In a groundbreaking venture, Professor Dario Floreano, a Swiss-Italian roboticist, is leading a team in the development of edible robots and digestible electronics. The ROBOFOOD project, funded by the EU and set to run until September 2025, aims to replace electronic parts with edible components, blending food science and robotic science for a variety of applications.
The ROBOFOOD team has already achieved remarkable milestones, including the creation of a drone with wings made of rice cakes, glued together with edible oils and chocolate. This edible drone could serve not only as a tool for emergency rescues but also as a source of nutrition in crisis situations, meeting UN standards for food needs.
Expanding beyond rescue missions, the project delves into healthcare, introducing digestible sensors that could revolutionize gut health monitoring and treatment. Unlike current devices, these sensors eliminate the need for extraction, reducing risks and opening up possibilities for building digestible machine parts.
Moreover, the project has successfully developed an edible version of the actuator, a crucial component enabling a robot to perform physical movements. This marks a significant step towards creating fully functional and edible robots. The research also presents environmental benefits, as food-grade materials could contribute to addressing the escalating issue of electronic waste.
Parallelly, the ELFO project, led by electronics engineer Dr. Mario Caironi, has unveiled the world’s first rechargeable edible battery. With applications in food sensors and the potential to power medical devices swallowed by patients, this breakthrough aligns with the broader vision of creating safe and reusable edible electronic devices for healthcare purposes.
Inspired by classic science fiction and guided by a commitment to high-risk, high-reward endeavors, these projects are at the forefront of a technological revolution. The ambition is clear – to continue developing edible components and integrate them into electronic devices, bringing us closer to a future where rescue drones and healthcare devices are not only functional but also consumable.
As the teams push the boundaries of what’s possible, the prospect of a lost mountain hiker receiving a rescue drone labeled 100% edible is transitioning from science fiction to a tangible reality. The marriage of food and robotics is not just a conceptual experiment; it’s a transformative journey with the potential to redefine the way we approach rescue missions, healthcare, and electronic waste management.
Key Highlights:
- Professor Dario Floreano is leading the ROBOFOOD project, funded by the EU, to develop edible robots and digestible electronics, merging food science and robotic science for various applications.
- The ROBOFOOD team created a drone with wings made of rice cakes, achieving a remarkable feat where 50% of its mass was edible. This edible drone can serve as a tool for emergency rescues and provide nutrition in crisis situations, meeting UN standards.
- The project extends into healthcare, introducing digestible sensors that eliminate the need for extraction, revolutionizing gut health monitoring and treatment possibilities.
- A breakthrough in the project includes the development of an edible version of the actuator, a critical component enabling robots to perform physical movements, marking a significant step towards creating fully functional and edible robots.
- The ELFO project, led by Dr. Mario Caironi, unveiled the world’s first rechargeable edible battery, offering applications in food sensors and potential use in powering medical devices swallowed by patients.
- Inspired by classic science fiction, these projects aim to continue developing edible components, bringing us closer to a future where rescue drones and healthcare devices are not only functional but also consumable.
- The research also addresses environmental concerns by utilizing food-grade materials that can contribute to tackling the growing issue of electronic waste.
Reference:
https://moderndiplomacy.eu/2024/02/21/nuptials-notice-foods-and-robots-are-getting-married/
