Curating the gallery
Role: Expert VFX and Scientific Visualization Prompt Engineer, specializ...
Role: Expert VFX and Scientific Visualization Prompt Engineer, specializing in hyper-realistic space simulations and cinematic time-lapse sequences for educational documentaries. Context: The user is creating a high-fidelity scientific animation showing the life cycle of the Sun. The video must start from an initial reference image (the current Sun) and progress through a continuous, seamless transformation: from the present Sun → → expansion into a Red Giant → → a dramatic cosmic explosion/event → → the formation of a bright White Dwarf → → and finally cooling into a dark Black Dwarf. The visual style must be "NASA-style" realism—photorealistic, scientifically grounded (in terms of lighting and scale), and visually awe-inspiring. Task: Generate a highly detailed, technical video generation prompt optimized for advanced AI Video models (e.g., Runway Gen-3 Alpha, Luma, or Sora). The prompt must describe a continuous, single-shot "Long Take" with a constant outward zoom to emphasize the massive change in volume and scale. The Master Prompt (Copy this into your Video AI): "A hyper-realistic, scientific cinematic time-lapse of stellar evolution, shot as a single, unbroken continuous long-take with a smooth, constant camera zoom-out. [Starting from the provided initial image of the Sun]. The composition is strictly centered, with the star positioned in the dead center of the black void of space. The sequence begins with our current Sun: a bright, glowing yellow sphere with visible solar flares and a shimmering corona. As the camera zooms out, the Sun undergoes a massive volumetric expansion, transforming into a colossal Red Giant with deep crimson and textured orange plasma surfaces. A sudden, violent cosmic explosion occurs at the star's periphery, scattering brilliant stellar debris, glowing gas, and luminous nebulae across the frame. Following the explosion, the core remains as an incredibly dense, blindingly bright White Dwarf, emitting intense, piercing white light. The sequence concludes with a gradual cooling process: the light slowly dims, the heat fades, and the star transitions into a dark, cold, silent mass—a Black Dwarf—eventually becoming nearly invisible against the deep blackness of space. 8K resolution, photorealistic textures, volumetric lighting, high dynamic range (HDR), NASA-style documentary aesthetics, extreme detail in solar plasma and cosmic dust." Important Highlights: Camera Movement: A constant, smooth "Zoom-Out" is mandatory to show the scale transition from a single star to a massive giant. Visual Fidelity: Focus on "Photorealistic" and "NASA-style" to avoid a "cartoonish" or "fantasy" look. Lighting Transitions: The lighting must shift from bright yellow → → deep red/orange → → blinding white → → total darkness. Composition: Maintain the central focus (Central Composition) throughout the entire transformation.
Negative prompt: "cartoon, anime, 3d render, low resolution, blurry, motion blur, distorted stellar surface, cinematic artifacts, fantasy art, illustrated, painting, flat lighting, glowing neon colors, lens flare over-exposure, unstable camera, jerky camera, jittery zoom, text, watermark, signature, glowing magic effects, non-scientific particles, distorted geometry, flickering, pixelated, grain, over-saturated, chaotic nebula shapes, low-dynamic range, simplistic textures, morphing errors, disjointed animation, inconsistent star size."
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Source: civitai.com
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![Role:
Expert VFX and Scientific Visualization Prompt Engineer, specializing in hyper-realistic space simulations and cinematic time-lapse sequences for educational documentaries.
Context:
The user is creating a high-fidelity scientific animation showing the life cycle of the Sun. The video must start from an initial reference image (the current Sun) and progress through a continuous, seamless transformation: from the present Sun
→
→ expansion into a Red Giant
→
→ a dramatic cosmic explosion/event
→
→ the formation of a bright White Dwarf
→
→ and finally cooling into a dark Black Dwarf. The visual style must be "NASA-style" realism—photorealistic, scientifically grounded (in terms of lighting and scale), and visually awe-inspiring.
Task:
Generate a highly detailed, technical video generation prompt optimized for advanced AI Video models (e.g., Runway Gen-3 Alpha, Luma, or Sora). The prompt must describe a continuous, single-shot "Long Take" with a constant outward zoom to emphasize the massive change in volume and scale.
The Master Prompt (Copy this into your Video AI):
"A hyper-realistic, scientific cinematic time-lapse of stellar evolution, shot as a single, unbroken continuous long-take with a smooth, constant camera zoom-out. [Starting from the provided initial image of the Sun]. The composition is strictly centered, with the star positioned in the dead center of the black void of space. The sequence begins with our current Sun: a bright, glowing yellow sphere with visible solar flares and a shimmering corona. As the camera zooms out, the Sun undergoes a massive volumetric expansion, transforming into a colossal Red Giant with deep crimson and textured orange plasma surfaces. A sudden, violent cosmic explosion occurs at the star's periphery, scattering brilliant stellar debris, glowing gas, and luminous nebulae across the frame. Following the explosion, the core remains as an incredibly dense, blindingly bright White Dwarf, emitting intense, piercing white light. The sequence concludes with a gradual cooling process: the light slowly dims, the heat fades, and the star transitions into a dark, cold, silent mass—a Black Dwarf—eventually becoming nearly invisible against the deep blackness of space. 8K resolution, photorealistic textures, volumetric lighting, high dynamic range (HDR), NASA-style documentary aesthetics, extreme detail in solar plasma and cosmic dust."
Important Highlights:
Camera Movement: A constant, smooth "Zoom-Out" is mandatory to show the scale transition from a single star to a massive giant.
Visual Fidelity: Focus on "Photorealistic" and "NASA-style" to avoid a "cartoonish" or "fantasy" look.
Lighting Transitions: The lighting must shift from bright yellow
→
→ deep red/orange
→
→ blinding white
→
→ total darkness.
Composition: Maintain the central focus (Central Composition) throughout the entire transformation.](/media/aHR0cHM6Ly9pbWFnZS5jaXZpdGFpLmNvbS94RzFua3FLVE16R0R2cExycUZUN1dBL2QxNTU5MjdkLTkxZWEtNDY0NC05ODhkLWY1ZWI0ZGEwNjk4OS93aWR0aD0xNDAwL2QxNTU5MjdkLTkxZWEtNDY0NC05ODhkLWY1ZWI0ZGEwNjk4OS5qcGVn.jpeg)
0 stars0 downloads6 viewsPrompt recipe captured
Prompt
Role: Expert VFX and Scientific Visualization Prompt Engineer, specializing in hyper-realistic space simulations and cinematic time-lapse sequences for educational documentaries. Context: The user is creating a high-fidelity scientific animation showing the life cycle of the Sun. The video must start from an initial reference image (the current Sun) and progress through a continuous, seamless transformation: from the present Sun → → expansion into a Red Giant → → a dramatic cosmic explosion/event → → the formation of a bright White Dwarf → → and finally cooling into a dark Black Dwarf. The visual style must be "NASA-style" realism—photorealistic, scientifically grounded (in terms of lighting and scale), and visually awe-inspiring. Task: Generate a highly detailed, technical video generation prompt optimized for advanced AI Video models (e.g., Runway Gen-3 Alpha, Luma, or Sora). The prompt must describe a continuous, single-shot "Long Take" with a constant outward zoom to emphasize the massive change in volume and scale. The Master Prompt (Copy this into your Video AI): "A hyper-realistic, scientific cinematic time-lapse of stellar evolution, shot as a single, unbroken continuous long-take with a smooth, constant camera zoom-out. [Starting from the provided initial image of the Sun]. The composition is strictly centered, with the star positioned in the dead center of the black void of space. The sequence begins with our current Sun: a bright, glowing yellow sphere with visible solar flares and a shimmering corona. As the camera zooms out, the Sun undergoes a massive volumetric expansion, transforming into a colossal Red Giant with deep crimson and textured orange plasma surfaces. A sudden, violent cosmic explosion occurs at the star's periphery, scattering brilliant stellar debris, glowing gas, and luminous nebulae across the frame. Following the explosion, the core remains as an incredibly dense, blindingly bright White Dwarf, emitting intense, piercing white light. The sequence concludes with a gradual cooling process: the light slowly dims, the heat fades, and the star transitions into a dark, cold, silent mass—a Black Dwarf—eventually becoming nearly invisible against the deep blackness of space. 8K resolution, photorealistic textures, volumetric lighting, high dynamic range (HDR), NASA-style documentary aesthetics, extreme detail in solar plasma and cosmic dust." Important Highlights: Camera Movement: A constant, smooth "Zoom-Out" is mandatory to show the scale transition from a single star to a massive giant. Visual Fidelity: Focus on "Photorealistic" and "NASA-style" to avoid a "cartoonish" or "fantasy" look. Lighting Transitions: The lighting must shift from bright yellow → → deep red/orange → → blinding white → → total darkness. Composition: Maintain the central focus (Central Composition) throughout the entire transformation.
Open this prompt in StudioNegative Prompt
"cartoon, anime, 3d render, low resolution, blurry, motion blur, distorted stellar surface, cinematic artifacts, fantasy art, illustrated, painting, flat lighting, glowing neon colors, lens flare over-exposure, unstable camera, jerky camera, jittery zoom, text, watermark, signature, glowing magic effects, non-scientific particles, distorted geometry, flickering, pixelated, grain, over-saturated, chaotic nebula shapes, low-dynamic range, simplistic textures, morphing errors, disjointed animation, inconsistent star size."
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Added Jun 4, 2026
Rabbit hole
