The Valerie, My Crystal Sister Chandelier is Made from Crystalized Dna
Meghan Young — June 22, 2012 — Art & Design
References: lucasmaassen.nl & design-milk
The Valerie, My Crystal Sister chandelier is a bittersweet creation. Created through the crystallization of DNA fragments, it represents the sister that Dutch designer Lucas Maassen never had. In fact, the name Valerie would have been his own name had he been born a girl.
Made in collaboration with medical company Roche, the Valerie, My Crystal Sister chandelier was crafted over the course of several months. According to Design Milk, "He was able to crystallize synthetic DNA fragments present in his parents and then replicated this into glass in collaboration with Vienna-based crystal manufacturer Lobmeyr." Comprised of one thousand of these glass orbs, the end result is enchantingly ethereal.
The Valerie, My Crystal Sister chandelier is currently part of the Confrontations: Contemporary Dutch Design exhibition at the Vitra Design Museum.
Made in collaboration with medical company Roche, the Valerie, My Crystal Sister chandelier was crafted over the course of several months. According to Design Milk, "He was able to crystallize synthetic DNA fragments present in his parents and then replicated this into glass in collaboration with Vienna-based crystal manufacturer Lobmeyr." Comprised of one thousand of these glass orbs, the end result is enchantingly ethereal.
The Valerie, My Crystal Sister chandelier is currently part of the Confrontations: Contemporary Dutch Design exhibition at the Vitra Design Museum.
Trend Themes
1. DNA Crystallization - The process of crystallizing DNA fragments opens up opportunities for innovative creations in various industries.
2. Ethereal Lighting - The use of glass orbs in chandelier designs creates a mesmerizing and ethereal lighting experience.
3. Collaborative Design - Collaborations between designers and medical companies result in unique and thought-provoking creations.
Industry Implications
1. Design - The design industry can explore the use of DNA crystallization to create innovative and visually striking products.
2. Lighting - The lighting industry can incorporate glass orb designs to create ethereal and captivating lighting fixtures.
3. Medical Technology - The collaboration between designers and medical companies opens doors for disruptive innovations in the field of medical technology.
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