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About

Panagiotis Mougkogiannis is pioneering the intersection of synthetic biology, unconventional computing, and bioelectronics. His research focuses on developing electroactive composite biofilms by integrating Kombucha zoogleal mats with synthetic thermal proteinoids—amino acid polymers that self-assemble into proto-cellular structures. Mougkogiannis’s major contribution lies in demonstrating that these living, proteinoid-infused biofilms can function as both sensors and computational substrates, effectively blurring the line between biological tissue and electronic device. His most cited work (2024, 8 citations) introduces “proto–brains” capable of adaptive electrical responses, with potential applications in robotic skin and soft, living electronics. By harnessing the natural conductivity of Kombucha cellulose and the signal-processing properties of proteinoids, he has created a new class of biocompatible, self-sustaining materials. His series of papers (2023–2025, accumulating over 20 citations) systematically advances this concept, from proof-of-concept biofilms to functional living circuits. Mougkogiannis’s work is notable for its bold synthesis of fermentation biotechnology, materials science, and artificial life, offering a tangible path toward sustainable, biodegradable computing devices that grow and repair themselves.