John Iversen is a metalsmith widely known for his expertise of the eighteenth-century technique of "nature casting", where he replicates organic objects in metal. His sterling silver pebble necklace is a superb example of this technique. In the 1980s, he created coarse necklaces or bracelets depicting actual rocks, seeking to imitate the intricate details of real stones so that they may actually blend in with nature.
John Iversen is a highly acclaimed jeweler known for his distinctive and organic designs that capture the essence of nature's beauty. Born and raised in Hamburg, Germany, Iversen's fascination with the natural world began during his childhood explorations of nearby forests and beaches. These early experiences would later become the foundation for his artistic style.
Following his studies at the Vocational School for the Metal Industries in Düsseldorf, Iversen moved to Canada in 1970 and completed a four-year apprenticeship in goldsmithing with K.H. Stittgen in Vancouver before returning again to Germany and undertaking an independent study at Staatliche Zeichen Academy College for Jewelry Design and Manufacturing, Hanau. He returned to the United States in 1978 and established his eponymous jewelry brand; from its inception, his designs have stood out for their organic forms and attention to detail. Iversen often incorporates elements from nature, such as twigs, leaves, and seashells, into his pieces, which he casts directly in precious metals, preserving their delicate textures.
Iversen's work has garnered critical acclaim and a devoted following. His jewelry has been exhibited in renowned galleries and museums around the world, including the Museum of Arts and Design in New York. Collectors and art enthusiasts are drawn to the organic elegance and inherent narrative quality of his pieces, which invite wearers to connect with nature on a deeply personal level. Iversen's designs serve as a constant reminder that there is unparalleled beauty all around us, waiting to be discovered and celebrated.
Auction Results John Iversen
