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The jewelry book
A stunning and authoritative collection of 300 of jewelry's greatest names spanning more than 200 years. The Jewelry Book is a deep dive into the designers, creative houses, artists, collectors, and style icons from around the world who have produced and inspired the most memorable designs in jewelry. Edited by Melanie Grant, author of Coveted: Art and Innovation in High Jewelry, in collaboration with an international panel of experts, this stunning book spans more than two centuries of rich history, showcasing 300 of the industry's greatest contributors in one lavish, collectible volume. The Jewelry Book is arranged in A to Z order, placing early stars and iconic brands alongside today's most innovative designers and creatives. Entries ranging from Boucheron, Buccellati, Cartier, René Lalique, Elsa Peretti, Hemmerle, Tiffany & Co and Van Cleef & Arpels to Iris Apfel, Wallace Chan, Loulou de la Falaise, Olivier Rousteing, James de Givenchy, and Elizabeth Taylor reveal the jewelry world's inextricable connection to fashion, art, and culture. Filled with inspirational images, the book is designed as a gorgeous object in its own right, with a cover featuring a luxe, faceted deboss on a metallic material to evoke a dazzling gemstone.
BOOK
From Image to Imagination: Exploring the Impact of Generative AI on Cultural Translation in Jewelry Design
The current proliferation of artificial intelligence (AI) is prominently shaping the design industry. Generative AI, such as text-to-image and image-to-image models, has gained widespread use, notably for its efficiency and quality improvements. However, their potential to aid in cultural translation within creative design is underexplored. To address the existing gap, this study aims to assess the impact of generative AI on cultural translation within jewelry design. Specifically, a comprehensive study was conducted through a design-action experiment, collecting 46 student designers’ design-action data and self-reports, and enlisting the evaluation from 30 design experts. The findings highlight the substantial influence of generative AI on the ideation phase of jewelry design, especially in depth rather than breadth, and in the shape factor at the technical level such as detailization and unexpected composition. Leveraging AI image generators has shifted the designer’s focus from technical tasks to strategic decisions related to visual appeal, cognitive engagement, and emotional resonance. Furthermore, the challenges inherent in human–AI collaboration have been revealed, stemming from communication difficulties and the risk of fixating on specific details to stylistic constraints. Based on data analysis, a novel hybrid model regarding human–AI co-creation on cultural translation in jewelry design is proposed. Overall, this current study offers a valuable reference point to future research in terms of examining the effect of emerging technologies on cultural translation in creative fields.
Journal Article
Innovative Development of Computer Digital Hand-Drawing Technology in the Process of Jewelry Design
Compared with the jewelry industry, traditional jewelry design can no longer be satisfied with the current fast-paced era. The emergence of computer digital hand-painting technology has opened up new horizons for jewelry design and production. We have brought about jewelry design in the computer age. Affected, the past traditional jewelry design has been new development. In jewelry design, the use of computer digital hand-painting technology allows designers to quickly and efficiently design the jewelry they want to design, and to grasp the emotions that the design inspiration needs to convey in time. The purpose of the research in this article is to analyze the use of computer digital hand-painting technology in the jewelry design process, and make innovative developments to traditional design methods. This article starts from the perspective of computer digital hand-painting technology, taking the current computer era as the background, and on the relevant realistic background and theoretical basis, to promote the innovation and development of jewelry design as the specific research object, and make full use of the current fast-developing computer digital hand-painting technology Make a breakthrough to innovate and develop the jewelry design process. The experimental results show that computer digital hand-painting technology can make a breakthrough in the process of traditional jewelry design and construct a new model of jewelry design.
Journal Article
AMBUSH : AMBUSH universe, 2008-forever : the world is a museum of passion projects, and this has been one of ours, as we mark our passage of time on Earth
A multi-disciplinary fashion, jewelry and industrial design practice, 'Ambush' is the brainchild of Korean-American designer Yoon and Japanese-Korean performing artist Verbal.
BOOK
Programming application of contemporary jewelry design forms based on Grasshopper software
In recent years, by the influence of social progress and economic development, jewelry customers have continued to expand the demand gap. Today’s requirements for jewelry design are also more stringent than other design work. Excellent design should be a combination of natural beauty, spiritual beauty, and functional beauty. With the development of the computer industry and the advent of the information age, the design industry has undergone radical changes, and the way of design realization is gradually divided into hand-drawn design and computer-aided design. Although the hand-drawn design is beautiful and free, it is inaccurate and time-consuming. Computer-aided design is fast, accurate, and efficient, and the effect is real and fantasy, which is an important way to improve designers’ design efficiency. In order to address the problem of missing design results due to the weakness of details in the construction of 3D models in the original jewelry 3D design method. In this paper, the Grasshopper parametric design platform is used to prepare a program for the rapid modeling of spatial grid structures, and the details of how the program converts architectural models into SAP2000 structural analysis models are presented. Considering the large amount of work required to construct the surface cells for load application, a secondary masking program based on azimuth calculation is developed further to improve the modeling efficiency and universality of the program. Through an engineering example application, the effectiveness and practicality of the fast modeling program for spatial grid structures are verified, which provides a reference for structural engineers to develop similar programs to improve the modeling and analysis efficiency of complex structures and complete the programming application of contemporary jewelry design forms of Grasshopper software.
Journal Article
Creative Transformation and Value Realization of Artificial Intelligence in Jewelry Design Field
With the progress of science and technology and the increasingly fierce competition in the market, the phenomenon of homogenization of jewelry products is becoming more and more obvious, and the user's demand for jewelry design presents personalized and diversified characteristics. This paper utilizes continuous variable binary to encode the genes in jewelry design and establishes the specific definition domain for each module in jewelry design. Then the fitness function is combined with the target creative set and representative sample set of jewelry design to calculate the consensus and satisfaction degrees of the audience. Finally, the construction of the jewelry design system is realized using artificial intelligence through selection, crossover, mutation, and other operations in the metagenetic algorithm. The algorithm proposed in this paper can achieve a lower number of evaluations and a shorter running time in a jewelry design system, which can alleviate user fatigue more effectively. When the population is generated over 20 generations, the average adaptation value of the algorithm in this paper can reach 8.13, which is much higher than the comparison algorithm. In the subjective evaluation experiments of the jewelry products obtained by the design, it is found that the audience thinks that the jewelry products show higher emotional potency and innovative value, which indicates that the system is able to give higher creativity and value to the jewelry products. This paper provides new foundations and insights for the field of jewelry design, as well as scientific ideas for jewelry designers and brands.
Journal Article