Inspired by the darkest Universe mystery

Designed by Dario Narvaez and Anthony Baxter / Prototype: Curve ID Team

Winner project in the Established category in the L A M P Design Competition. The lamp was exhibited in the JAN KATH showroom in Vancouver, BC in 2016, as well as in the Consulate of Colombia in New York. 

A popular depiction of a black hole is an unseen force of nature drawing light down to a single point in space. Using this analogy, the ‘Black Hole Lamp’ controls the intensity of the light being emitted by creating a funnel from which the light cannot escape.

In the ‘on’ position the reflective disc of material is fully illuminated, but as the flexible disc is drawn back towards the center of the black hole, the light gets dimmer until it eventually disappears. The ‘Black Hole Lamp’ is effectively dimming the light as it changes shape, in the same way a black hole draws in light and matter by altering the fabric of space.

The radiant and fully illuminated disc symbolizes "The Star" within the context of this design. By pulling the flexible material backward, one can adjust the intensity of the light emitted, similar to the energetic pull of an active black hole. Gradually, as the material is drawn back, the light becomes consumed, metaphorically mirroring the devouring nature of a black hole, ultimately leading to the lamp's gentle extinguishment.

In this way, the interplay between the flexible material and the light serves as a captivating metaphor, representing the delicate balance between illumination and darkness, life and its eventual cessation. It invites contemplation on the cosmic forces that govern our universe and the transient nature of existence, evoking a sense of awe and introspection.

During the early stages of the design process, I explored the concept of celestial bodies, where the central focus was a magnificent star around which planets orbited. To capture this vision, I incorporated a cluster of small balls positioned behind the prominent star, creating a representation of a solar system.

A wooden model served as a testing ground for exploring the effects achieved through the use of soft materials and fabrics. Various options, such as Spandex, nylon, mesh, and even latex in different thicknesses and colors, were examined. Each material possessed unique characteristics, from their stretchiness to their ability to interact with light.

The diverse properties of these materials opened up a world of creative possibilities. Some fabrics exhibited greater elasticity, allowing for intriguing manipulations and dynamic shapes. Others showcased distinct behaviors when it came to absorbing or reflecting light, adding an extra layer of visual interest to the design.

As the core idea took shape and the vision of user interaction became clear, shaping the lamp took on a new dimension. It involved delving into a vast array of space artifacts and references, which served as a wellspring of inspiration. From the initial sketches to digital renderings, all stages of the design journey were infused with captivating space-like design attributes.

Transforming the idea into reality proved to be an arduous and challenging. From preserving the core design essence to collaborating with model makers and programmers, every step required meticulous effort. Additionally, comprehending diverse types of lighting technology and navigating their limitations presented further hurdles. Despite these challenges, the culmination of these endeavors resulted in a remarkable physical manifestation that interpreted the once blurry idea, showcasing the power of perseverance and creative vision.