Shahram Dehdashti

I am a senior researcher at the Electrical and Computer Engineering Department at the Technical University of Munich (TUM). During my appointment at TUM, my research is devoted to developing quantum technologies, including quantum communications and networks, quantum machine learning, quantum computing, quantum error correction, and quantum sensing, are mostly applied in next-generation technology standards, i.e., 6G, and I have contributed significantly to research and education programs.

The “Contextual Models of Information Fusion” project I had been working on is funded by AOARD, USA. The project aims to apply the formalism of quantum physics to human cognition, more specifically to determine whether human information processing is contextual. Through this research, the non-deterministic essence of any natural decision-making process in humans implies that theories that rely on classical probability cannot adequately model actual human decision-making.

At UW-Madison, I developed and refined quantum models for single-photon detectors, mostly modeling quantum jitter time based on the quantum time speed limit.