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3D Print Your Own Art Masterpiece Forgery

Here is a story to both perturb and titillate the sensitive art-lovers among us.

Shirin Borthwick
August 28, 2013

Overview

Here is a story to both perturb and titillate the sensitive art-lovers among us. Unbeknownst to the general populace, Fujifilm has been stealthily developing something major for seven years: a 3D printing technology that can reproduce artworks, such that they are virtually undetectable as being anything other than the real thing.

Coined 'Reliefography', the process has so far flawlessly cloned five works by Vincent Van Gogh, mimicking everything from the distinctive brushstrokes of the troubled ear-severing genius, right down to the faded and torn handwritten labels on the back of the frame. While a true expert would most likely be able to spot the fake, it's still kind of chilling, right? What will be the final refuge of authenticity in this madly self-replicating 3D-printed world?

The Van Gogh Museum in Amsterdam, which worked with Fujifilm to create the process, appears to have absolutely no issues with it. Intending to use the profits to fund renovations and collection upkeep, it has already released limited-edition runs of 260 (up to three replicas can be produced per day), and many more are in the works. The current 'Relievos' that can be purchased are Van Gogh’s Almond Blossom (1890), Sunflowers (1889), The Harvest (1888), Wheatfield Under Thunderclouds (1890) and Boulevard de Clichy (1887).

So how much will it set you back to own your own dazzling forgery? A mere $34K, a trifling amount compared to the price of a real Van Gogh. The technology could surely mean the world to galleries that can't afford to purchase an original masterpiece, and in particular to the blind — unlike an original, a forgery can be experienced through touch. The innovation could perhaps mean even more to anyone hoping to make a quick buck from selling illegal forgeries to suckers. Cue art heist shenanigans and Catherine Zeta-Jones undulating beneath security laser beams.

Via Gizmodo.

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