Google Gemini Now Generates Interactive 3D Models and Real-Time Physics Simulations

Google Launches Interactive Sandbox Features

Google released a major update to its Gemini app on April 9, 2026, enabling the AI to generate interactive 3D models and functional simulations. Moving beyond static text and images, the Pro model can now create digital sandboxes where users explore complex topics through hands-on manipulation. This global rollout allows anyone to visualize scientific concepts by simply asking the assistant to show me a specific idea within the chat interface.

The update introduces dynamic elements like sliders and numerical input fields for real-time adjustments. For example, a student studying orbital mechanics can modify gravity strength or initial velocity to see how it affects a satellite's path around Earth. These simulations are rendered directly in the browser using sandboxed code, providing an immediate visual feedback loop that text alone cannot replicate. This feature effectively transforms the chat window into a live physics engine.

Educational applications are at the forefront of this release, covering fields from quantum physics to chemistry. Users can simulate the double-slit experiment to watch interference patterns change or rotate complex 3D molecules to inspect their structures. Mathematical concepts like fractal growth are also supported, allowing for the adjustment of branching angles and iterations. This focus on STEM makes abstract theories significantly more accessible to visual learners.

To use these features, individuals must visit gemini.google.com and ensure the Gemini Pro model is selected in the prompt bar. The system requires specific triggers like help me visualize or show me to activate the runtime rendering engine. While the tool is available for personal accounts globally, Google has not yet extended these capabilities to Education or Workspace accounts. This advancement coincides with the launch of Gemini Notebooks, which bridge the gap between the standard app and research tools like NotebookLM. By combining project-based organization with interactive modeling, Google is positioning Gemini as a comprehensive workspace for deep research and technical experimentation. The company continues to refine these tools as part of a broader strategy to integrate AI deeper into technical workflows.