The present invention relates to a luminous induction learning device that can facilitate the learning of elementary and secondary students such as light scattering, reflection, refraction and constellation search. According to Practical Registration No. 20-0456699 of the present inventors, an adhesive layer was formed on the surfaces of the basic particles, and light was scattered by the light emitting element installed therein due to the adhesion of the basic particles. This configuration is particularly easy to fabricate prefabricated elementary school students can easily learn the good effect on the scattering and reflection of light. In addition to the above invention, the present invention is designed to allow students to learn more interestingly while understanding the phenomenon of light scattering, reflection and refraction more easily. The present invention is a light emitting part that emits light by the power on or off by a switch, the refraction particle layer (b) of the structure that the semi-transparent particles surrounding the outside of the light emitting part adhered to each other by a transparent adhesive layer (b), the refraction A light emitting induction learning apparatus including a light guide (c) inserted and fixed toward the light emitting portion from the outer surface portion of the particle layer was developed. With this configuration, elementary and junior high school students arbitrarily assemble the desired shape into the light emitting part, and then install a light guideway made of a material such as a separate optical fiber to learn the induction and scattering refraction of light. In particular, the change of refraction particle layer is transformed into semi-transparent and transparent material, and the change is observed. Also, optical fiber, general glass fiber, and synthetic resin are replaced with light guide, and the change of induction and transmission of light is observed to increase the learning effect. It was made.
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