How long does it take for your eyes to adjust? Now You See It, Now You Don't: A Chromatic Adaptation Project: experiment to see how quickly your visual system adapts to a constant stimulus by exploring chromatic adaptation.Human Perception of the Anomalous Mirror Symmetry Illusion: expand an investigation of shapes like the "impossible arrow" by designing a custom project to explore specific factors that may affect human perception of anomalous mirror symmetry illusions.No programming is required, but students can add coding and extend the exploration with the Use an Arduinoâ„¢ to Control a Color-Changing Infinity Mirror project. Look inside, and it looks like you are peering into an endless lit tunnel. Explore Optical Illusions: Build an Infinity Mirror: use LEDs and mirrors to design and build an infinity mirror.When rotated in front of a mirror, the reflection always points the other way! The project shows an arrow example, but what 3D shape(s) can you create for this illusion? Design Your Own 3D Printed Optical Illusion: use MATLAB or Python in this math-based project and design (and 3D print) your own "impossible" shape that creates an anomalous mirror symmetry optical illusion.As an extension, make your own strobe light using an LED strip and Arduino. Build a Levitating Water Fountain with the Stroboscopic Effect: create an optical illusion of water falling "up" by combining a DIY fountain with a strobe light.Are Your Eyes Playing Tricks on You? Discover the Science Behind Afterimages!: investigate how human cone cells respond to various colors by experimenting with afterimages.These examples of human perception help explain how we perceive movement when watching cartoons or stop-motion animation. Then make simple flip-books from index cards to explore the apparent motion illusion and the persistence of vision phenomenon. Apparent Motion & Animation: learn about flip-books, thaumatropes, phenakistiscopes, and zoetropes, four devices that can be used to create animation or apparent motion.Use hula hoops to investigate how the distance of a nearby object is related to how far it appears to move when you view it from different perspectives. ![]() A Puzzling Parallax: explore how parallax can be used to measure how far away distant stars are.Optical Illusion Science Projects Beginner Use the resources below to conduct independent science projects related to optical illusions or explore with short STEM activities or classroom lessons. ![]() With the science and engineering projects and experiments highlighted below, students can explore how optical illusions work and even create their own! Explore the Science of Optical Illusions Science related to light, vision, and perception can help explain these tricks of the eye. An optical or visual illusion occurs when there is a disconnect between our brain and our eyes or when something goes wrong in the visual process. Optical illusions (also called visual illusions) can be fun, mind-boggling, mesmerizing, puzzling, and surprising! Our eyes don't always see what they should. ![]() Explore optical illusions and trick the eye with these science fair projects, experiments, and STEM activities.
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