Paola Zizzi

Papers

Total Citations

H-Index

About

Paola Zizzi is a theoretical researcher working at the fascinating intersection of quantum computing, consciousness studies, and artificial intelligence. Her work explores some of the most profound questions in science: whether quantum mechanical principles can illuminate the nature of mind, intelligence, and biological interaction. Zizzi's most notable contributions center on the concept of quantum robotics and its relationship to consciousness. Her 2008 paper on "Quantum Robots" proposed a non-orthodox quantum logic framework — one that incorporates quantum superposition and entanglement — as the foundation for genuinely intelligent robotic systems, moving beyond classical computational paradigms. Building on this, her 2009 work on Brain-Computer Interfaces argued that classical BCI technologies fall short precisely because they ignore quantum-level processes underlying intentionality and cognition. Her 2021 philosophical treatise examining the boundary between minds and robots continues this thread, probing whether artificial systems can ever truly replicate conscious experience. Most strikingly, her 2023 paper applied quantum entanglement concepts to molecular biology, analyzing SARS-CoV-2 spike protein binding through a quantum mechanical lens — demonstrating the remarkable breadth of her theoretical framework. Though her citation counts remain modest, Zizzi represents bold, interdisciplinary thinking that challenges researchers to reconsider the quantum foundations of both mind and life.