ELECTROCUTE YOUR FLOWERS FOR ART'S SAKE

I CANNOT BELIEVE I FORGOT THE MUSIC!!!!!  Hey, this is much better than the article about bird eating giants spiders that I was going to post!!  At least with this one you do not have to worry about not wanting to eat lunch or dinner!! 

 

 

ELECTRIFIED FLOWERS MAKE ASTONISHING ARTWORKS

from TELEGRAPH.uk.co; Earth Science Section

Robert Buelteman photographs the plant life while sending electricity through them.

The result shows roses, petunias, and even cannabis in astonishing detail.

 

The process to capture these unique images is so complex it has taken the award winning 55-year-old 10 years... Picture: BARCROFT MEDIA

It has taken the award-winning 55-year-old 10 years to produce just 80 photos.

Working in complete darkness, he begins by placing his chosen plant onto a metal board which he then passes the electrical surge through. He can even pinpoint areas where he wants to focus the charge using a wand and a simple car battery.

 

In an astonishing type of photography never used in the world of art before, pioneer Robert Buelteman sends 80,000 volts through flowery subjects and then literally paints photographs of the outcome.   Picture: BARCROFT MEDIA

As his subject lights up with the current, and emits radiation invisible to the naked eye, intuitive Buelteman captured the moments by passing a fibre optic cable back-and-forth over the plant.

The cable emits a beam of white light that is just the size of a human hair and whatever the miniscule torch-beam touches, transfers the image onto film. The blue haze that surrounds every leaf, petal and stalk is actually gases ionising around them as the plant is electronically shocked.

...and a gruelling average of 60 hours-per-week, to produce just 80 photos  Picture: BARCROFT MEDIA

To explain the baffling process, Buelteman, from Montara, California, USA, uses a trusted analogy.

"You just have to imagine it like a painter creating a picture on canvass," he said. "The plant is the subject just like the painter's bowl of fruit or the person they are capturing. The electrified board I place the plants on is the canvass. The fibre optic cable emitting the light-beam is my paintbrush.

The captivating blue haze that surrounds every leaf, petal and stalk is actually gases ionising around them as the plant is electronically shocked  Picture: BARCROFT MEDIA

"Another way to try and understand it is like a normal photograph on a normal camera, except I am manually controlling the exposure by hand. In the same way the image I capture is simply burned onto film."

To give the pictures an added dazzling effect, Buelteman's aluminium canvass actually floats in liquid silicone. And to make sure he doesn't get killed in the process, he erects a protective frame of wood around his easel.

But despite these being the first pictures of their kind in his profession, Buelteman says he has in fact invented nothing and uses a combination of age-old techniques developed decades ago.

Semyon Kirlian - developer of Kirlian photography - accidentally found in 1939 that it was possible to photograph electrical discharges at the edges of objects if that were being shocked on an electrified plate.

(For more information on Kirlian photography:  http://www.imagesco.com/articles/kirlian/kirlian-photography.html

http://en.wikipedia.org/wiki/Kirlian_photography )

To explain the baffling process, Buelteman, from Montara, California, USA, uses a trusted analogy... Picture: BARCROFT MEDIA

"When people see my work I want them to feel an awakening. The world is an amazing place and evolution has created some breathtaking things for us to look at. For me, art is about looking at the world and all it's wonder in a new way, seeing something differently."

Buelteman has written about the project and the techniques he uses in his book Signs of Life.

"You just have to imagine it like a painter creating a picture on a canvas," he says  Picture: BARCROFT MEDIA

His works are being bought for a phenomenal five figures by art collectors.

 

For more views of Mr. Buelteman's work, the link for his home page follows:

http://www.buelteman.com/home.html