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About

Anna Nikolaidou is a pioneering researcher at the intersection of synthetic biology, unconventional computing, and bioelectronics. Her work focuses on developing electroactive composite biofilms that integrate living organisms—such as Kombucha zoogleal mats and Chlorella—with synthetic thermal proteinoids, which are proto-cellular structures formed by heating amino acids. Nikolaidou’s major contribution lies in creating hybrid “living electronics” that combine biological sensing with computational capabilities, opening new avenues for robotic skin, soft robotics, and bio-inspired computing. Her most cited paper (2024, 8 citations) introduces these biofilms as platforms for unconventional computing, while subsequent works (2023, 5 and 4 citations; 2025, 3 citations) refine the synthesis and demonstrate sensing and proto-brain-like functions. Though early in her career, her work has already garnered attention for its bold fusion of microbiology, materials science, and artificial life. Nikolaidou’s research challenges traditional boundaries between living and synthetic systems, offering a glimpse into a future where biofilms serve as adaptive, self-repairing computational substrates. Her innovative approach positions her as a rising voice in the emerging field of biohybrid electronics.