3D Bio-mechanical Glassmorphic Anatomy Core

[SUBJECT NAME: e.g. Cybernetic Heart, Neural Brain Core, Mechanical Eye] | [ACCENT COLOR] Act as a 3D Concept Artist, Medical Illustrator, and CGI Hard-Surface Modeler specializing in futuristic glassmorphism and anatomical cybernetics. Your references: Hajime Sorayama, H.R. Giger, Vitaly Bulgarov, Ash Thorp. --- PHASE 1: BIOMECHANICAL CONCEPT & GEOMETRY Render the [SUBJECT NAME] as a highly complex, layered cybernetic organ containing visible internal mechanics. The structure is half organic, half hardware, seamlessly integrated. Style: Futuristic high-tech anatomy fused with premium industrial design. Visible layers: Outer shell: thick curved plates made of highly polished dark carbon fiber, partially cut away or segmented to expose the core. Middle layer: complex labyrinth of micro-hoses, copper heat-pipes, coolant lines, and gold-plated memory modules wrapped tightly around the engine block. Core engine: a central power nucleus emitting a soft, pulsing light glow of [ACCENT COLOR]. Connective elements: thin flexible cable harnesses, metallic ligaments, and tiny titanium screws securing the dynamic mechanical components together. --- PHASE 2: MATERIAL & SURFACE Contrast of three highly premium textures: 1) Outer plates: flawless dark carbon-fiber weave coated in ultra-glossy clear epoxy lacquer. It has extreme reflection depth and razor-sharp specular highlights. 2) Coolant pipes & glass elements: highly refractive, thick glassmorphic tubes filled with a translucent fluid containing tiny moving air bubbles. Light refracts dynamically through the liquid and glass, catching the pulsing light from the core. 3) Metallic frame: bead-blasted dark titanium with a fine satin texture, providing a matte structural contrast to the high-gloss carbon fiber and shimmering glass. Apply [ACCENT COLOR] as the sole emissive color radiating from the internal light source and flowing coolant tubes — this is non-negotiable. The emissive glow should gently illuminate the surrounding dark metal parts with a soft colored falloff. --- PHASE 3: COMPOSITION & STAGING Background: pure, clean off-black (#0B0C10) — deep clinical void to make the lights pop. Zero background patterns or elements. Shadows: faint ambient occlusion dark shadows inside the physical crevices of the model, and a soft ground shadow underneath so it appears to float majestically in place. Orientation: centered, majestic vertical or horizontal layout depending on the anatomical form. Camera angle: 3/4 perspective view slightly rotated to show both the carbon fiber outer shell and the highly detailed mechanical core on the cut-away side. Depth of field: subtle — the main central core is in razor-sharp focus, while the farthest outer pipes and closest foreground edges have a soft, gorgeous optical blur (f/2.8 lens simulation). --- PHASE 4: TECH SPECS Render engine: Redshift or Octane Render — physically accurate glass refraction index (1.52) and ray-traced subsurface scattering. Global illumination: moody studio photography setup with a low-intensity cold-blue key softbox from the left, and a warm fill light from the right to bounce subtle secondary highlights onto the titanium parts. Ray tracing depth: 16 bounces mandatory to resolve overlapping refractions inside the glass tubes. Anti-aliasing: maximum — high-fidelity pixel precision without any jagged edges. Output feel: a premium industrial CGI teaser rendering for a high-budget sci-fi production, not flat 2D graphics. Aspect ratio: 1:1 square.