Photographer Pierre Carreau was born in 1972 near Paris surrounded by a family of artists including a photographer, painter and sculptor, all of which would influence his creative upbringing as well as his artistic output. As a child he was always fascinated by the manifestation of waves and the diversity of color, shape, and size found in each of them. Some of his first photography projects involved work for surfing magazines and water sport equipment manufacturers.
Carreau’s work has now moved into fine art as he shoots waves with a variety of high speed cameras using various macro and wide angle lenses, capturing water shapes that appear more sculptural than liquid. These are truly some of the most remarkable wave photos I’ve ever seen and you can see many, many more over on his website. He also has a number of fine art prints available over at Clic Gallery.
What!? How is this even possible? Because science, my friends. Brusspup’s (previously) latest video explores what happens when a stream of water is exposed to an audio speaker producing a loud 24hz sine wave. If I understand correctly the camera frame rate has been adjusted to the match the vibration of the air (so, 24fps) thus creating … magic zigzagging water. Or something. Here’s a little more detail:
Run the rubber hose down past the speaker so that the hose touches the speaker. Leave about 1 or 2 inches of the hose hanging past the bottom of the speaker. Secure the hose to the speaker with tape or whatever works best for you. The goal is to make sure the hose is touching the actual speaker so that when the speaker produces sound (vibrates) it will vibrate the hose.
Set up your camera and switch it to 24 fps. The higher the shutter speed the better the results. But also keep in the mind that the higher your shutter speed, the more light you need. Run an audio cable from your computer to the speaker. Set your tone generating software to 24hz and hit play. Turn on the water. Now look through the camera and watch the magic begin. If you want the water to look like it’s moving backward set the frequency to 23hz. If you want to look like it’s moving forward in slow motion set it to 25hz.
Brusspup did a similar experiment last year where it looked as if the water was flowing in reverse. Can somebody please make a water fountain that does this or would we all be deaf? (via stellar)
According to the New York Times sculptor Mario Ceroli is one of the least known yet most influential artists of the Italian post-war scene. His work spans over forty years and I encourage you to take a deep dive into his website to explore his wide range of installations and sculptures. Two of his most beautiful works depict crashing waves sculpted from thin layers of precisely cut wood and glass titled La Vague and Maestrale. The energy present in the works is remarkable as if any moment the materials are going to crash into the gallery floor. Also, if you’ve ever been to the Adelaide Botanic Garden in Australia you may have seen a similar piece by sculptor Sergio Redegalli called Cascade. (via connaissance des arts, claudio, and tate_ellen)
This blog has seen it’s fair share of pop-up books, and animation using paper, but this might be the first where everything comes together in a single piece. Revolution is an animated short by photographer Chris Turner, paper engineer Helen Friel and animator Jess Deacon that explores the life cycle of a single drop of water through the pages of an elaborate pop-up book. The book contains nine scenes that were animated using 1,000 photographic stills shot over the course of a year. (via faith is torment)
I never tire of seeing German photographer Markus Reugels’ (previously here and here) continued experiments with water splashes. It’s immediately apparent when looking at some of these recent photos from the last few months that his lighting, color, and timing techniques have continued to evolve, as each image is more impossibly complex than the last. See much more of his recent work here.
These beautiful and other-worldly photographs of ice were taken last year by University of Washington graduate student Jeff Bowman and his professor Jody Deming while they worked on a study combining oceanography, microbiology, and planetary sciences in the central Arctic Ocean as part of the Integrated Graduate Education and Research Training (IGERT) program. Their single focus was the study of frost flowers, a strange phenomenon where frost grows from imperfections in the surface ice amid extreme sub-zero temperatures nearing -22C or -7.6F, forming spiky structures that have been found to house microorganisms. In fact, the bacteria found in the frost flowers is much more dense than in the frozen water below it, meaning each flower is essentially a temporary ecosystem, not unlike a coral reef. Via IGERT:
Around their research icebreaker in the central Arctic Ocean new ice grows on long open cracks that network amongst the thick floes of pack ice. Abruptly the surface of this new ice changes texture. The cold, moist air above the open cracks becomes saturated and frost begins to form wherever an imperfection can be found on the ice surface. From these nucleation points the flower-like frost structures grow vertically, quickly rising to centimeters in height. The hollow tendrils of these “frost flowers” begin to wick moisture from the ice surface, incorporating salt, marine bacteria, and other substances as they grow. The fog dissipates and the Arctic sun lights the surface of the frost flowers, initiating a cascade of chemical reactions. These reactions can produce formaldehyde, deplete ozone, and actually alter the chemical composition of the lower atmosphere. [...] Bowman and Deming have discovered that bacteria are consistently more abundant in frost flowers than in sea ice. Since microscopic pockets in sea ice are known to support an active community of psychrophiles (cold-loving microorganisms), even in the coldest months of the year, these results are encouraging.
Bowman and Deming are currently building an ultra-clean chamber where they can grow artificial frost flowers and hope that their research leads to a better understanding of how life might be able to survive in extreme conditions elsewhere in the universe. Amazing! Photos by Matthias Wietz. (via the daily what)
After taking a photograph of his draining kitchen sink Reddit user Liammm realized he had inadvertently captured something else entirely, a pretty spooky eyeball peering up from the swirling water. See it quite a bit larger here.
I am completely unable to resist posting new work from photographer Albert Seveso (previously here, here and even here), and this continuation of his experimental underwater ink photography is no exception. For this new series, Il Mattino ha l’oro in bocca, Seveso uses accents of metallic inks to accentuate the rolling plumes of color as they disperse underwater. All photos courtesy the artist.