Microverse LoRA: Animated Microbial Time-Lapses with Wan2.2

TL;DR

• Use the trigger word Microverse followed by your desired shape (clock, tree, fish, heart, volcano).
• Set LoRA strength_model to 0.8–1.0 in ComfyUI with base model Wan2.2-T2V-A14B.
• The LoRA produces macro-detail time-lapse videos of microbial colonies forming recognizable shapes in a petri dish.

What the Microverse LoRA Does

The Microverse LoRA transforms the Wan2.2-T2V-A14B text-to-video model into a generator of surreal microscopic worlds. Instead of realistic microbiology footage, this LoRA creates animated time-lapses where colonies of bacteria and fungi grow and evolve into familiar shapes—clocks with moving hands, trees that grow upward, fish that swim across the agar surface, hearts that beat rhythmically, and even volcanoes that erupt with bright orange and red compounds.

Each generation captures the process from a macro lens perspective, showing intricate textures and patterns formed by the microorganisms. The style blends scientific precision with artistic flair, producing videos that feel both educational and fantastical.

Base Model and Technical Details

The LoRA is trained on the Wan-AI/Wan2.2-T2V-A14B base model, a 14-billion-parameter text-to-video diffusion model. The LoRA file itself is approximately 458.65 MB and is distributed as a .safetensors file named [WAN2.2]Microverse_Redmond_low_noise.safetensors.

The model is released under the cc0-1.0 license, making it freely available for commercial and non-commercial use. Training was supported by Redmond Ai, which provided GPU time.

How to Use

Installation

1. Download [WAN2.2]Microverse_Redmond_low_noise.safetensors.
2. Place it in your ComfyUI/models/loras/ directory.
3. Ensure your ComfyUI environment is configured for Wan models.

ComfyUI Workflow

1. Load your base Wan2.2 model.
2. Add a Load LoRA node after the model loader.
3. Connect the model output to the LoRA node's model input.
4. Select the Microverse LoRA file.
5. Connect the LoRA MODEL output to your KSampler.
6. Set strength_model to 0.8–1.0 for a strong effect.

Prompting

Always start your prompt with the trigger word Microverse. The model works best with prompts that describe a time-lapse of microbial growth inside a petri dish, using a macro lens. Include details about the shape you want the colonies to form and any color preferences.

Example prompts provided by the author:

• Microverse. An animated time-lapse of growing agar art inside a small round petri dish, macro lens, showcasing intricate microbial and fungi colonies forming a detailed moving animated rotating clock face with moving hands.
• Microverse. A dramatic top-down time-lapse of vibrant bacterial colonies within a petri dish forming a detailed moving swimming fish.
• Microverse. An animated time-lapse of chemical reaction and mold growth inside a petri dish, macro lens, forming a detailed animated erupting volcano.

Recommended Settings

Setting | Recommendation

|---|---

Trigger word | Microverse (phrase start) LoRA strength (strength_model) | 0.8–1.0 Base model | Wan2.2-T2V-A14B Lens description | Macro lens Background | Black (stark lighting) For color effects, prompt for specific shifts such as electric blues to neon greens. The black background enhances contrast and emphasizes the microbial textures.

License

The Microverse LoRA is released under the cc0-1.0 license. The base model Wan2.2-T2V-A14B follows its own license terms—check the base model page before deploying in production.

Sources

• HuggingFace model card — official model card, trigger words, and example prompts.
• Civitai page — LoRA metadata, base model, and download link.