Arie van’t Riet became an artist by accident. As a medical radiation physicist, van’t Riet experienced first-hand the technological developments in quality image x-rays. One day, a colleague asked him if he could x-ray one of his art paintings. van’t Riet had never done anything like that before, but found that it worked and became curious about what else he could x-ray. Starting with a bouquet of tulips, van’t Riet found that the image resembled a black and white negative. After digitizing the image and using Photoshop to color the image, people began to tell him that he was creating art, and the rest is history. van’t Riet refers to these stunning images as “bioramas.”
“Looking with X-ray eyes to nature. That’s what I like to experience with my X-ray camera. I prefer X-ray objects of ordinary scenes like a butterfly nearby a flower, a fish in the ocean, a mouse in the field,a heron along the riverside, a bird in a tree and so on. Each time it is challenging me to arrive at an X-ray photograph that represents the sentiment of the scene, do raise questions and excite curiosity.”
Patrick Gries’ collection of skeletal photographs are part of his book, “Evolution,” that seeks to make the case for evolutionary theory in a way that has not yet been captured so eloquently through the medium of photography. The project spanned 6 months and involved Gries shooting the photographs of over 250 skeletons at The Museum of Natural History in Paris, as well as 4 other locations in France. These monochrome photographs of skeletons were shot with strong directional light and appear almost sculptural in their presentation, asking viewers to consider the boundaries of scientific study and aesthetic event.
In the book, Gries’ photographs are accompanied with text written by scientist, documentarian, and professor emeritus at Paris’ Museum of Natural History, Dr. Jean-Baptiste de Panafieu. This text describes the skeletons, suggesting how to understand them in the context of history and the patterns of evolution. “New forms have evolved from old ones. Stubby amphibian feet have been transformed into hooves, bird wings and whale flippers. Yet many of the bones in those original limbs have not changed their relationship to the rest. They have just been stretched, flattened or reduced to vestigial knobs. Along the paths of evolution, the vertebrate skeleton has been transformed into similar forms many times over — aardvarks in Africa and anteaters in South America.” You can purchase and see more photographs at Éditions Xavier Barral. (via unknown editors, ny times, and the guardian )
At RMIT University in Melbourne, Australia, lecturer Claudia Diaz has implemented an unconventional project in order to inspire her anatomy students. After teaching human anatomy for over 20 years, Diaz decided to try something new as she found the regular routine of anatomical memorization boring and uninspired. Over the past 3 years, Diaz has explored human anatomy with her students by having them paint the bodies of 10 students, revealing tendons and bones that would be visible if the person’s skin were stripped. Featured in these photographs is chiropractic student Zac O’Brien who patiently sat for around 18 hours while fellow students painted him. The finished result is what Diaz likes to call “anatomical man,” first brought to one of her classes in 2010.
”We walked him in and I still remember the looks on the kids’ faces. They were just in awe,” she said. ”I realised it shocked them, it inspired them and it motivated them.” Previously shy about taking off their clothes so classmates could study their bodies, the students began to shed their inhibitions through this painting exercise. ”I couldn’t get the kids to keep their clothes on. They were all throwing them off,” Dr Diaz said. (via)
Filmmaker Dave Altizer’s short mini-documentary Porcelainia features Bobby Jaber, an educator, scientist, and artist. After Jaber retired from teaching chemistry, he was able to focus his energies on porcelain work, specifically geometric designs based on molecular shapes. Jaber’s approach to his work is inspired by his scientist/artist predecessors, most notably Buckminster Fuller, inventor of the geodesic dome. Though he’s had a little financial success with some of his work, Jaber is clearly motivated by love and dedication to his craft. Be sure to stick around after the credits to catch Jaber’s priceless reaction to current technology.
As a child, Jonathan Latiano found his artistic inspiration in the displays and dioramas at the Philadelphia Academy of Natural Sciences. Latiano uses his understanding of biology, astronomy, physics and geology as starting points for the creation of his work and the way he contextualizes his physical world. Created with a variety of materials, his work evokes tensions of temporality and permanence, physicality and ephemerality, destruction and creation, stasis and kinesis, and fragility and strength. “I find the poeticism and concepts of the physics of our universe simultaneously fascinating, beautiful and horrifying. The pieces that I create contrast abstracted human intuition with the reality of our natural environment. I strive to emphasize the areas that exist in-between the boundaries of defined regions. My work, in many ways, is my own personal attempt to understand my place in the physical universe.”
YouTube user brusspup blends science, illusion, and art into double-take inducing videos. Sand is used to create amazing patterns that are called Chladni figures. Brusspup pours sand on a metal plate that is connected to a speaker and tone generator. Various frequencies create different patterns of sand on the plate, higher frequencies creating more complex figures. Different portions of the plate do not vibrate with each frequency. The sand naturally accumulates in these areas of no frequency, creating a visualization of the sound traveling the metal plate. [via]
Roger Hiorns‘ sculptures and installations are concerned with chemical processes and how these processes affect his materials and forms. I first encountered Hiorns’ work a few years ago when his installation, Seizure, was nominated for a Turner prize in 2009. For this installation, Hiorns filled an entire vacant & demolition-ready ex-London council estate flat with a copper sulphate solution. This created an abundance of bright blue crystals that filled every inch of the space. Visitors to the space had no choice but to crush some of the crystals as they walked through the transformed flat, further altering the construction of the space and his work. Hiorns uses the same copper sulphate solution to transform other objects, but also combines other seemingly disparate materials like ceramic pots with moving foam, metal with fire, steel with perfume, and even glass fiber with brain matter. A crucial component of Hiorns’ work stems from his compulsion to initiate the reaction, but then step back and become an objective viewer of his work as it transforms. Hiorns: “The works are successful if they are self-contained and need nothing else. They exist by their own language.”
Artist Heather Dewey-Hagborg‘s project, Stranger Visions, is a wonderful mix of science and art. Dewey-Hagborg turns a poetic attention to the seemingly innocuous artifacts of life: a hair, chewed gum, a cigarette butt. Beyond sight, though, the DNA remains of each unique person inhabits these “artifacts”. She picks up these remains up throughout Brooklyn and brings them to a nearby biology lab. Dewey-Hagborg extracts the DNA from the object, then information from the DNA. She runs the information through a program she has written herself that is able to determine physical features such as eye color, hair color, gender, nose width, and so on. That information is then exported to a 3D color printer to create a sculptural portrait of the unwitting donor. [via]