Voltage, Dress
Acrylic On Canvas
WallArt
Contemporary Digital Art
2013
High Museum of Art
艾里斯·范·赫彭, 内里·奥克斯曼(1984 –)
Iris van Herpen:将时尚与科技及科学融合的荷兰高级定制设计师。探索她具有雕塑感的3D打印连衣裙、与Neri Oxman的合作作品以及前卫的设计。
High Museum of Art (亚特兰大, 美利坚合众国)
高等艺术博物馆是照亮亚特兰大艺术版图的灯塔,拥有令人赞叹的馆藏,涵盖19世纪美国装饰艺术及开创性的当代艺术。其醒目的白色珐琅外墙与创新的屋顶系统,为体验艺术史和促进社区参与营造了宁静的背景。
Voltage – Iris van Herpen Spring/Summer 2013
Iris van Herpen’s fourth haute couture collection, “Voltage,” presented in Paris as a guest member of the Chambre syndicale de la Haute Couture, represents a daring exploration into the intersection of fashion and science. Collaborating with artist Carlos Van Camp—whose work investigates the effects of high voltage electricity on human bodies—van Herpen pushed boundaries beyond mere aesthetics, delving into conceptual frameworks that challenge conventional notions of design.
- Conceptual Framework: The collection’s core inspiration stems from Van Camp's research into manipulating electrical currents to influence biological processes. This fascination with harnessing energy and its transformative potential is mirrored in the garments themselves, which utilize innovative 3D printing techniques to mimic the dynamic behavior of electrified structures.
- Collaboration & Innovation: Beyond Van Camp’s artistic vision, “Voltage” benefited from partnerships with MIT Media Lab researchers Craig Carter and Julia Koerner, leveraging Materialise’s advanced fabrication capabilities. This multidisciplinary approach underscores van Herpen's commitment to pushing technological frontiers within the realm of fashion.
- Technique & Materials: The collection’s signature dresses are constructed using flexible 3D printed polymers—a groundbreaking feat considering the limitations of traditional textile production. Stratasys collaborated with van Herpen to develop specialized printing platforms capable of achieving unprecedented levels of detail and structural integrity, resulting in garments that resemble crystalline formations illuminated by internal light sources.
- Visual Style: The aesthetic is characterized by fragmented geometries – sharp triangles and facets—that evoke the visual language of shattered glass or electrified circuits. This deliberate disruption of form serves as a metaphor for exploring vulnerability and resilience, mirroring the artist’s fascination with biomaterials and their responsiveness to environmental stimuli.
- Historical Context: Van Herpen's work aligns with broader trends in contemporary art and design—a movement toward blurring disciplinary boundaries and embracing computational tools for creative expression. Like McQueen before her, she embodies a spirit of experimentation that anticipates the future of fashion as an immersive experience informed by scientific advancements.
The collection’s centerpiece is arguably the “Voltage” dress itself – a sculptural masterpiece that captures the essence of Van Camp's research and exemplifies van Herpen’s mastery of material science. Its translucent surface glows with internal LED lighting, creating an ethereal effect reminiscent of bioluminescence—a subtle nod to the artist’s ongoing exploration of organic forms and their interaction with electromagnetic fields.
Ultimately, “Voltage” transcends mere visual appeal; it embodies a profound philosophical inquiry into how technology can inspire artistic creativity. It's a testament to Iris van Herpen’s visionary approach—one that anticipates a future where fashion becomes an instrument for communicating complex scientific concepts and fostering dialogue between art and science.
关于此作品
- 标题: Voltage, Dress
- 艺术家: 艾里斯·范·赫彭, 内里·奥克斯曼
- 年份: 2013
- 格式: Portrait
- 版权状态: 版权保护中
- 所在地: High Museum of Art
- 运动感: Contemporary Digital Art
- 媒介类型: WallArt
- 主色调: Black
- 关键词: sculptural clothing, neri oxman collab, geometric dress
作品概览
- Title: Voltage, Dress
- Movement: Contemporary Art
- Year: 2013
- Artistic style: Glitch Aesthetic
- Notable elements or techniques: Fractured Glass Effect, Geometric Abstraction
- Subject or theme: Fragility & Beauty
- Influences:
- Fashion Design
- Material Ecology
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