Registered user since Tue 17 Dec 2019
Earned his Master of Science from the University of Oxford with a dissertation on Quantum Software Engineering and is a member of the British Computer Society.
With NEXTSENSE SRL since 2015, he leads the Division of Quantitative Physics and Systems Engineering and drives the development of photonic devices based on LEDs (Light Emitting Diodes) and OLEDs (Organic LEDs), employing Multifrequency Interfering Light-waves (MIL) for selective microbial eradication. His work focuses particularly on combating MDR (Multi-Drug Resistant) microorganisms, contributing to global strategies aimed at controlling pandemics and fighting antimicrobial resistance.
He was a nominee for the 2020 Millennium Technology Prize, awarded biennially by the Technology Academy Finland for innovations that address major global challenges in an environmentally sustainable way.
His research interests include the theory and application of formal methods to quantum computing, with the goal of advancing the field of quantum software engineering and enabling the development of high-quality quantum software through rigorous, controlled processes.
Preferred quote: “The most complex engineering artifacts in existence are now software systems. Software engineering combines scientific and engineering principles with sound practice.”
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