I am a PhD physicist specialized in quantum technologies and I stand for a new generation of Deep-Tech innovation:
Substance over buzzwords. Engineering over speculation. Industrial maturity over promises.
For many years, my work has focused on transferring defect-center-based quantum systems—such as NV centers in diamond and Vacancy centers in SiC—from fundamental research into robust, industrially deployable technologies.
My expertise spans both photoluminescence-based and electrical readout techniques, including photoelectric readout, ODMR-based characterization, micro- and nanolithographic fabrication processes, and the full-stack development of electronics, photonics, and system architectures for scalable quantum sensing and quantum computing platforms.
Throughout my career, I have held roles ranging from Senior Quantum Engineer and CTO Staff Officer to Principal Quantum Engineer, contributing to and leading major national and European flagship projects and the Mobile Quantum Computer (MQC) program. In these projects, I have been responsible for:
- The development of qubit characterization systems
- The conception, acquisition, and technical leadership of multiple publicly funded R&D projects
Today, I am pursuing the vision of a mobile, modular, and scalable quantum computer based on silicon carbide with fully electrical readout—a system architecture that deliberately departs from purely photonic platforms. The goal is a compact, rugged, and industrially manufacturable quantum system without the complexity and overhead of optical infrastructure.
I combine scientific depth with a rigorous engineering mindset:
Physics that is understood. Technology that works. Systems that scale.