Prompt: Pruzah grohiik do fin med tol rek Vulon. Ful hi kah grah-zey mahfaeraak. Geinok vod, lavkein do feyl. Fen fin sahsun daar monah us. Pah suleyk do zii forel enook.
Prompt: Hmm… This cadmium red—too loud. Or is it? Maybe just a whisper along the edge, where the light fractures. Wait—no, the underpainting’s too cool for that. Damn. Should’ve let the burnt sienna dry longer. Now the layers bleed. But… is that a mistake, or a gift?
Look at her eyes. They’re supposed to hold the storm, but they’re flat. Flat as glass. Where’s the depth? More glaze? Or scrape back, risk the texture. God, the canvas is judging me. “You had a vision,” it says. “Where is it?” Shut up. Let me think.
That horizon line—collapsing. Too much ochre. Wait, maybe a slash of ultramarine there, just to… No. Let it breathe. Sometimes the painting tells you what it needs. Or is that just laziness?
Hands are trembling. Coffee. Should’ve had less coffee. Or more. Can’t decide if this is genius or garbage. Both, probably. Always both. The brush feels heavy. Why does the white look so dead? Maybe a touch of Naples yellow. Or—wait—what if I let the raw umber peek through? Imperfection as intention. Sure. Let’s romanticize desperation.
Step back. Too close. Always too close. From here, the composition… It’s unbalanced. That diagonal—needs weight. A shadow? No, a shape. Something organic. A leaf? Too literal. A smear, then. Let it suggest, not declare. Yes. Less control. More trust.
Is this even my voice anymore? Or am I just repeating what the critics said last time? “Bold but unresolved.” Ha. Maybe they were right. Or maybe they’ve never stood here, heart racing, trying to birth a ghost into color.
Prompt: 2. Information Content: The human genome, contained within the nucleus of each cell, consists of roughly 3 billion base pairs. If we were to consider each base pair as a binary piece of information (which is a vast oversimplification), this would equate to about 750MB of data just for the DNA. However, the actual dynamic processes of a cell involve much more than just the static information in DNA. Gene expression, protein synthesis, metabolic pathways, signal transduction, and cellular responses to the environment involve complex interactions that are not fully understood. 3. Simulating Cellular Processes: To simulate a cell in real-time, one would need to account for all these processes and their interactions. This involves not just the chemical and physical states of millions to billions of molecules but also their spatial and temporal dynamics. The simulation would need to process changes and interactions potentially at the atomic or even subatomic level to accurately reflect the quantum chemical environment of molecular biology. 4. Data Transmission and Processing: Estimating the data transmission and processing required for such a simulation is challenging due to the lack of a direct comparison in current computational terms. However, we can speculate that it would be on the order of petabytes or more per second, considering the need to simulate intricate molecular interactions across the entire cell in real-time. For context, one petabyte is 10^15 bytes or 1,000 terabytes.
I mostly lean more towards curiosity than creativity (on my part) with AI stuff, but I do appreciate the approach where people aim to harness AI to express their own creativity.
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.