To long for the grid to show up
The grid take to long to show up. Thatโs it
Free
About
Explore animated 3D molecules like ATP Synthase using augmented reality. Point your device's camera at a flat surface, select a molecule, and place it in your environment for interactive viewing.
โAugmented reality molecule viewing
โAnimated 3D molecule simulations
โATP Synthase and other molecules
โSurface detection for placement
โInteractive molecule placement
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What's New in WEHI AR Molecules
2.0
May 21, 2024
Stability updates and performance
User reviews
Developer apps
FAQ
What is WEHI AR Molecules?
WEHI AR Molecules is a free augmented reality application that allows users to view and interact with animated 3D models of various molecules, such as ATP Synthase.
How does WEHI AR Molecules work?
The app uses your device's camera to detect a flat surface. Once detected, you can select a molecule from a list and tap the surface to place a 3D model of it in your environment.
What kind of molecules can I see in WEHI AR Molecules?
The app features a range of animated and simulated molecules. A notable example provided is ATP Synthase, with more potentially available through updates.
Is WEHI AR Molecules free to use?
Yes, WEHI AR Molecules is completely free to download and use. There are no in-app purchases or subscription fees associated with this educational tool.
What devices are compatible with WEHI AR Molecules?
WEHI AR Molecules is designed for use on iPhones, iPads, and iPods, making it accessible to a wide range of Apple mobile device users.
How often is WEHI AR Molecules updated?
The app was last updated on May 21, 2024, indicating ongoing development and support from the developer, The Walter and Eliza Hall Institute of Medical Research.
What is the age rating for WEHI AR Molecules?
WEHI AR Molecules has an age rating of 4+, making it suitable for young learners and children to explore scientific concepts.
Does WEHI AR Molecules have ads?
No, WEHI AR Molecules is ad-free. Users can enjoy an uninterrupted learning experience without any advertisements interrupting their exploration of molecular structures.
