A masterpiece of abstract idol girl style created by the collaboration of Mandalas and Sacred Geometry Artists and Jackson Pollock. The main objects in the image are composed of different materials. The left side of the main object is made of beads or small glass balls, while the right side retains its original material.Imagine a stunning masterpiece that blends elements of abstract idol girl art with intricate mandalas and sacred geometry, interwoven with the dynamic splatter technique pioneered by Jackson Pollock. The central figure in this artwork is an ethereal idol girl, her form emanating a sense of both mystery and grace.The left side of the main object is crafted from a mesmerizing array of beads and small glass balls, arranged in a way that catches light and sparkles like a constellation. Each bead appears to be delicately placed, creating a pattern reminiscent of celestial bodies or intricate mandala designs. The colors range from deep blues and purples to shimmering silver and gold, giving the left side an almost holographic quality.On the right side, the idol girl retains her original material, which could be a smooth, polished stone or a delicate clay texture. This side seems more grounded, with subtle yet elegant patterns that contrast beautifully against the sparkling beads on the left. The textures here might hint at ancient symbols or sacred geometry, adding layers of depth and meaning to the overall composition.The background is a swirling vortex of colors and shapes, reminiscent of Pollock's drip paintings. Splashes of vibrant hues intermingle with more muted tones, creating a dynamic visual flow that connects the left and right sides of the idol girl. The space around her seems almost alive, as if the very essence of creation and chaos are being balanced within this single artwork.This photo would be a breathtaking fusion of traditional and modern art techniques, blending spirituality, geometry, and abstract expressionism into a single, captivating image. HD32K, hyperdetailed, best quality, aidmaMJ6.1.