The possibility to control the light flow in structures with dimensions at the nano-scale is attracting a huge interest both at fundamental research level and for its vast applicability in communications, sensors, and computing.
We are in particular interested in exploiting nanotechnologies to push forward photonic knowledge and technologies by developing innovative passive integrated devices and circuits. Research efforts include a wide range of activities, comprising device and materials modelling both at fundamental and circuit level, novel design methodologies based on machine learning and optimization, new circuit architectures, gratings, metamaterials, and metasurfaces.
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From May 6th to May 10th I will be attending CLEO 2024. Among others, I will present the...
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Project: Machine Learning for Enhanced Silicon Photonics Devices We are seeking a postdoctoral researcher with interest and experience...
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We have two open positions for postdoctoral researcher within the framework of the ERC project BEAMS. Integrated photonic...
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The project BEAMS has been awarded as part of the 2021 Starting Grant call of the European Research...
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I'm really happy to be part of Photonics West 2021 with an invited talk on multi-objective design in...
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There is an ubiquitous problem that everyone designing, testing, and using integrated photonic devices has to face: how...
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From March 29 to April 2 I will be in Strasbourg at SPIE Photonics Europe conference. I will...
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Thursady, 5 March 2020 @ 10.00 am EST OSA Optoelectronics technical group webinar. We will discuss about programmable...
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In this paper we tackle a problem that is frequent to many disciplines and is getting more and...
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