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
From 16 to 20 September 2019, the Physics Summer of the Technical University of Ilmenau will be held under the motto “Physics of the Earth”. CiS as an affiliated institute supports these MINT activities with two lectures and supports the event together with CiS e.V. with a sponsoring
CiS will be represented at Sensor China 2019, Shanghai (2nd-4th September 2019) as an exhibitor at the LEG Thüringen joint stand
On August 8, 2019 in Bad Langensalza, Wolfgang Tiefensee, Thuringia’s Minister of Economic Affairs, presented the award notices to the winners of the first technology competition “GetStarted2gether”
The new research project “Pressure sensor made of <110> silicon with increased linearity” promises a significant reduction of calibration effort, potential sources of error and costs for high-precision pressure sensing elements
From 28 to 30 October 2019, employees of the CiS Research Institute will present the latest development results on optical microsystems, packaging and measuring technology in three of the sessions on offer
At Sensor+Test 2019, the CiS Research Institute will present current developments and research results from the MEMS, MOEMS and silicon detectors business units for applications in industry, medical and environmental technology
The Chinese Association of the Sensor and IoT Industry (SIA) is planning a visit to Germany on 21.06.2019 with a delegation from the sensor and IoT industry, R&D institutions, IoT associations and local IoT industrial parks
On 28.05.2019, nine start-up teams from Thuringia presented themselves to a jury made up of members of the FTVT’s business-related research institutes
The BMBF joint project DiaQuantFab started on 15.5.2019. Within three years, the project partners will develop commercially viable microsensor systems for high-precision magnetic field measurement and calibration-free current measurement based on NV centres in diamond
