Laminated Glass Skylights Infused with Vibrant Colors: The Kaleidoscopic Station
Light and color are intrinsically linked, as color cannot exist without the presence of light. In 1665, Isaac Newton made a momentous discovery when he observed that white light breaks down into different colors as it passes through a prism, creating a spectrum. This discovery laid the foundation for understanding the nature of light and developing color theory, which had a significant impact not only in the scientific field but also in artistic disciplines such as painting, photography and architecture.
![Laminated Glass Skylights Infused with Vibrant Colors: The Kaleidoscopic Station](https://images.adsttc.com/media/images/646b/d60f/8e31/b834/0108/94e6/medium_jpg/laminated-glass-skylights-infused-with-vibrant-colors-the-kaleidoscopic-station_2.jpg?1684788779#)
![© Rosa Martín | Rubén Fariñas | FJA © Rosa Martín | Rubén Fariñas | FJA](https://images.adsttc.com/media/images/646b/d60f/8e31/b834/0108/94e6/medium_jpg/laminated-glass-skylights-infused-with-vibrant-colors-the-kaleidoscopic-station_2.jpg?1684788779)
Light and color are intrinsically linked, as color cannot exist without the presence of light. In 1665, Isaac Newton made a momentous discovery when he observed that white light breaks down into different colors as it passes through a prism, creating a spectrum. This discovery laid the foundation for understanding the nature of light and developing color theory, which had a significant impact not only in the scientific field but also in artistic disciplines such as painting, photography and architecture.