The Fashion industry is currently going through a significant change in its approach towards sustainability, aiming to transform from a wasteful and polluting industry into the into a cleaner and more circular sector. In FISHSkin, our research concentrates on developing a new category of raw material for fashion – fish leather. we aim to amalgamate the Mariculture and Fashion industry by using both the fish flesh and skin as viable, economically useful products. While fish leather was used for centuries by indigenous people in Northern Europe and Asia, it was pushed aside by hides which offered better characteristics. Today, however, circular economy principles combined with state-of-the-art technology and changing consumer tastes – allow us to challenge existing fashion assumptions and explore the viability of fish leather is this industry. Through secondments and network training events we will generate knowledge cohesion from different disciplines: Fashion design, Material science and Marine biology where academic and industrial experts will strive to develop new techniques and methodologies for a market take up of fish leather at an industrial scale.

Artificial Intelligence is becoming increasingly human-like and it is now proficient in a key human activity: musical creativity. But what does this mean? How does creative AI change our notions of art, culture and society? As new machine learning technologies begin to mirror ourselves, we need to look into that mirror and ask how AI is changing us. This project takes a pioneering leap in research about AI by answering how new creative AI transforms our relationships with technology and other people. This ambitious vision is achieved by using music as a platform to establish public understanding of AI. Through technology development we will create the conditions to study higher level theoretical questions on the meaning of creative AI in contemporary culture. Three respective work packages will develop: 1) instruments with creative AI; 2) human-AI collaboration in music; and 3) sonic instruments as scientific instruments. The project initiates a public discourse on creative AI and develops a theoretical framework describing the transformed notions of self, others and knowledge when we adopt intelligent instruments in our work. INTENT is interdisciplinary in nature. Applying the methodology of our new research collaboration protocol, we summon researchers from diverse disciplines to conduct frontier science on intelligent instruments as boundary objects. Through open science methods the outcomes will address: a) the role of creative AI in embodied technologies, and b) the understanding and reflection of artificial intelligence in future society. Grounded equally in technology development and the humanities, the project will benefit diverse disciplines by developing a theoretical framework of creative AI, initiating a discourse around human-centred creative AI, and defining principles of human-AI relations in services and products.