Korean woman in glass bubble gown near exploding supernova

The Supernova Lens [CHARACTER & BIOMETRICS] Subject: A tall Korean woman, identified as a college freshman. Physique: A lithe hourglass figure, emphasizing slender and athletic proportions. Hair: Natural Deep Bordeaux Red Wine hair. Hair Technical: The prompt must emphasize high chroma on the red spectrum to prevent a shift to dark brown; hair acts as a secondary light filter, appearing like translucent Merlot when catching the stellar blast. [COUTURE & IMPOSSIBLE MATERIALS] Gown: A Stacked Geodesic Cluster composed of thousands of individual glass bubbles. Construction: Utilize occlusion by specifying a High-Reflectivity Silver Backing on the internal side of each bubble. Physics: Each bubble acts as a convex mirror; the material density is treated as a rigid, clustered optical array rather than a fluid fabric. [ENVIRONMENT & STELLAR LIGHTING] Location: The immediate vicinity of a Type II Supernova; the background is a chaotic expanse of expanding ionized gas and kinetic energy. Light Logic: Extreme backlit refraction. The supernova acts as a massive, high-intensity backlight, creating a brilliant halo rim-light around the subject’s silhouette. Optical Effects: The bubbles reflect the dying star’s debris in thousands of tiny, distorted points of light; the Deep Bordeaux hair should glow with internal "fire" as it catches the edge of the stellar explosion. [TECHNICAL PARAMETERS] Optics: 80mm prime lens, f/1.4 for shallow depth of field against the cosmic debris. Ray Tracing: Ultra-high-resolution calculation for light bouncing between the silvered backings of the bubbles. Color Profile: High-dynamic range (HDR) focusing on the contrast between the cool silver of the mirrors and the warm, deep red of the hair.