The modern vase

In the world of design, the subtlest details are often the most striking. Take, for example, modern vases with grooves. To the uninitiated, they may look like simple decorative objects, but those who take a closer look will notice that these grooves perform not only aesthetic but also physical wonders. The reason behind this? The Fresnel effect.

What is the Fresnel effect?

Named after the French physicist Augustin-Jean Fresnel (1788-1827), this effect describes the reflection and refraction behavior of light when it hits a surface. The angle of the incident light determines how much light is refracted and how much is reflected. If the light hits the surface at a flat angle, a significant portion is reflected, while at steeper angles, increasingly larger portions of the light are refracted. A common example of this is bodies of water, which exhibit a reflective effect when the light is directed at the right angle.

A play of light and shadow with our modern vases

Now you might be wondering: What does all this have to do with our vases? They are decorated with a multitude of fine grooves, which result in incoming light being reflected in an impressive way. Since each groove is at a different angle to the viewer, this creates a striking play of light that varies depending on the angle and intensity of the light source, giving each of our vases a remarkable appearance. The vases not only create impressive reflections but also interesting shadow patterns. These are particularly striking in modern interiors, where designers and decorators use these vases as the focal point of a room or as accent pieces. A Wonder of Physics for the Home The Fresnel Effect, although originally discovered in the world of physics, has found its way into the world of modern, 3D-printed vases through our products. Our vision is to bring this small miracle of physics into your home.