paper banana
PaperBanana is an AI-powered agentic framework that automatically generates publication-ready academic illustrations, methodology diagrams, and statistical plots from text descriptions, designed specifically for AI researchers and scientists.
https://paperbanana.me/?utm_source=aipure

Product Information
Updated:Feb 24, 2026
What is paper banana
PaperBanana is an innovative AI tool developed by Google Research that transforms complex research concepts into professional scientific figures and diagrams without requiring any design skills. The platform is specifically designed to help researchers, PhD students, postdocs, and professors create high-quality visual content for academic papers, conference presentations, and educational materials. It supports various types of illustrations including methodology diagrams, statistical charts, system architectures, flow charts, and poster assets - all generated from natural language input.
Key Features of paper banana
PaperBanana is an AI-powered academic illustration generator that transforms text descriptions into publication-ready scientific figures, diagrams, and plots. It uses a 5-agent pipeline (Retriever, Planner, Stylist, Visualizer, and Critic) to automate the creation of high-quality academic visuals without requiring design skills. The system leverages state-of-the-art VLMs and image generation models to ensure outputs meet top-tier publication standards.
Multi-Agent Framework: Orchestrates 5 specialized AI agents to handle different aspects of illustration generation, from reference retrieval to quality control
Publication-Ready Output: Generates high-resolution illustrations that meet journal submission standards, with support for various academic styles and formats
Text-to-Diagram Conversion: Transforms methodology descriptions and technical text into structured visual layouts and diagrams automatically
Iterative Refinement: Includes automatic quality assessment and refinement cycles through the Critic agent to ensure optimal results
Use Cases of paper banana
Research Paper Illustrations: Generate methodology diagrams, system architectures, and statistical plots for academic publications
Conference Presentations: Create professional diagrams and visual aids for academic conferences and poster sessions
Educational Materials: Develop clear, professional diagrams for lectures, textbooks, and course materials
Technical Documentation: Generate workflow diagrams and system architecture visualizations for technical documentation
Pros
No design skills required
Saves significant time in research workflow
Ensures consistent quality meeting publication standards
Cons
Runs on proprietary Google models (not fully open-source)
May still produce content errors requiring human verification
Limited to academic/technical illustration styles
How to Use paper banana
1. Input Research Content: Paste your methodology text, research content, or concept description into PaperBanana's input field
2. Add Caption: Provide a caption for your diagram that describes what you want to generate
3. Select Generation Mode: Choose the number of refinement iterations (2-3 recommended). More iterations improve quality but increase generation time
4. Generate Diagram: Use the basic command 'paperbanana generate --input method.txt --caption "Overview of our framework"' to start generation
5. Review Output: Wait for the 5-agent pipeline (Retriever → Planner → Stylist → Visualizer → Critic) to process and generate your illustration
6. Refine (Optional): Use the --continue flag with feedback to make adjustments like 'Make arrows thicker and colors more distinct' if needed
7. Download: Once satisfied, download the high-resolution output from outputs/run_<timestamp>/final_output.png for use in your publication
paper banana FAQs
PaperBanana is an AI-powered academic illustration generator that creates professional scientific figures, research diagrams, and academic illustrations from text descriptions. It uses a multi-agent system to generate publication-ready visuals for papers, posters, and presentations without requiring design skills.











