Prompt: This vintage scientific illustration titled "LICHT" (German for "Light") is a full-page print from a historical textbook, likely from the late 19th or early 20th century, depicting various optical and wave phenomena related to light, polarization, and interference through ten labeled diagrams arranged in a grid layout on a cream-colored background. The top row (Figures 1–3) shows concentric, rainbow-colored axis patterns from birefringent materials: “Achsenbild des Doppelspates” (double spar), “des Quarzes” (quartz), and “des Aragonites” (aragonite), with symmetric interference rings and black cross patterns. The second row continues with more birefringent axis images (Figure 4), and stylized black-and-white interference patterns in polarized glass: “Gekühltes Glas” (cooled glass) and “Gepresstes Glas” (compressed glass) viewed through a polarization apparatus (Figures 5–6), each displaying symmetric loops. Below them (Figures 7–8) is a horizontal color spectrum bar showing light polarization through chromatically polarized gypsum at varying thicknesses, with bands transitioning from violet through yellow to red. At the bottom left (Figure 9), two vertical strips labeled A and B show diffraction patterns: A shows interference stripes from a wire, while B shows a screen with an unbounded right edge. The bottom right (Figure 10) features an elaborate black-and-white moiré-style diagram titled “Interferenz zweier Wellenzüge” (interference of two wave trains), showing intersecting concentric rings radiating from two points to visualize constructive and destructive wave interference. The print credits “F.A. Brockhaus geogr.-artist. Anstalt, Leipzig” at the bottom, identifying the publisher and artist studio behind this refined and scientifically educational artwork.
Prompt: Digital painting of a human female Tesla coil firing electricity through space portrayed as a schematic of humanity, glossy clear coating, scene centered on a massive computer CPU, in the style of Tim Burton and Cameron Gray, human schematic diagrams, brain scans, 8K 3D pentagrams and vivid aligned chakras, smooth glossy 32k resolution, trending on ArtStation Unreal Engine 5, advanced Pixel Pro 7 camera processing, shiny and smooth acrylic on metal with an ultra glossy clear coating, acrylic on glass, ultra glossy acrylic, ultra high contrast, colorful, ultra-detailed, ultra quality, CGSociety, ultra smooth glassy crystalline finish, brain scan, psychological schematics, computer CPU schematics, quantum field, Hindu prayer, Buddhist meditation, female.
Prompt: Amid clouds woven from powdered gold and moonlit silver, she hears the whisper of Metatron. His words manifest as glowing diagrams in the air — the unspoken doctrine, the living formula, the architecture of eternity traced with perfect, deliberate hands.
Inventor of the Lawn mower Exploring the Legacy of Early Lawn Mower
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Prompt: On August 31 1830 Edwin Beard Budding patented "a new combination and application of machinery for the purpose of cropping or shearing the vegetable surface of lawns, grass-plats and pleasure grounds". This was the world's first lawnmower.
Budding had the idea of the lawnmower after seeing a machine in a local cloth mill that used a cutting cylinder (or bladed reel) mounted on a bench to trim the irregular nap from the surface of woolen cloth and give a smooth finish.[2] Budding's mower was designed primarily to cut the lawn on sports grounds and extensive gardens, as a superior alternative to the scythe, and was granted a British patent on 31 August 1830.
The inventor of the lawn mower on August 31, 1830, was Edwin Beard Budding.
Show Edwin Beard Budding creating the first lawn mower in his workplace. Part of the background involves evolution—Blueprint
of his first lawnmower. The color should be sepia of the evolution of the lawn mower. Show his first lawn mower. Show the early lawn mowers cutting grass, fields, cropping, and shearing. The grass is a light green, the fields and the shearing vary in color. The lawn mowers are in black and white with a touch of red. Drawn with ink, scratching. Alcohol Ink effect. Textured. In the style of Diego Rivera. Drypoint. Shadows. Intricate line drawing, cinematic. Chiaroscuro. Line drawing. Blueprint designing Edwin Beard Budding's first lawn mower.
Prompt: A thoughtful man, a dedicated scientist immersed in the study of the brain, pores over intricate diagrams and data. Surrounded by the tools of his trade – perhaps anatomical models, research papers, or the soft hum of neuroimaging equipment – his brow is furrowed in concentration. He embodies the relentless pursuit of understanding the complexities of the human mind, driven by curiosity and the desire to unravel the brain's deepest secrets. The scene evokes a sense of intellectual rigor and the quiet dedication of scientific discovery in the field of neuroscience.
Prompt: Avant-garde full-body illustration merging the raw, kinetic brushwork of Russ Mills—known for chaotic ink splashes, deconstructed forms, and vibrant energy—with the anatomical clarity and geometric balance of Leonardo da Vinci. The subject is a young woman in a crisp lab coat, standing poised yet relaxed. Her short, vivid blue hair is cut asymmetrically, rendered in expressive, gestural lines. She wears minimal, translucent lab goggles. Her gaze is calm and intelligent, captured with Renaissance-style precision.
She holds a glowing amber fluorescent vial, its light softly illuminating her face and hand. The background is a storm of anatomical sketches, chaotic textures, and expressive brush strokes in deep black, gold, and electric cyan, blending science, emotion, and artistic mastery in a surreal, dynamic composition.
Prompt: A detailed sketch of a futuristic space scene featuring tall, sleek rockets and spacecraft arranged on a grid-like base. The rockets have various designs, some with pointed tips and checkered patterns, while others are more streamlined. The background includes stylized star patterns and celestial objects, conveying a sense of depth and space exploration. The overall tone is technical and imaginative, capturing the essence of advanced technology in a creative environment.
Prompt: Lost little girl, solitary in front of massive wall of complex mathematical equations, child small in frame facing away, blackboard towering with intricate symbols and formulas, digital painting with fantasy elements, detailed and beautiful design, dynamic and dramatic lighting, poster-worthy composition, high dynamic range (HDR) effects, cinematic post-processing for depth and drama, pixel art style.
Prompt: Archimedes, an old man of Anrikte at work, develops the formula for calculating circles. Construction tools and mathematical formulas can be seen in the background. The image is highly realistic. 200 BC
Prompt: An old professor standing at a blackboard on which a complicated mathematical equation is written. A steampunk robot is writing on the blackboard. The robot has brass and copper details, vintage gauges and dials, rivets and bolts, aged and weathered look, industrial color palette of bronze, copper, and brass, moody ambient lighting casting shadows, detailed realism, high resolution.
Prompt: Invisible Performance: Conceptualize a performance piece that exists only in the instructions given, typical of Yoko Ono's work. Complement with George Maciunas’ style by using diagrams and symbols that outline the ‘invisible’ actions to be performed by the audience.
Dream Level: is increased each time when you "Go Deeper" into the dream. Each new level is harder to achieve and
takes more iterations than the one before.
Rare Deep Dream: is any dream which went deeper than level 6.
Deep Dream
You cannot go deeper into someone else's dream. You must create your own.
Deep Dream
Currently going deeper is available only for Deep Dreams.
