Generate Marble Bust Transformation Portraits

A macro-lens capture of a Classical Marble Bust (Greco-Roman style) in the active process of shattering to reveal a living, breathing human underneath. The transformation is diagonal: the top left is cold, porous white carrara marble with dust in the crevices; the bottom right is hyper-realistic, warm human skin. The "seam" is a jagged, crumbling edge where stone flakes are falling away like dry clay. A single, hyper-realistic human eye stares out from the marble side, framed by stone eyelids, while the other eye is fully flesh. Captured with a Phase One IQ4 150MP BSI CMOS sensor, 100mm APO macro lens at f/11. This aperture creates a deep depth of field to keep both the jagged stone edge and the pores of the skin in sharp focus. ISO 50. Lighting is a stark, high-contrast museum setup. A single, hard key light (4000K) rakes across the surface from the side, exaggerating the texture of the marble grain and the depth of the skin pores. Real optical path simulation with anisotropic reflection, SSS (subsurface scattering) on skin, and microfacet surface behavior. The marble exhibits a "dry" subsurface scattering distinct from the "oily" SSS of the living skin. Dust particles suspended in the air near the break. The living eye shows moisture and capillary details; the stone surrounding it is matte and dusty. Output in linear gamma, ProPhoto RGB, TIFF 16-bit equivalent, color calibrated to D65. No stylization, no post-enhancement, no bloom—raw optical realism at 600 PPI resolution. Sharpness defined by actual diffraction limits, not digital sharpening.