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to the philosophy of "Creating to Know, Creating to Use", the Institute systematically deploys its disciplinary efforts around the new research paradigm of “quantitative synthetic biology”. On one hand, it focuses
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, sports, food safety, and environmental monitoring. By integrating electrochemical techniques and imaging technologies, the unit delivers cutting-edge solutions with real-world impact. Led by Prof. María
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technical needs for user experiments, an electrochemical microscope will be implemented, to reach high imaging resolution and a great flexibility concerning various electrochemical environments. Main Tasks
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will be joining the Optoelectronics group led by Prof. Dr. Valerio Pruneri, renowned for cutting-edge work in advanced materials and photonic systems for next-generation communication, imaging, and
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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 and industry, by
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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 and industry, by
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the Optoelectronics group led by Prof. Dr. Valerio Pruneri, renowned for cutting-edge work in advanced materials and photonic systems for next-generation communication, imaging, and cybersecurity technologies
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), cost-effective testing paradigm for chemical safety assessment — Precision Toxicology — that revolutionises regulatory toxicology, replaces animal testing, reduces uncertainty, and determines safety
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amplify therapeutic effects across cancer and neurodegenerative diseases, offering a new paradigm in precision medicine. This approach is based on the deisgn of novel wirelessly controlled micro/nano
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to locally amplify therapeutic effects across cancer and neurodegenerative diseases, offering a new paradigm in precision medicine. This approach is based on the deisgn of novel wirelessly controlled micro