The Best ofIntima & Swim Edit
The textile and fashion industries are undergoing a profound transformation in response to the urgent need for more sustainable and regenerative solutions. Christopher Bellamy, a passionately dedicated engineer and biodesigner, introduces his groundbreaking concept of "livingness."
A graduate of the University of Cambridge, Chris quickly realized, through his experiences in the automotive and footwear industries, that incremental improvements to materials like plastic and metal would not be enough to meet global climate goals. Taking a bold step, he redirected his career path: after earning a master's in Biodesign from London’s Central Saint Martins, he fully committed to exploring living materials. His research project, Lucid Life (Marama Ora which in Tahitian means "living light"), merges scientific knowledge with traditional wisdom to explore interspecies and intercultural collaboration, ultimately leading to the creation of an unprecedented living material.
The Concept of "Livingness"
This scientific approach redefines our relationship with materials by drawing inspiration from natural systems. It goes beyond sustainability, aiming to create regenerative and adaptive materials capable of breathing, interacting, and evolving in harmony with natural cycles. Inspired by ecosystem symbiosis, this vision encourages us to view objects not as inert elements but as living entities coexisting with us. Living materials—with the ability to grow, adapt, and heal—were once integral to human existence before being gradually replaced by inert, mass-produced materials that now dominate our daily lives. It's time to reconnect with this ancient wisdom.
Bioluminescent Materials
Following an exciting bioprospecting expedition to the remote islands of French Polynesia, Chris brought together native craftsmen and scientists to create a fascinating project: a bioluminescent swimsuit. Designed for swimming, diving, or night fishing, the suit is crafted from a material infused with bioluminescent microalgae, similar to those that live symbiotically with corals. These algae light up in response to movement and touch, turning every immersion into a magical, interactive spectacle. Microorganisms encapsulated in the fabric can survive, sequester carbon, and emit light for over six months, powered solely by exposure to sunlight.
This prototype is much more than a technical feat. "It’s an exploration of symbiosis, where the wearer and the algae develop a mutual connection," Chris explains. "By being embraced by this natural light, the user experiences a deep bond with the aquatic environment, evoking intense emotions that strengthen our connection to nature."
Looking Ahead
The "Making in Bio" partnership between the Francis Crick Institute and Central Saint Martins played a crucial role in bringing this project to life, providing access to cutting-edge scientific equipment and the opportunity to collaborate with world-renowned scientists. These resources were essential for perfecting the encapsulation techniques of bioluminescent microalgae into a functional material. Many designers are already intrigued by this promising technology. The next chapter of this story is yet to be written…
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