Prompt: a long cavernous sewer constructed of concrete and metal, flat walls, curved ceiling, a child holding a battery torchlight floats on a small patchwork dinghy, dirty water, rubbish, rats, intense shadows, abandoned, isolated, creepy, low light, noir lighting, horror movie
Prompt: Create a black-and-white cartoon-style poster reminiscent of the silent film era, with a deep space filled with animated, hand-drawn stars and nebulae reminiscent of early cinema. In this timeless void, a retro-futuristic woman, characteristic of cartoons of the era, ponders her surroundings with an air of wonder. Around her, portals resembling ancient zoetrope strips spiral in captivating black-and-white, each a silent movie screen giving access to a different, enchanting cartoon universe.
Prompt: Concept digital illustration medium-shot of London in the future as imagined from the Victorian era. Factories with plumes of smoke, retro-futuristic buildings and a detailed dirigible in the sky.
Prompt: An Aerial view taking in an ENTIRE SMALL HUMAN COLONISTS' FUTURISTIC SETTLEMENT OF BEAUTIFULLY DESIGNED AND STREAMLINED ARCHITECTURE ON AN ALIEN PLANET surrounded on all sides by a colorful GREEN RAIN-FOREST full of COLORFUL WILDFLOWERS on the alien colony exo-planet, depicted in the style of Darwyn Cooke
Prompt: An Aerial view showing an ENTIRE SMALL HUMAN COLONISTS' FUTURISTIC SETTLEMENT OF BUILDINGS WITH BEAUTIFULLY DESIGNED AND STREAMLINED AND SYMMETRICAL AND FUNCTIONAL ARCHITECTURE, ON AN ALIEN PLANET surrounded on all sides by a colorful BRIGHT GREEN PRAIRIE full of COLORFUL WILDFLOWERS on the alien colony exo-planet, depicted in the style of NORMAN ROCKWELL
Prompt: In the billionaire's an office on the red exoplanet, a panoramic window dominates the main room, offering a breathtaking view of the planetary landscape. Inside the penthouse, luxury and opulence are evident in every detail. Furnishings are made of exotic and luxurious materials, finished in shades of red that complement the exoplanet atmosphere. The panoramic window allows residents to enjoy the view while relaxing inside, providing a unique and exciting experience. The planetary landscape spreads out before our eyes, dominated by the imposing presence of two bright red suns that illuminate the exoplanet with their incandescent glow. The suns, majestic and powerful, cast an intense light that bathes the landscape in warm, vibrant hues. The neighboring planets rise gracefully on the horizon, some of them adorned with rings that gracefully revolve around them, creating a celestial scene of great beauty and serenity. On the exoplanet itself, vertical skyscrapers soar skyward, their towering structures illuminated by red LED lights that glow in the darkness. Near the horizon, an immense sea stretches out, its churning waters reflecting the light of the suns with bright, captivating sparkles. The waves of the sea move with grace and power, creating a hypnotic spectacle of movement and light. The atmosphere of the planet, tinged with a deep dark red, adds a sense of mystery and fascination to the scene. In the midst of this surreal landscape, a spacecraft rises majestically from the surface of the exoplanet, ready to embark on a journey into the unknown at the far reaches of the universe. This work of art, created in the ALVISION mode, captures the wonder and grandeur of outer space, transporting the viewer to a world of beauty and wonder beyond our imagination. By Alex Ruiz.
Prompt: A billionaire's bedroom in the future on the red exoplanet, a panoramic window dominates the main room, offering a breathtaking view of the planetary landscape. Inside the penthouse, luxury and opulence are evident in every detail. Furnishings are made of exotic and luxurious materials, finished in shades of red that complement the exoplanet atmosphere. The panoramic window allows residents to enjoy the view while relaxing inside, providing a unique and exciting experience. The planetary landscape spreads out before our eyes, dominated by the imposing presence of two bright red suns that illuminate the exoplanet with their incandescent glow. The suns, majestic and powerful, cast an intense light that bathes the landscape in warm, vibrant hues. The neighboring planets rise gracefully on the horizon, some of them adorned with rings that gracefully revolve around them, creating a celestial scene of great beauty and serenity. On the exoplanet itself, vertical skyscrapers soar skyward, their towering structures illuminated by red LED lights that glow in the darkness. Near the horizon, an immense sea stretches out, its churning waters reflecting the light of the suns with bright, captivating sparkles. The waves of the sea move with grace and power, creating a hypnotic spectacle of movement and light. The atmosphere of the planet, tinged with a deep dark red, adds a sense of mystery and fascination to the scene. In the midst of this surreal landscape, a spacecraft rises majestically from the surface of the exoplanet, ready to embark on a journey into the unknown at the far reaches of the universe. This work of art, created in the ALVISION mode, captures the wonder and grandeur of outer space, transporting the viewer to a world of beauty and wonder beyond our imagination. By Alex Ruiz.
Prompt: In the field of algebraic topology, the homotopy groups of spheres describe how spheres of various dimensions can wrap around each other, being examples of topological invariants (which reflect, in algebraic terms, the structure of spheres viewed as topological spaces). The i-th homotopy group πi(Sn) summarizes the different ways in which the i-dimensional sphere Si can be mapped continuously into the n-dimensional sphere Sn. This summary does not distinguish between two mappings if one can be continuously deformed to the other. (The problem of determining πi(Sn) falls into three regimes, depending on whether i is less than, equal to, or greater than n1.): For 0<i<n, any mapping from Si to Sn is homotopic (meaning continuously deformable) to a constant mapping, i.e., a mapping that maps all of Si to a single point of Sn. Therefore the homotopy group is the trivial group. When i=n, every map from Sn to itself has a degree that measures how many times the sphere is wrapped around itself. This degree identifies the homotopy group πn(Sn) with the group of integers under addition. The most interesting and surprising results occur when i>n. The first such surprise was the discovery of a mapping called the Hopf fibration, which wraps the 3-sphere S3 around the usual sphere S2 in a non-trivial fashion, and so is not equivalent to a one-point mapping. The stable homotopy groups of spheres are notorious for their immense computational richness. Many of the tools of algebraic topology and stable homotopy theory were devised to compute more and more of the stable stems of such.
Prompt: Illustrate a dynamic pen and ink roof top garden, halftone art graphics, colouring book, silhouette-like, attractive abstract linear keyframe drawing
Prompt: Walking on the bridge of a space rocket. stunning Femme Fatale With Futuristic aspects Wearing Tight Fitting Clothes. pulp magazine Style. Black and white.
Prompt: seventies science fiction movie scene. Lady in short form fitting metallic miniskirt with a menacing evil retro mechanical robot. Alien planet.
Prompt: seventies science fiction movie scene. Lady in short form fitting metallic miniskirt with a menacing evil retro mechanical robot. Alien planet.
Prompt: seventies science fiction movie scene. Lady in short form fitting metallic miniskirt with a menacing evil retro mechanical robot. Alien planet.
Prompt: A scene from a 1930 science fiction movie, black and white, daguerreotype, sci-fi, circuit boards, tubes,cables, dirt, an actress in a vintage space suite
Prompt: hyperréalisme closeup single isolated slice of pie with blue translucent center, containing a coral reef of fish, a slice of wavy ocean. the crust is the beach with unbrellas and tiny ppl, crumbs on fancy plate, dark bg with light filtering thru the water, sitting on a fancy plate with silverware, Hyperrealistic, insane depth, incredible composition, intricate details, dynamic image, simple background, full body portrait, hypermaximalism
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.