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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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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Plasmonics offers a novel approach to overcome the speed limitations of photonics. More importantly plasmonics is a high-speed solution providing lowest power operation on the smallest footprint with a path for CMOS compatible fabrication. In this plenary talk, after an introduction we will discuss latest results on novel modulators, detectors or THz sensors. We will then discuss challenges ahead as well as opportunities of this new field.
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Periodic subwavelength patterning of silicon enables the control of nonlinear effects with unprecedented flexibility. Here, we will present our most recent results on nonlinear supercontinuum generation and nonlinear Brillouin interactions in subwavelength waveguides.
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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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In this talk we will introduce the concept of the atomic cladded waveguide and discuss the physics and the applications of light-vapor interactions at the nanoscale. We will start by demonstrating the spectroscopy of the cell, followed by demonstrating effects such as long coherence, velocity selection and optical information processing.
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Remarkable progress has been made in the development of hardware for quantum technologies. As a platform for quantum technologies, integrated photonics has enabled significant leaps for integrating many components, including programmable circuitry, photon sources and detectors. However, machines such as fault tolerant quantum computers appear to be a long way off for all platforms, including photonics.
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We report high-speed MOSCAP microring modulator driven by high mobility transparent conductive oxide, which achived 0.8V driving voltage and 25Gb/s modulation speed. An invited speaker presentation by professor Alan Wang, Department of Electrical and Computer Engineering at Baylor University.
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Lars Zimmermann is team leader Silicon Photonics and responsible for silicon photonic R&D within the department of technology at IHP (IHP – Leibniz Institut für innovative Mikroelektronik), Frankfurt (Oder), Germany. His current work is focusing on high-performance photonic-electronic integration for optical communications and for nonlinear optical signal processing.
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Jeremy Witzens received the Engineering Diploma degree from Ecole Polytechnique, France, in 2000, and the M.S. and Ph.D. degrees in electrical engineering from the California Institute of Technology, USA, in 2001 and 2005. From 2006 to 2009, he was a Senior Staff Engineer with Luxtera Inc. and from 2009 to 2010 a Principal Research Scientist with the University of Washington, Seattle, USA.
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