Prompt: Luminescent. Opalescent. An intensely appealing naturalistic flower garden as though wild in nature, with an overgrown stepping stone path through the foliage. Exquisitely exquisite. Lush and verdant, with warm vibrant colors. A Maine coon cat plays in the flowers.
Prompt: Imagine a cosmic scene with swirling fractal patterns resembling galaxies and nebulae, in vibrant colors—deep blues, purples, fiery reds, and shimmering golds. Intricate Mandelbrot and Julia sets create a sense of infinite complexity. At the center, a glowing, multifaceted geometric structure radiates energy, resembling both a polyhedron and a neural network.
From this central structure, three streams emerge, each symbolizing different realms:
Mathematics: Symbols like integrals, summations, tori, and Möbius strips appear in a flowing landscape. Equations and golden spirals weave through the fractals, showing order within chaos.
Physics: Representations of wave-particle duality, spacetime grids, atoms, and celestial bodies float nearby. Strings from string theory loop and connect particles, while Einstein’s equations and Feynman diagrams glow in the cosmic backdrop.
Deep Learning: A network of neurons and synapses blends with fractals, showing binary code cascading through neural pathways. Circuitry patterns fuse with cosmic fractals, symbolizing the fusion of technology and nature.
The entire scene is unified by fractal patterns that weave through each stream, symbolizing infinite complexity and self-similarity. Luminous colors, glowing edges, and soft gradients create a dreamlike, otherworldly ambiance, with small stars, particles, and light flares enhancing the cosmic feel. The edges fade into deep space, suggesting boundlessness and universal connection.
Topos theory as a framework for the unification of mathematics, physics, and AI
Model:
AIVision
Size:
2688 X 1512
(4.06 MP)
Used settings:
Prompt: Imagine a cosmic scene with swirling fractal patterns resembling galaxies and nebulae, in vibrant colors—deep blues, purples, fiery reds, and shimmering golds. Intricate Mandelbrot and Julia sets create a sense of infinite complexity. At the center, a glowing, multifaceted geometric structure radiates energy, resembling both a polyhedron and a neural network.
From this central structure, three streams emerge, each symbolizing different realms:
Mathematics: Symbols like integrals, summations, tori, and Möbius strips appear in a flowing landscape. Equations and golden spirals weave through the fractals, showing order within chaos.
Physics: Representations of wave-particle duality, spacetime grids, atoms, and celestial bodies float nearby. Strings from string theory loop and connect particles, while Einstein’s equations and Feynman diagrams glow in the cosmic backdrop.
Deep Learning: A network of neurons and synapses blends with fractals, showing binary code cascading through neural pathways. Circuitry patterns fuse with cosmic fractals, symbolizing the fusion of technology and nature.
The entire scene is unified by fractal patterns that weave through each stream, symbolizing infinite complexity and self-similarity. Luminous colors, glowing edges, and soft gradients create a dreamlike, otherworldly ambiance, with small stars, particles, and light flares enhancing the cosmic feel. The edges fade into deep space, suggesting boundlessness and universal connection.
Prompt: Mystic side of you;
cosmic, super-intelligent AI avatar, cyborg, utopian, chrome, colorful, & surrealist, and some fractals
byNaoto Hattori, Catrin Welz-Stein, and Stephen Gammell.. ,Catrin Welz-Stein,style
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.
10h
4d
