report on results from the research project DiaQuantFab
The CiS Research Institute joins the innovation network QPhot – Quantum Photonics to reach the emerging market of quantum photonics and to establish customized, marketable sensor solutions in this segment
Passivation layers of synthetic diamond are particularly resistant to media. A cost-effective implementation of diamond coatings in relevant sensor areas has been reliably tested by adapting microsystem technologies
Currently, interdisciplinary experts at the University of Berkeley are discussing novel imaging methods using coupled light quanta. CiS develops and manufactures optical components for this type of quantum imaging
Researchers from three continents are celebrating the first successful data transmission between a quantum flux parameter and a nanocryotron in Yokohama today. The research result is a joint success of the CiS Research Institute in Erfurt, the Yokohama State University in Japan and the Massachusetts Institute of Technology in Cambridge, USA.
Scientists at the CiS Research Institute are developing compact industrial quantum sensors with a tiny diamond at their core. These synthetic diamonds with a manipulated atom in the crystal lattice allow the high-precision measurement of magnetic fields
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Germany
Tel.: +49 361 663 1410
E-Mail: info@cismst.de
