European Conference On Integrated Optics
25th edition, 17 - 19 June, 2024, Super-C building, RWTH Aachen, Germany
#ecio24
aiXscale Photonics supplies proprietary high-precision micro-optical glass interposers for reliable, cost-effective and scalable assembly of optical transceivers and co-packaged optics. Our technology enables wafer-scale assembly of PIC connectorization with highly parallel port counts.
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AIXEMTEC is a leading company in the field of high-precision assembly and testing technologies for photonic components. As part of the Schunk Group since January 1, 2024, AIXEMTEC benefits from a strong financial and technological foundation, enabling it to offer innovative solutions in a global context. The Schunk Group, a German foundation with a broad international presence, provides AIXEMTEC with a network of 65 locations in 26 countries.
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Quantum technologies promise a change of paradigm for many fields of application, for example in communication systems, in high-performance computing and simulation of quantum systems, as well as in sensor technology. However, the experimental realization of suitable system still poses considerable challenges. Current efforts in photonic quantum target the implementation of practical and scalable systems, where the realization of controlled quantum network structures is key for many applications.
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Single solid-state quantum emitters have demonstrated considerable potential for the implementation of important quantum photonic devices such as on-demand single-photon sources or deterministic quantum logic gates. Converting a bare quantum emitter into a device with sufficient performance for use in quantum photonic systems requires an efficient, high cooperativity interface to accessing optical fields.
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is the title of the presentation by invited speaker Christine Silberhorn, Professor, Paderborn University, Germany. The IQO group develops novel optical devices and methods for possible future applications in quantum information processing, quantum communication and for fundamental quantum experiments. Exploiting the potential of integrated optical devices enables on the one hand the realization of compact, miniaturized and rugged quantum lights sources and converters.
Continue reading “Quantum photonics based on nonlinear integrated optics”