“semper RED CRYSTAL STUDY LIGHT · FRACTURE · FORM” es un efecto de texto Vidrio creado con FontVibe IA. Mayúsculas de vidrio óptico transparente que refractan la luz, con brillos intensos en los bordes y cáusticas, reflejadas en una superficie oscura bajo una aurora verdeazulada.

Create a finished horizontal art poster, landscape 3:2. Typography is the centerpiece, with a distinct crystal subject behind and beneath it. Use a pale lavender-blue background with soft diffused illumination, never a dark dramatic field. Center the exact lowercase headline “semper” across the middle, large and immediately legible. Build its letterforms with the Ice Shard construction: slightly condensed angular geometry, sharp asymmetric crystal-point terminals, thin fracture lines inside each stroke, and cut facets. Make each letter a high-clarity transparent optical-glass form with deep visible internal refraction and bright, crisp specular highlights tracing changes in glass thickness. Embed distinct, stacked ruby-red crystal strata inside the clear glass strokes so the requested red layers are unmistakable without making the letters opaque. Preserve transparency around the strata; show the background through the glass. Give selected curves and terminals a subtle pulled, liquid-like edge. Cast bright red-and-white refracted caustic patterns below the letters, softened into the lavender-blue ground. Behind the title, stage a sculptural stack of thin translucent red crystal plates and angular clear-glass shards, arranged in depth like a layered specimen; it frames the word without obscuring any letter. Use a clean poster hierarchy: headline first; directly below it, the smaller line “RED CRYSTAL STUDY”; at the bottom, fine but readable details “LIGHT · FRACTURE · FORM”. Keep generous margins and precise centered alignment. Make all three text strings exact, correctly spelled, and readable; render no other text, logos, or watermark. High-end optical product photography, ray-traced refraction, physically accurate caustics, sharp glass edge reflections, soft environmental diffusion, fine surface detail.