S+T+ARTS

STARTS is an initiative of the European Commission to foster alliances of technology and artistic practice. As part of this initiative, the STARTS residencies foster pioneering collaborations and the STARTS Prize honors the most inspired results in the field of creativity and innovation at the crossings of science and technology with the arts. STARTS is funded through various schemes provided by the European Commission.

S+T+ARTS Residency S+T+ARTS Residency Re-FREAM 2022

Cooking New Materials

Youyang Song
S+T+ARTS Residency Re-FREAM

Links: https://re-fream.eu/pioneers/cooking-new-materials/
Credits:
Youyang Song is based in Berlin, and worked within the Sustainable Finishing Hub of Re-FREAM. She explored laser-cutting options with the Re-FREAM partner Aitex.

Support received from:
Horizon 2020, European Commission’s S+T+ARTS initiative at starts.eu
“Before I entered the material industry I studied as a fashion design student. I learned and applied a lot of past experiences of fashion design into my current work, letting my material not only possess the features such as versatility, practicability and environment-friendly but also fully of artistic insights and emotion of beauty. This kind of cross-nation and intercultural experience allows me to make more unique and products.

Bioyarn, inspired from molecular cooking, extract alginate from algae and obtain bio-degradable bioyarn through 3D-printing and needling.

Schaum inseln, in order to solve the problem of shortage of public seating on alexanderplatz Berlin, I collect some of left-over foam of the Berlin Schaum company. Through 3D-printing and heat treatment, I turn damaged and rough surface of the foam into smooth, skin-friendly and apply a rather fashion design into them. Through interesting deconstructing, Montaging and bonding, I created mobile seats that can be assemble and dissembled freely.
interactive hair band. I designed an interactive hair band, the hair band have six balls on it which represents six different musical notes. By installing conductive fibres onto the hair band rhythms can be played by tapping of those balls that generate corresponding sounds”