This research paper presents the concept and content of the Science Museum of Light. The
museum serves as a platform for showcasing the rich history and properties of light, The museum
uses an application to increase student understanding about light and its applications, and
contributes to enhancing the impact of using these applications. The Light Museum is a valuable
source of knowledge and learning, providing students with a unique opportunity to explore the
concepts and experiences of light through interactive and innovative techniques., as well as the
practical applications derived from its understanding. The paper provides an overview of the
museum's design and its use of advanced engineering software in its construction. It highlights
the seven essential characteristics of light illustrated within the museum: diffraction, reflection,
refraction, propagation, interference, Absorption, and polarization. The museum features
interactive screens and advanced artificial intelligence techniques to introduce prominent
scientists and their contributions to exploring the properties of light, along with interactive
activities and experiments such as the Mirror Reflection Challenge. It also emphasizes the
importance of light diffraction and its applications in various fields, including optics, biology,
and medicine. Overall, the museum and the research paper aim to provide an immersive and
captivating experience for visitors, enhancing a deeper understanding and appreciation of the
fascinating world of light.