The increasing complexity of the required fiber sensor technology and new requirements in the rapidly developing field of quantum technology applications, as well as the demand for omnifunctional aspects from (new) customers, require significantly stronger networking of the partners in research and application. The multilateral association in the alliance allows to effectively use the potential of the partners for building a common innovation base adapted to the future requirements of the market.
Seat | Relev. Core competence | Role in the project | ||
FBGS Technologies Ltd. | Jena | Process development for UV laser-based inscription technologies Structuring and system integration | Users for fiber navigation technologies with augmented reality | |
Fraunhofer IOF | Jena | Process developments for pulse shape stability and for nonlinear interferometryConstruction of fiber lasers Process development for quantum imaging and construction of photon pair sources System integration Research management | Developers in the field of laser systems for quantum applications Addressing new markets in the field of quantum technologies | |
Active Fiber Systems GmbH | Jena | Process development and construction of customer-specific ultrashort pulse laser systems System integration | Developers in the field of laser systems for quantum applications Addressing new markets in the field of quantum technologies | |
ADVA Optical Networking SE | Meiningen | Process development for time-of-flight measurement of optical signals via cross-correlation System integration | Technology Development Correlation OTDR Event Detection Noise Reduction Laser Phase System Integration | |
Batix Software GmbH | Saalfeld | Process development of complex data management solutions (smart data management) incl. Data collection/consolidation Transmission Processing and storage | Software development augmented reality and interactive demo applicationDevelopment cloud strategy concept compatibility strategy data management plan | |
epicInsights c/o SMA Dev. GmbH | Jena | Process Development for Complex Data PipelinesData Science Framework for Automated Sensor Data Processing and AI Evaluation | Development of cloud-based software baseEvent and pattern recognition combinatorial data analysis and AI-based noise reduction. | |
GRINTECH GmbH | Jena | Process development for the production of high-quality gradient index (GRIN) lenses and lens systems | Technology development for fiber- and GRIN lens-based probes for medical technology | |
heracle GmbH | Jena | Process development and production of customized special glass fiber solutions | Analysis of new concepts in fiber sensor technology | |
LASOS Laser Technology GmbH | Jena | Process development and production of customized laser systems / solid-state and gas lasers System integration | Developments in the field of laser systems for quantum applications Addressing new markets in the field of quantum technologies | |
Leibniz Institute for Photonic Technologies | Jena | Process development for fiber production, coating and structuring | Applied research & development Developments in the field of fiber technology applications; technology platform for future research projects | |
LUNA Innovations Germany GmbH | Cologne | Process development for OTDR-based measurement systems with classical data processing strategies System integration | Technology development OTDR with AI support Developer of assemblies, e.g. for backscatter detection System integration multisensor DFOS | |
PreciPoint Innovation Ltd. | Wildenspring | Process development for digital microscopy solutions incl. Hardware, control and analysis software, cloud platform System integration | Development of an omnifunctional/multimodal microscopy platform Control electronics/software Data formats Hardware-software infrastructure | |
Quantum Optics Jena GmbH | Jena | Process development for quantum imaging and construction of photon pair sources System integration | Development of quantum sources incl. Electronics and design Assembly methods System integration |