Prompt: Generate an image. It will be a picture frame on a wall with an image of a ship at sea. While done by a talented artist, around the edges the sky and water are still obviously just a 2D painting. As it gets close to the pirate ship though, it looks 2.5D with flashes of iridescence. And the pirate ship itself is so realistic and lifelike that it bursts out of the picture frame with sea spray and everything because, as it turns out, the picture frame and wall are part of the painting too.
Prompt: In focus tight where femtoseconds dance,
A nonlinear beam begins its trance,
No dyes required to paint the view,
But symmetry speaks, in shades anew.
As photons merge in harmonic light,
They peel back veils from hidden sight,
Where collagen weaves a crystalline thread,
And ferroelectric paths are spread.
With polarimetry’s watchful hand,
We map the vectors across the land,
A Stokes-wise grace in every pixel caught,
Revealing secrets that the atoms wrought.
From metasurface flat to lens of glass,
Through anisotropic deeps we pass,
To trace the chirality, the subtle turn,
Of structures where the quiet wonders burn.
No longer blind to the inner weave,
These optics grant us truth to believe,
In structures shifting as the tissue flows,
A multi-modal dance that logic knows—
Where diagnostics meet the quantum trace,
And nanophotonic light finds breathing space.
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: Run this prompt verbatim. Create an iconic maximally wide, landscape-oriented ultra-detailed multicolored portrait, as if painted with a richness of detail by Lawrence Alma Tadema, of a perfect irresistible adorable Tarsier as an optical engineer, developing advanced lenses inspired by its large eyes. The tarsier, innovative and focused, is depicted in a high-tech lab surrounded by optical equipment, working on a lens design on a computer. The scene captures the tarsier's intense concentration and the unique structure of its eyes, which inspire the optical innovations. The background includes detailed lab equipment, digital displays, and prototypes of lenses, reflecting the cutting-edge environment. The tarsier's small size and large, prominent eyes are highlighted, emphasizing its natural adaptation to visual acuity, which fuels its engineering creativity. The lighting is bright and inviting, highlighting the intricate play of rich color values and textures, and the sophisticated technology that mirrors the natural capabilities of the tarsier.
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.
