BOGI FABIAN

ARTISTIC LIGHT INSTALLATIONS BY BOGI FABIAN
Art - Even when the lights go down
Multiluminous 3-in-1 GLOW IN THE DARK PRINTS

RS PUPPIS (Hubble image of variable star)

RS Puppis GLOW IN THE DARK CANVAS PRINT Glowing Hubble Space Telescope Collection Multiluminous Bogi Fabian Universe astronomy NASA
GLOW IN THE DARK CANVAS PRINT Glowing Hubble Space Telescope Collection Multiluminous Bogi Fabian Universe astronomy NASA
GLOW IN THE DARK CANVAS PRINT Glowing Hubble Space Telescope Collection Multiluminous Bogi Fabian Universe astronomy NASA
GLOW IN THE DARK CANVAS PRINT Glowing Hubble Space Telescope Collection Multiluminous Bogi Fabian Universe astronomy NASA
RS Puppis GLOW IN THE DARK CANVAS PRINT Glowing Hubble Space Telescope Collection Multiluminous Bogi Fabian Universe astronomy NASA
GLOW IN THE DARK CANVAS PRINT Glowing Hubble Space Telescope Collection Multiluminous Bogi Fabian Universe astronomy NASA
GLOW IN THE DARK CANVAS PRINT Glowing Hubble Space Telescope Collection Multiluminous Bogi Fabian Universe astronomy NASA
GLOW IN THE DARK CANVAS PRINT Glowing Hubble Space Telescope Collection Multiluminous Bogi Fabian Universe astronomy NASA

RS PUPPIS (Hubble image of variable star)

from 490.00

AVAILABLE SIZES: 
€ 490 // LARGE 100x100 cm // 39,3 inch
€ 990 // XL
150x150 cm // 59 inch 
€ 890 LARGE GALLERY WRAP
100x100 cm // 39,3 inch
€ 1290 XL GALLERY WRAP
140x140 cm // 55x55 inch

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The Multiluminous Collection is printed on a durable artist canvas. 

The "RS PUPPIS" print is available in large gallery wrap or rolled-up versions which we ship in a protective tube, ready to frame.

The price of each item includes one free UV tube to display the ‘multiluminous’ effects at their most complete quality.  The price does not include taxes and customs which may apply during the importation to your country.

HOW DOES IT WORK?
Multiluminism is an art technique based on decade-long research and development of paints, colors, technique, and philosophy that incorporates various glow-in-the-dark techniques such as photo-luminescent, fluorescence, and phosphorescence - showing different colors in natural and ultraviolet light and emitting its glow in the dark. Daylight appearance can show up as any ‘traditional’ depiction, or it can be completely transparent - concealing the underlying imagery under normal light conditions -, while the fluorescence effects show up in the presence of ultraviolet light source and the phosphorescent ones appear in complete darkness most dominantly.

Night Glow effect: 
Used materials do not immediately re-emit the radiation they absorb. After absorbing visible sunlight and UV-A 365 nm light, they can glow for several hours in the dark. All prints are rechargeable with any light source. The only exception is LED because it is not strong enough. These materials are completely safe and non-radioactive. 
By using a UV light source, you can enjoy the glowing version as long as you want.

UV effect: 
Used materials can absorb non-visible Light at UV-A, UV- B or UV-C region and emit visible light in the whole range of the visible spectra. In normal daylight conditions, the fluorescent materials are virtually invisible. However, on exposure to UV-A (365nm, black light), UV-B (300 nm), or UV-C (254 nm) the unique fluorescence color becomes visible. These materials are completely safe and non-radioactive. 

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"RS PUPPIS - Hubble image of variable star"
NASA/ESA Hubble Space Telescope - MULTILUMINOUS GLOWING PRINT

About the Object:
Name:    RS Puppis Type:    Milky Way : Star : Type : Variable : Pulsating Milky Way : Nebula : Appearance :
Reflection : Light Echo Distance:    6500 light years Category:    Nebulae, Stars

Credit: NASA, ESA, and the Hubble Heritage Team (STScI/AURA)-Hubble/Europe Collaboration
Acknowledgment: H. Bond (STScI and Penn State University)
This Hubble image shows RS Puppis, a type of variable star known as a Cepheid variable. As variable stars go, Cepheids have comparatively long periods — RS Puppis, for example, varies in brightness by almost a factor of five every 40 or so days.

Read more about the object:  
http://spacetelescope.org/images/heic1323a/