Flux AI: neural pathways

neural pathways Flux Artworks

Selfie shot in a surreal landscape. A young woman stands on a rainy suburban street at dawn. Wet asphalt reflects the pale sky. Ordinary houses and electric poles line the road. A colossal glowing tree of light emerges from the horizon. Its branches extend into the sky. The tree radiates soft pastel tones with glitch-like energy streams. Scene stylized like a digital watercolor comic with high-contrast inking. A billboard mirrors the scene creating a recursive visual loop. The overall mood is surreal and calm.
4 images

Surreal Digital Watercolor of a Young Woman Standing in a Rainy Suburban Street With a Glow Tree

surrealism art
urban fantasy
high contrast
A rainy suburban street at dawn showcases wet asphalt reflecting the pale sky. Ordinary houses and electric poles are seen along the road. In the distance a colossal glowing semi-transparent tree made of light emerges. Its branches extend like neural pathways. The tree radiates soft pastel tones and glitch-like energy streams flow outward. The scene is stylized like a digital watercolor comic with high contrast inking and a dreamlike color grading. A billboard mirrors the scene creating a recursive visual loop. The mood is surreal and uncanny.
2 images

Surreal Dawn Scene Featuring a Colossal Glowing Tree on a Rainy Suburban Street

surreal sunrise
cosmic roots
suburban street
Illustration of a histology image of retina showing ten layers. Outermost is the retinal pigment epithelium. Next layer contains outer segments of rods and cones with rods more numerous than cones. Followed by an outer limiting membrane formed by muller cells. The outer nuclear layer contains nuclei of rods and cones. The outer plexiform layer has processes of rods, cones, horizontal, amacrine and bipolar cells. The inner nuclear layer contains nuclei of horizontal, amacrine, bipolar and muller cells. The inner plexiform layer has intermingled neuronal processes. The ganglion cell layer consists of nuclei of large multipolar neurons. The optic nerve layer has axons of ganglion cells. Final is the inner limiting membrane separating retina from vitreous body.

Detailed Histological Illustration of Retina Anatomy with Ten Distinct Layers

retina
Biological structures
photoreceptor cells
A tunnel device designed for whole body photobiomodulation featuring sensors. The image showcases a human head with a detailed, glowing brain and spinal cord representation.
2 images

Futuristic Digital Art of Human Brain and Spine Illustrating Photobiomodulation Technology

neural pathways
brain anatomy
light therapy
A digital representation of the prefrontal cortex displaying shrinkage. Arrows indicate direction towards the cortex.
2 images

Digital Illustration of Prefrontal Cortex Shrinkage with Arrows Indicating Cortex Focus

brain anatomy
cortex illustration
prefrontal cortex
A hyper-detailed, biomechanical butterfly with porcelain-like wings. White at the center transitioning to black. Gold veins glow faintly. Thorax morphs into tendrils resembling roots. Background is swirling white and gray textures. Butterfly appears mystical and elegant.
3 images

Hyper-detailed Biomechanical Butterfly with Porcelain-like Wings and Glowing Elements

neural pathways
biomechanical butterfly
ethereal elements
A brain scan showing the prefrontal cortex highlighted in orange. The image depicts a profile view of a human head and the brain's structure in detail. Focus on the connection between the prefrontal cortex and positivity.
2 images

Brain Scan Illustration Highlighting Prefrontal Cortex Linked to Positivity

human brain
neural pathways
brain anatomy
Minimalist black and white logo with a stylized brain silhouette made of algorithmic lines and data streams. Below the brain, the name 'N2X' in a minimalist tech font. Square format, clean and conceptual.
2 images
A

Minimalist Black and White Brain Logo Design for N2X

digital patterns
conceptual art
brain silhouette
Generate an image of a child's brain using an advanced scanner. Highlight intricate and colorful neural pathways. Use vibrant colors to represent different regions and functions of the brain. Showcase complexity and beauty of brain connections.
R

Vibrant Child's Brain Illustration Featuring Intricate Neural Pathways and Functions

scientific art
neural pathways
brain colors