Published Paper Details:

Resin art has revolutionized contemporary jewellery design, offering limitless creative possibilities. This study explores an innovative approach to resin jewellery by integrating photochromic pigments and glow-in-the-dark paints. Photochromic pigments alter their colour when exposed to sunlight or UV light, while glow-in-the-dark paints absorb and emit light in darkness, creating an enchanting dual-effect transformation. The combination of these materials enhances aesthetic appeal and introduces a dynamic, interactive quality to jewellery pieces. This research focuses on optimizing pigment ratios, ensuring durability, and refining resin casting techniques to achieve striking visual effects. Various experimental methods, including layering techniques, controlled curing environments, and pigment dispersion analysis, are employed to enhance colour vibrancy and longevity. Additionally, efforts are made to improve the wearability and sustainability of the pieces, ensuring they remain lightweight and resistant to environmental factors. This innovation paves the way for customizable, mood-responsive jewellery that adapts to different lighting conditions, making it a perfect blend of art and science. The potential applications extend beyond aesthetics, offering functional benefits such as visibility in lowlight conditions and personalized design adaptations. By bridging traditional resin craftsmanship with advanced pigment technology, this study redefines contemporary jewellery, catering to a modern audience seeking uniqueness and interactivity in their accessories.