BLOOM MORPHOLOGY
Experience in Metaverse and AR, 2023
TITLE: BLOOM MORPHOLOGY
GENERAL INFO: Experinece in Metaverse and AR, 2023
PLACE: Rosbank Future Cities 2023
GENERAL INFO: Experinece in Metaverse and AR, 2023
PLACE: Rosbank Future Cities 2023
CONCEPT & THEORY
Bloom Morphology is a speculative inquiry into alternative food infrastructures, post-industrial agricultural recycling, and ecosystem biodiversity. Using the cherry crop (Prunus avium) as a case study, the work explores how computational architectures can model the restoration of forgotten flavors and address resources optimized for circular economies. By combining biological data with speculative service design, the project challenges the division between natural growth and automated production technologies, questioning how urban food systems can be intuitively remapped in virtual environments.
METHODOLOGY & INTERACTION
The technical framework relies on spatial software and speculative world-building, scaling the botanical components into an inhabitable, interactive architecture. The system deconstructs the cherry crop into six distinct data nodes, rendering them as massive, kinetic structural elements that surround the user.
The central interaction is designed as a spatial choreography of the human avatar. Visitors enter the metaverse environment not as passive observers of a digital object, but as active participants standing at the physicalized core of the resource loop. Surrounded by these scaled-up, biomimetic pillars, avatars navigate the explorable labyrinth pathways, experiencing how biological lifecycles can be spatialized and fully integrated with automation logic through spatial computing.
Commissioned by Rosbank Future Cities 2023
Bloom Morphology is a speculative inquiry into alternative food infrastructures, post-industrial agricultural recycling, and ecosystem biodiversity. Using the cherry crop (Prunus avium) as a case study, the work explores how computational architectures can model the restoration of forgotten flavors and address resources optimized for circular economies. By combining biological data with speculative service design, the project challenges the division between natural growth and automated production technologies, questioning how urban food systems can be intuitively remapped in virtual environments.
METHODOLOGY & INTERACTION
The technical framework relies on spatial software and speculative world-building, scaling the botanical components into an inhabitable, interactive architecture. The system deconstructs the cherry crop into six distinct data nodes, rendering them as massive, kinetic structural elements that surround the user.
The central interaction is designed as a spatial choreography of the human avatar. Visitors enter the metaverse environment not as passive observers of a digital object, but as active participants standing at the physicalized core of the resource loop. Surrounded by these scaled-up, biomimetic pillars, avatars navigate the explorable labyrinth pathways, experiencing how biological lifecycles can be spatialized and fully integrated with automation logic through spatial computing.
Commissioned by Rosbank Future Cities 2023
