Any discussion about nature today inevitably intersects with technology, and BIO-DE-CODE explores this overlap through provocative and imaginative perspectives. Art and technoscience critic Marco Mancuso expands the notion of intelligence, reminding readers that humans are not the only beings capable of processing information – plants, fungi, and bacteria do it too. As he writes, “Neuroscience acknowledges that what we call intelligence is not necessarily a conscious process.”
This idea is further explored by digital artist and architect Aistė Ambrazevičiūtė, who contributes a poetic, biologically attuned worldview. In her work, lichens possess “superpowers,” while viruses appear as strange, unpredictable guests that fuel their irrational consciousness and enable them to spread.
Looking toward design’s technological future, Prof. Habil. Dr Gintautas Mažeikis takes readers into the realm of AI iconology, art history metaphors, and early notions of robot psychology. He provocatively asks: Can AI, avatars, and AI-driven robots feel shame? Mažeikis writes not to warn society about machines, but to reveal the symbols and projections humans embed in non-human systems.
According to the editors, these ideas challenge us to rethink familiar ecological narratives: if intelligence is not a privilege, how should we treat other species? And can we move beyond binary thinking – “human vs. non-human” – toward truly ethical coexistence?
Aiming to expand the role of design
Human-driven perfectionism and the reshaping of natural processes are explored not only in the book’s content but also in its design. Book designer Inga Navickaitė-Drąsutė created a custom typeface using wooden sticks collected in the Curonian Spit. Furthermore, the publication is printed using risography – a delicate, mechanical process that requires significant manual work. These choices underscore a philosophy of imperfection, leaving room for mistakes and inviting readers to trust processes that cannot be fully controlled.
Ambiguity is also embraced in student projects from FMED’s “Bionics and Biomimicry” study module, included in the book. The editors highlight not the finished results but the students’ thinking, hypotheses, and material experiments. The projects range from octopus-inspired tentacles adapted to human skin to an origami-shaped skirt designed to keep its wearer safe during floods.