Interesting but buggy
Unfortunately the app crashes when trying to view structure from motion demo (iOS 12.1 on IPhone X)
Good job
Explanations are quite well.
Free
About
Explore how the brain processes information through a collection of visual illusions. Learn about neuronal explanations for these phenomena, aiding understanding of neural information processing. This app is utilized in medical education.
✓Interactive visual illusions
✓Neuronal explanations
✓Information processing insights
✓Medical education tool
✓Understanding the visual system
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What's New in Visuallusion
2.3
December 6, 2021
Fixed a bug that prevented "Structure from motion" to function properly
User reviews
FAQ
What is Visuallusion?
Visuallusion is a free educational application that uses visual illusions to explain how the brain processes information. It provides explanations on a neuronal level to help users understand neural information processing.
Is Visuallusion suitable for all ages?
Visuallusion has an age rating of 4+, making it accessible for a wide range of users. Its content is designed to be educational and informative.
What devices does Visuallusion support?
Visuallusion is available on iPhone, iPad, and iPod. It is designed for iOS devices.
When was Visuallusion last updated?
The latest version of Visuallusion was released on December 6, 2021. The app was initially released on December 5, 2010.
What is the user rating for Visuallusion?
Visuallusion has a perfect rating of 5.0 stars based on one review. This indicates a highly positive user experience from its current reviewers.
Does Visuallusion have ads?
No, Visuallusion does not contain advertisements. It is a completely ad-free application.
Is Visuallusion used in academic settings?
Yes, Visuallusion is used at the St. Radboud Medical School in Nijmegen, the Netherlands, as part of a course on the visual system. This highlights its value in formal medical education.
What kind of information does Visuallusion provide?
Visuallusion provides instructions on what to observe in visual illusions and offers explanations of these illusions on a neuronal level. This helps users grasp the fundamentals of neural information processing.
