Scientific HEX

• Enter the world of illusion. Stand in front of the optical wheel and spin its dial. Can you feel its hypnotic properties? Take a closer look at her. Has the pattern become concave or convex?
• Go ahead and play the “Whose Face” game with a friend. Position your silhouette elements in such a way as to trick your brain into thinking it sees one person!
• Then stand in front of the optical illusion boards. Did you manage to get through all of them?

The Scientific Hex device consists of various attractive devices that provide users with great fun. Children can experiment, play with optical illusions and solve puzzles , which gives them great satisfaction. 

Moreover, the pleasure of experimenting and discovering goes hand in hand with developing cognitive skills and creativity. 

WHAT MAKES SCIENTIFIC HEX DIFFERENT? 

• Scientific Hex is an excellent base for conducting various experiments related to optics and optical illusions. Children can observe and examine various visual effects with their own eyes, which develops their curiosity and scientific skills  

• Children have the opportunity to explore various visual effects and discover the secrets of optics. It develops their imagination and problem-solving skills .   
• Using the device engages the eyes as children observe and analyze various optical phenomena. This helps develop visual perception, perceptiveness and the ability to focus on details. 
• Playing with the device stimulates children’s minds. They must analyze, understand and interpret various visual effects, which develops their analytical and logical thinking . It also encourages experimentation and creative thinking. 
• Using Hexa enhances children’s perception, helping them see differences, proportions and details in images. This  develops their ability to observe and perceive , which can have a positive impact on learning and sensory development.
• The Hex scientific device can be used as an educational aid. It provides an opportunity to explain the causes of optical illusions and visual effects, which increases understanding of the scientific basis of optics .   

WHAT DOES EXPERIMENTING IN THE GARDEN DO?