British artist Hugh Turvey turns ordinary objects into interesting transparent x-ray art. Turvey's photograph Femme Fatale features a foot in a dangerously high stiletto, in the hopes of depicting the actual pressure and pain females undergo. Turvey manages to add an artistic touch to ordinary objects. Artist Hugh Turvey coined the term "xogram" to describe his artwork, which is a mash-up between an x-ray and a photogram produced by placing an object on light-sensitive paper.
Turvey's most recent xograms have been suitcases and luggage pieces shot for travel magazines. Turvey produces xograms of a wide range of objects such as wrapped presents, motorcycles, musical instruments and duffle bags. The purpose of his work is to show objects from a density point of view. The compelling art pieces make people stop and think about the internal details that are often overlooked.
Neon X-Ray Art
Artist Hugh Turvey Produces Compelling Transparent Art Images
Trend Themes
1. Transparent X-ray Art - Disruptive innovation opportunity: Explore the use of transparent x-ray art in advertising campaigns or product packaging to showcase internal details.
2. Xograms of Everyday Objects - Disruptive innovation opportunity: Create xograms of commonly used objects like smartphones or clothing to reveal hidden design elements that engage consumers.
3. Density Point of View - Disruptive innovation opportunity: Develop interactive exhibits or educational tools that use density imagery to stimulate curiosity and understanding of various materials and objects.
Industry Implications
1. Art - Disruptive innovation opportunity: Collaborate with artists and technologists to incorporate x-ray imaging techniques into traditional art forms, pushing the boundaries of creativity.
2. Advertising - Disruptive innovation opportunity: Incorporate transparent x-ray art into advertising campaigns to create visually striking and informative advertisements that capture consumers' attention.
3. Education - Disruptive innovation opportunity: Integrate x-ray art and density imagery into educational materials and tools to enhance science and art curriculum, making learning more engaging and interactive.