25 data "https:" "https:" "https:" "https:" positions at Institute of Photonic Sciences
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for information and communication technologies, in particular displays, image sensors and cybersecurity. The main driving goal is to carry out research which bridges academia and industry, by developing fundamental
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microscopes. Conducting systematic measurements for various projects. Assisting users in the operation of instruments, data acquisition and analysis. Share this opening! Use the following URL: https
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and test instrumentation including tunable lasers, OSAs, VNAs, photodiodes, RF sources, power meters, and probe stations. Develop measurement procedures, automation scripts, and data-analysis workflows
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, the Basic Statute of Public Employees (Royal Legislative Decree 5/2015 – EBEP), and Law 19/2014 on Transparency, Access to Public Information and Good Governance. Key Responsibilities Support the Head of
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microscope, scanning tunnelling microscope, etc For more information about the QTWIST Program: https://qtwist.icfo.eu . Share this opening! Use the following URL: https://jobs.icfo.eu/?detail=890
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systems for information and communication technologies, in particular displays, image sensors and secure communications. The main drive of the group is to carry out applied research which bridges academia
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Quantum and Low-Dimensional Materials Quantum Communications, Sensing & Simulation Quantum Optics & Quantum Information Nanophotonics, Condensed Matter Physics & Light-Matter Interactions Medical Optics
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Quantum Tunneling Microscope and the initial exploration of twist-angle-resolved optoelectronic properties for a wide range of optical wavelengths Key tasks include optoelectronic measurements, data
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(lasers, optical spectrum analyzers, RF instruments, probe stations). Develop and execute measurement procedures, data acquisition scripts, and result analysis. For Packaging and Assembly: Development and
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. The successful candidate will be joining the Quantum Information Theory group led by Prof. Dr. Antonio Acin and will be working on on the performance of quantum key distribution protocols over existing networks