SONY DSC A revision of the original TLO luminair from 2010. Each OLED panel is now twice the size of the original, allowing for more transparency through the structure.


The Moon Window demonstrates some unique features of OLED lighting: the ability to not only create a transparent lighting panel, but to also hide an image within the transparent panel. When off, the Moon Window appears to be nothing other than a normal glass-paned window, but when turned on, a glowing image of the moon appears as if by magic.
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The Dome Pendant Lamp is designed for maximum efficiency.

In glass OLED panels, more than half of the light the OLED produces can become trapped in the glass due its index of refraction.

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The Wireless Desk Lamp utilizes a nearly paper-thin, steel-foil OLED panel. The panel is held aloft by a cross-shaped spring steel wire support, which is anchored in a clear acrylic base. A copper ring cast into the base is a power-receiving antenna, which couples with a power-transmitting antenna located beneath the desk.

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Designed and built for a program partially funded by the Department of Energy, this modular undercabinet lighting system consists of lighting modules which can be connected edge-to-edge or via cable, and a control module with separate power and dimming controls.

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The Earthouse is a one-piece, 3D printed exhibit for demonstrating the color difference between cool white and warm white OLED lighting panels. Read the rest of this entry »

Very nice post at Inhabitat discussing my work at Universal Display Corporation: http://inhabitat.com/2010/08/13/striking-oled-concepts-from-universal-display/

Click through to youtube watch in HD.

The most beautiful part of this lamp is the light it emits. The extremely efficient, six-inch square OLED panel gives off a clean, diffuse, full-spectrum light which is easy on the eyes and offers excellent color rendering.

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The TLO (Triangle Light Object, or Transparent Light Origami), is made from 16 triangular, transparent, glass OLED panels. When turned off, the panels are clear; when on, they glow either red, blue, or green but remain transparent. Each panel is connected to the next via a friction hinge, which is similar to the hinge on a laptop screen. This allows the structure to be folded and bent into an endless variety of shapes.

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