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V67 Stars and Galaxies – LoRA for Flux, Flux 2 and Krea 2. Cosmic Visions, Celestial Dreams
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Source description
V67 Stars and Galaxies – LoRA for Flux, Flux 2 and Krea 2. Cosmic Visions, Celestial Dreams
Try my models: https://civitai.com/user/angelomaiota/models
Now also available for Z Image Turbo (let me know if it works)
Premise: If you decide to use my model, I will give you 500 Yellow Buzz if your image is chosen for the cover of CIVITAI , even if used in combination with other models.
R+ images will be hidden from the gallery. LoRA model trained with Flux, Flux 2 and Krea 2.
Putting a Like to the V67 models is worth more than giving me Buzz (yellow/green).
Sources
1 sourceModel artifacts
1 artifactSource excerpts
1 excerptSource context: 328 downloads · Type LORA · Base model Flux.1 D
Overview
Step into the infinite expanse of the cosmos, where spiral galaxies swirl in silent majesty, nebulae bloom in vibrant color, and planets, moons, comets, and black holes dance through the void. This LoRA captures the essence of deep‐space imagery – from the delicate glow of a reflection nebula to the violent energy of an active galactic nucleus. Now optimized exclusively for Flux , V67 Stars and Galaxies delivers stunning astronomical visuals with unparalleled material rendering, atmospheric depth, and cosmic scale.
Base Model: Flux (Schnell / Dev / Pro) Primary Trigger: V67 (prefix) – followed by one or more of the 12 category triggers (see below)
Why Flux + Space / Astronomy?
Flux’s superior handling of textures, lighting, and spatial scale makes it the ideal base for astronomical imagery. The combination produces generations with tangible cosmic realism – you can almost feel the cold vacuum and the distant fire of stars.
CapabilityWhy Flux ExcelsNebula & Gas Rendering Flux distinguishes beautifully between emission, reflection, and dark nebulae, capturing wispy filaments and glowing ionized gas Material Detail Planetary surfaces (rocky, icy, metallic), ring systems, and dust lanes are rendered with coherence and precision Atmospheric Light Star coronae, zodiacal light, and black hole accretion disks benefit from Flux’s natural handling of extreme contrasts Scale & Depth Flux understands the vast emptiness of space – from close‐up lunar craters to galaxy clusters billions of light‐years away
Signature Style Elements
Spiral arms, elliptical halos, interacting pairs – galaxies as both majestic islands and chaotic collisions.
Rich reds of emission nebulae, cool blues of reflection nebulae, and the deep browns of dark dust clouds.
Gas giants with ring systems, rocky exoplanets, ocean worlds, volcanic hellscapes – all with realistic surface textures.
Comet tails, supernova remnants, relativistic jets from black holes, and gravitational lensing around galaxy clusters.
Space stations, astronauts on spacewalks, and even ancient star charts – connecting our terrestrial perspective to the cosmos.
Deep black backgrounds punctuated by brilliant stars, delicate halos, and the eerie glow of Hawking radiation from micro black holes.
Trigger Words & Usage
All triggers use the prefix V67 once, followed by one or more of the following keywords (separated by spaces or commas). Example: V67 galaxycore, nebulacloud
Trigger WordBest Use Case starfield Dense star fields, the Sun, open clusters, cosmic dust galaxycore Spiral, elliptical, interacting galaxies; galactic centers nebulacloud Emission/reflection/dark/planetary nebulae, star‐forming regions ringplanet Gas giants, rocky planets, ocean/volcanic/desert/ice/Earth‐like worlds lunarsurface Craters, icy moons, thin atmospheres, eclipses from surface orbitaldebris Space junk, asteroid belts, wrecked ships, cosmic dust comettail Comets with ion/dust tails, fragmented comets, transits eventhorizon Stellar & supermassive black holes, accretion disks, micro black holes galaxycluster Rich clusters, gravitational lensing, merging clusters, dark matter halos starchart Ancient parchment maps, futuristic holographic star charts spacestation International Space Station, orbital platforms binarysystem Binary stars, interacting binaries, the Sun in close‐up
Recommendation: Use V67 once at the start of your prompt, then list the desired triggers. For complex scenes combine two or three (e.g., V67 ringplanet, comettail ).
Optimized Settings for Flux
ParameterFlux SchnellFlux Dev / Pro LoRA Weight0.55 – 0.750.65 – 0.85CFG Scale2.0 – 3.53.0 – 4.5Steps4 – 620 – 30SamplerEulerEuler, DPM++ 2M KarrasGuidance2.5 – 3.53.5 – 4.5
Starting Point Recommendations
GoalLoRA WeightCFGNotes Subtle cosmic flavor0.63.0Style as enhancementBalanced integration0.73.5Sweet spot for most promptsStrong astronomical dominance0.84.0Rich details, may reduce flexibility
Sample Media Prompts (Flux‐Optimized)
These three prompts are calibrated specifically for Flux and represent different aspects of the LoRA:
Prompt 1: Galaxy (Deep Field)
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a majestic spiral galaxy seen face‐on, glowing golden core, sweeping arms with blue star clusters and pink nebulae, dark dust lanes, surrounded by distant faint galaxies, ultra detailed, 8k, V67 galaxycore
Prompt 2: Planet with Rings
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a massive ringed gas giant planet with multiple thin rings, soft banded clouds in cream and amber, a large storm system, rings casting shadows on the planet, seen from space with stars, photorealistic, 8k, V67 ringplanet
Prompt 3: Black Hole & Binary System
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a supermassive black hole with a bright accretion disk and relativistic jets, gravitational lensing distorting background stars, a companion star feeding a stream of gas into the black hole, dramatic lighting, V67 eventhorizon, binarysystem
Negative Prompt (Flux‐Compatible)
Flux responds well to minimal negative prompting. This concise version works effectively:
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nsfw, low quality, worst quality, ugly, blurry, overexposed, cartoon, anime, sketch, drawing, illustration, text, watermark, signature, jpeg artifacts
Note: For space scenes you rarely need to exclude modern or sleek elements – space is timeless. However, avoid adding “photorealistic” if you want artistic interpretations.
Example Generations (Tested on Flux)
The Orion Nebula (Nebulacloud)
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a vast emission nebula in rich reds and magentas, intricate pillars of gas and dust, young hot stars illuminating the clouds, stellar nursery, wide field, astrophotography style, 8k, V67 nebulacloud
Lunar Crater Close‐up (Lunarsurface)
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a barren moon with numerous impact craters, detailed regolith texture, sharp shadows, a large planet rising over the horizon, dramatic lighting, high contrast, photorealistic, 8k, V67 lunarsurface
Space Station & Astronaut (Spacestation + Starfield)
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the International Space Station in low Earth orbit, solar panels gleaming, Earth’s blue limb in background, an astronaut on a spacewalk tethered nearby, realistic textures, 8k, V67 spacestation, starfield
Comet Passing a Ringed Planet (Comettail + Ringplanet)
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a bright comet with a long blue ion tail and curved dust tail passing close to a ringed gas giant, the planet looming large, gravitational interaction bending the tail, dramatic composition, 8k, V67 comettail, ringplanet
Ancient Star Chart (Starchart)
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an ancient celestial map on parchment, hand‐drawn constellations with gold leaf, mythological figures traced among stars, antique compass rose, warm sepia tones, intricate linework, 8k, V67 starchart
What This LoRA Excels At (With Flux)
✅ Galaxies – Spiral, elliptical, interacting, barred, dwarf, active ✅ Nebulae – Emission, reflection, dark, planetary, supernova remnants ✅ Planets – Gas giants, rocky, ocean, volcanic, desert, ice, Earth‐like ✅ Moons & Satellites – Craters, ice worlds, thin atmospheres, eclipses ✅ Black Holes – Stellar, supermassive, micro, with accretion disks/jets ✅ Comets & Asteroids – Tails, fragmentation, transits, belts ✅ Galaxy Clusters – Rich clusters, lensing, mergers, dark matter ✅ Space Infrastructure – Space station, astronaut, orbital debris ✅ Maps & Charts – Historical and futuristic star charts ✅ Binary Stars – Interacting pairs, solar close‐ups ✅ Cosmic Phenomena – Gravitational lensing, relativistic jets, Hawking radiation ✅ Atmospheres – Deep black voids, glowing halos, star coronae
Limitations (Flux‐Specific Notes)
⚠️ Requires descriptive prompting – specify “spiral arms”, “dust lanes”, “accretion disk” for best results ⚠️ Very bright objects (e.g., the Sun) may overexpose – use lower LoRA weight or add “soft glow” ⚠️ Extremely dense star fields can become noisy – keep starfield weight moderate or combine with galaxycore ⚠️ Flux Schnell users: keep prompts concise; the fast model trades some detail for speed ⚠️ Color palette can be guided – if you want a specific nebula color (e.g., “blue reflection nebula”), mention it explicitly
Prompting Tips for Best Results with Flux
Do This:
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[subject] in [setting], [specific features], [atmosphere], V67 [triggers]
Example Good Prompt:
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a spiral galaxy seen from an angle, glowing golden core, two prominent spiral arms with blue star clusters, dark dust lanes crossing, deep space background, ultra detailed, 8k, V67 galaxycore
Keywords That Strengthen the Style:
For Galaxies: spiral arms, dust lanes, central bulge, tidal tail, star cluster For Nebulae: emission, reflection, dark, pillar, filament, ionized gas For Planets: rings, banded clouds, storm, crater, terrain, atmosphere For Black Holes: accretion disk, event horizon, jet, gravitational lensing For Comets: ion tail, dust tail, nucleus, coma For General: ultra detailed, 8k, photorealistic, cinematic lighting, deep space
Avoid:
Overloading with too many conflicting triggers (e.g., eventhorizon + starfield may confuse the black hole’s background)
Contradictory instructions (e.g., “bright and cheerful black hole”)
Extremely short prompts (Flux needs context)
Using V67 multiple times – once at the beginning is enough
Comparison: V67 Stars and Galaxies Across Different Bases
AspectSD 1.5 / SDXLZ Turbo ImageFlux (This Model) Galaxy Spiral ArmsModerateGoodExcellentNebula FilamentsFairGoodOutstandingPlanetary Surface DetailGoodVery GoodExcellentBlack Hole Accretion DiskFairModerateSuperiorComet Tail PhysicsPoorFairVery GoodGravitational LensingVery PoorFairGoodLoRA Weight Range0.7–0.90.65–0.850.6–0.8
The Philosophy Behind V67 Stars and Galaxies
Space is not just emptiness – it is a canvas of unimaginable beauty, violence, and mystery. From the delicate birth of stars in nebulae to the cataclysmic death of massive objects in black holes, the cosmos tells a story of constant transformation. This LoRA aims to bring that story to life with every generation.
“The cosmos is within us. We are made of star‐stuff. We are a way for the universe to know itself.” – Carl Sagan
This aesthetic resonates with those who appreciate:
The grandeur of galactic scales
The intricate details of cosmic phenomena
The scientific romance of astronomy
The emotional pull of the infinite void
Training Details (For Reference)
Dataset: 40 high‐quality space & astronomy images (galaxies, nebulae, planets, moons, black holes, comets, debris, clusters, maps, space station, astronaut, Sun, binary stars)
Trigger Integration: V67 prefix + category triggers embedded in all captions
Training Resolution: 1024×1024 (Flux native)
Recommended Inference Resolution: 1024×1024 or 1024×768 (for wider galactic views)
Content Coverage: Galaxies (2), Nebulae/Clusters (5), Planets (6), Moons (4), Debris (4), Comets (4), Black Holes (4), Clusters (5), Star Maps (2), Space Station/Astronaut (2), Sun/Binary (2)
Quick Start Guide
Load Flux (Schnell, Dev, or Pro)
Load this LoRA at weight 0.65–0.75
Set CFG to 3.0–4.0
Write your prompt with descriptive elements (type of object, specific features, atmosphere)
Add V67 followed by one or more triggers at the end (before quality tags)
Generate and explore the universe
Example Workflow
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Model: Flux Dev LoRA: V67 Stars and Galaxies (weight 0.7) CFG: 3.5 Steps: 25 Sampler: Euler
Prompt:...
