His practice makes use of software-hardware-wetware hybrids to find innovative ways for traditional computing systems to interact with biological entities. Utilizing sensor arrays and artificial intelligence algorithms, Nahuel’s work highlights the growing convergence of natural and computing sciences. This approach, which he terms ‘computing bio art’, blurs the lines between living and non-living information processing systems and yields two kinds of outputs:

- By examining how technology interacts with the more-than-human world, Nahuel’s work reveals unexpected insights about our digital tools and their impact on society and nature. This prompts us to reconsider our relationship with technology.
- Through reimagining how we can use technology, Nahuel creates experimental models that suggest new ways of living. These prototypes explore how we might achieve more harmonious and sustainable relationships between humans, technology, and the environment. accessibility.



This approach opens new possibilities for interaction between living organisms and digital systems, challenging traditional notions of what computing can be and how it can shape our environment. It invites us to envision a future where computation is not confined to silicon chips but is instead a dynamic interplay between digital technology and living systems.