Cybernetic Bioluminescent Flower Infographic

Cybernetic translucent bioluminescent flower concept infographic, vertical 9:16 layout. Center features a hyper-realistic 3D [tulip], suspended in a [cold black] futuristic laboratory void. Petals and leaves exhibit frosted glass translucency with subsurface scattering, X-ray transparency, thin-film refraction, and microscopic water droplets. Internal plant veins integrate PCB circuits, optical fibers, luminescent capillaries, and flowing energy fluids, maintaining 65% organic botanical morphology and 35% digital cybernetics. Star-satellite composition: the central 3D flower occupies 30% of the canvas, surrounded by 70% high-density 2D HUD technical interface. Ten independent data modules are aligned to a strict peripheral grid, linked to petals, leaf veins, stems, stamens, and circuit nodes via 0.5pt ultra-thin orthogonal lines and 90-degree mechanical folds. Modules contain miniature bar charts, waveforms, spectral curves, cross-section contours, topological nodes, and dot-matrix scales. Infinite dark void background with subtle digital grain, scan lines, dot matrix, and volumetric fog. Color palette: [cold black] void and [translucent low-saturation glass] occupy 60%, main bio-fluorescent [electric cyan] and auxiliary [emerald green] occupy 30%, single accent [amber orange] occupies 5-10% strictly reserved for stamen energy cores, critical circuit nodes, and data peaks. Top title features an extra-large bold Chinese technical header, with monospaced technical labels and high-density micro-data across the perimeter. Cinematic lighting, crisp vector overlays, precise scientific layout.