The project attempts to design objects using "rapid fossilization"—a chemical process that turns wood and bone into stone in months rather than millennia. Early prototypes show chairs that are half-wood, half-stalactite.
As you scroll past renderings of parametric chairs and AI-generated interiors, stop. Look for the weight. Look for the haze. Look for . chitose hara
In an era of digital ephemerality, Hara offers us material eternity. She reminds us that design is not about solving problems superficially, but about forming relationships—between hand and stone, between light and shadow, between disaster and repair. She is not merely a designer. She is a geologist of the near future. The project attempts to design objects using "rapid
While not yet a household name like some of her peers, Chitose Hara has quietly become a cult figure among architecture critics and material science enthusiasts. Her work, which defies easy categorization, sits at the intersection of Japanese wabi-sabi (the acceptance of transience) and brutalist material honesty. To understand design in the 2020s, one must understand the nuanced, rigorous world of Hara. Born in Kanagawa Prefecture in 1985, Chitose Hara grew up surrounded by the dual realities of hyper-urbanization and residual traditional craft. Her father was an architectural draftsman, her mother a kintsugi artist (repairing broken pottery with gold lacquer). This dichotomy—blueprints versus organic repair—became the DNA of her career. Look for the weight
Hara created a series of tables that appeared solid from one angle but completely transparent from another. By manipulating the refractive index of liquid glass embedded with micro-fine bubbles, she produced furniture that seemed to dematerialize as you walked by. Domus magazine called it "a meditation on the unreliability of memory." Within a week, three pieces were acquired by the Vitra Design Museum. Perhaps her most critically acclaimed work to date is the Sediment series (2019-2022). Rejecting the polished perfection of traditional Japanese joinery, Hara began experimenting with geopolymers—a type of concrete that hardens at room temperature using industrial waste like fly ash and slag.