Technology competition getstarted2gether enters its 7th round
Until 1st March 2024, interested, technology-oriented founders can apply online at www.gs2g.de with their innovative business idea. The successful Thuringian technology competition getstarted2gether was initiated jointly by the Thuringian Ministry of Economics, Science and Digital Society and the Thuringian Research and Technology Association (FTVT)
Successful week at SPIE.Photonics West
A successful week at SPIE.Photonics West in San Francisco came to an end yesterday. The trade fair is an international event for solutions, components and system support for the optics and photonics industry
Optical sensor systems at SPIE.Photonics West in San Francisco
On 30th January 2024, SPIE Photonics West will start in San Francisco, one of the international events for solutions, components and system support for the optics and photonics industry. The CiS Forschungsinstitut will once again be exhibiting at the German Pavilion in Hall F at booth 4205-05 in the Moscone Center. We will also be represented with five contributions at the accompanying conferences, which begin on 27th January 2024
NanoSense – Development of a hardness measuring head based on a novel combined force-displacement sensor
As part of the ZIM cooperation project NanoSense, the CiS Forschungsinstitut, together with two other partners, developed a measuring head for hardness measurement for integration into universal testing machines and xy manipulators, in which the measuring distance and measuring force are in line with each other
Highly sensitive low-noise blue-violet avalanche photodiode for diagnostics
A research team from the CiS Research Institute has developed highly sensitive, low-noise avalanche photodiodes for the blue-violet light range. The new component structure and the associated optimized field distribution reduce the additional noise factor. These new BVAPs with very low noise are suitable for fluorescence analysis in biological and medical diagnostics, for example
Voltage management in thin membranes for IR emitters and sensors
The project “Voltage management in thin membranes for IR emitters and sensors”, which was launched at the beginning of November 2023, is dedicated to the important technology optimization for the production and operation of infrared (IR) sensor chips. The aim of the optimizations is to increase the yield during production and to increase the service life of the components in use
Development of innovative joining technologies for the construction of highly stable pressure transmitters (EFAH)
In order to improve the performance of piezoresistive pressure sensors, various joining technologies were developed in the completed EFAH research project, which focused in particular on the critical connections between the transducer core and the electrical-mechanical process connection. Glass solders showed clear advantages here
Healyan GmbH wins ThEx AWARD 2023 in the “Founding” category with innovative “Strobes” stroboscopic glasses
Healyan GmbH wins the ThEx AWARD 2023 in the “Start-ups” category with its innovative “Strobes” stroboscopic glasses. The successful implementation of this idea was realized in close cooperation with the CiS Research Institute and thus supported the rapid market maturity of the product. We would like to congratulate Philipp Caspari and his colleagues at Healyan on this award and wish them every success for the future
GREAT H2 final conference and green hydrogen in the industry
As part of the GREAT H2 final conference, the CiS Research Institute is presenting sensor developments for the industrial application of green hydrogen. In his pitch, Dr. Klaus Ettrich, Head of the MEMS Business Unit at CiS Research Institute, will explain sensor solutions for safe use along the entire value chain of “green hydrogen”. Demonstrators from corresponding research projects will be on display at the trade exhibition
Project start: Inkan – Innovative sensor cooling system for dosimeters
The newly launched project “Inkan – Innovative sensor cooling system for dosimeters” by the CiS Research Institute addresses the development of non-invasive dosimeters for measuring radiation doses in medical X-ray diagnostics. In contrast to conventional dosimeters, which are operated at room temperature, the aim here is to achieve an operating temperature of around minus 10 degrees Celsius
