Picture_MichaelZeising_N3CAT
Michael Zeising
Universität Leipzig
Master Student
Picture_MichaelZeising_N3CAT
Michael Zeising
Universität Leipzig
Master Student
I am an MSc student in Computer Science at Leipzig University, currently working on my Master’s thesis at UPC on link-layer protocols for multi-core quantum computing.

I hold a Bachelor’s degree in Electrical Engineering and Information Technology from Leipzig University of Applied Sciences, where I specialized in communication systems and automation. Currently, I am pursuing my Master’s degree in Computer Science at Leipzig University, with a focus on networking, system architecture, and software development.

At UPC, I am working on my Master’s thesis within the N3Cat group, focusing on the design and analysis of link-layer protocols for multi-core quantum computing. The project explores inter-chip quantum-coherent communication, particularly cavity-mediated quantum links, as an alternative to conventional EPR-based approaches. My research investigates how such protocols can improve scalability, reduce energy consumption, and enhance fidelity in modular and distributed quantum architectures.

Outside of research, I have gained practical experience as a junior software engineer at Siemens AG, focusing on communication protocols and interfaces for programmable logic controllers.

I am an MSc student in Computer Science at Leipzig University, currently working on my Master’s thesis at UPC on link-layer protocols for multi-core quantum computing.

I hold a Bachelor’s degree in Electrical Engineering and Information Technology from Leipzig University of Applied Sciences, where I specialized in communication systems and automation. Currently, I am pursuing my Master’s degree in Computer Science at Leipzig University, with a focus on networking, system architecture, and software development.

At UPC, I am working on my Master’s thesis within the N3Cat group, focusing on the design and analysis of link-layer protocols for multi-core quantum computing. The project explores inter-chip quantum-coherent communication, particularly cavity-mediated quantum links, as an alternative to conventional EPR-based approaches. My research investigates how such protocols can improve scalability, reduce energy consumption, and enhance fidelity in modular and distributed quantum architectures.

Outside of research, I have gained practical experience as a junior software engineer at Siemens AG, focusing on communication protocols and interfaces for programmable logic controllers.