Flux AI: biomimetic design

biomimetic design Flux Artworks

A detailed cross-sectional illustration of a cardiac scaffold. Scaffold contains parallel nanofibers made of PLGA and polypyrrole. Nanofibers are embedded in a translucent hydrogel matrix. Hydrogel has round interconnected pores. Scaffold is thin and flexible with tissue-like texture. No cells are present. The image shows aligned nanofibers and visible pores clearly. Colors distinguish different materials.
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Detailed Cross-sectional Scientific Illustration of a Biomimetic Cardiac Scaffold for Pacemaker Applications

medical technology
cardiac scaffold
nanofiber structure
City features organic and fluid architecture. Buildings have soft, curved shapes inspired by nature. External surfaces made with biomimetic materials that change colors and transparency with light. Tall towers with vertical greenery and balconies like nests. Natural lighting includes bioluminescent street lights and smart glass domes. City landscapes include hanging parks and artificial drinking rivers. Multi-sensory gardens release natural scents and sounds. Holographic squares reflect natural scenes. City palette inspired by nature uses light and dark colors. Public furniture features kinetic sculptures. Digital murals respond to citizens' emotions.
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Futuristic City with Organic Architecture and Artificial Rivers

Interactive urban spaces
Artificial rivers in cities
urban nature integration
Futuristic biotech building shaped like a living organism. Structure covered with semi-transparent biofilm skin. Grown from mycelium and algae structures. Adaptive luminous membranes enhance visual appeal. Spiraling tower design captures attention. Partially translucent walls glow with soft bioluminescence. Surrounded by a regenerative garden ecosystem.
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Futuristic Biomimetic Biotech Building with Regenerative Ecosystem Design

mycelium technology
bioluminescent walls
eco-friendly construction