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Design Photography Science

‘Open Circuits’ Slices Everyday Electronics to Reveal Their Surprisingly Stunning Insides

Whether the invisible circuitry that powers our phones or the bundled cables that transport sound and data, it’s easy to appreciate common technologies for their functional purposes and simplification of daily life. A recently released book from No Starch Press, though, treasures these components for the artistry of their engineering and highlights the intricacy and elegance inherent within each design.

Open Circuits: The Inner Beauty of Electronic Components features photographs of 130 technologies cross-cut or altered to reveal their otherwise hidden elements. Written by Windell Oskay and Eric Schlaepfer, the book features a vast array of objects like headphone jacks, HDMI cables, and even retro neon lamps as it offers nearly impossible glimpses for those of us interested in keeping our devices intact. Each page is both a dive into technological history and an ode to the evolution and aesthetics of electronics themselves.

Although Open Circuits is currently back-ordered on Bookshop, the publisher says that more copies should be available within the coming weeks. Until then, check out the book’s site and watch the making-of video below. (via Kottke)

 

Photography Science

A Staggering 3.32 Billion Celestial Objects Dot an Enormous New Image of the Milky Way

A massive new composite released earlier this year reveals a confounding number of stars in the Milky Way. An international collaboration gathered from multiple telescopes at Cerro Tololo Inter-American Observatory in Chile, the stunning work captures a staggering 3.32 billion celestial objects across 130 degrees of the night sky—for context, the NSF’s NOIRLab team, which is responsible for the 21,400-image composite, shares that this stretch “equates to 13,000 times the angular area of the full moon.”

Requiring about 260 hours of observation, this new release follows data shared in 2017, although its breadth is far greater and allows for a complete 360-degree panoramic view. The full image shown below highlights the Milky Way’s vibrant band containing most of the stellar objects, while the detailed crop above captures an extraordinarily concentrated area. Researchers said about the density in a statement:

While this profusion of stars and dust makes for beautiful images, it also makes the galactic plane challenging to observe. The dark tendrils of dust seen threading through this image absorb starlight and blot out fainter stars entirely, and the light from diffuse nebulae interferes with any attempts to measure the brightness of individual objects. Another challenge arises from the sheer number of stars, which can overlap in the image and make it difficult to disentangle individual stars from their neighbors.

In addition to the standalone images, astronomers also released an interactive version for those interested in exploring specific locations and details within the celestial expanse. (via Kottke)

 

Art History Illustration Science

Explore Hundreds of Exquisite Botanical Collages Created by an 18th-Century Septuagenarian Artist

At age 72, Mary Delany (1700-1788) devoted herself to her art practice, taking up a form of decoupage to create an exquisite collection of botanical collages from dyed and cut paper. She interpreted many of the delicate specimens she encountered in Buckinghamshire while staying with her friend, the Duchess of Portland, through layered pieces on black backdrops. From the wispy clover-like leaves of an oxalis plant to the wildly splayed petals of the daffodil, the realistic works are both stunning for their beauty and faithfulness to the original lifeforms.

Known for her scientific precision, Delany labeled each specimen with the plant’s taxonomic and common names, the date, location of creation, name of the donor, and a collection number, the latter of which was used to organize all 985 collages in her Flora Delanica series. Together, the works create a vast and diverse florilegium, or compilation of botanicals and writings in the tradition of commonplace books.

The British Museum houses most of Delany’s collages, which you can explore in an interactive archive that has information about the plants, artworks, and the option to zoom in on images of the pieces. You also might enjoy The Paper Garden, a book that delves into the artist’s work and what it means to foster a creative practice.

 

Photography Science

The Astonishing Biodiversity of Fungi Blooms in Max Mudie’s Macro Photographs

“I’m not the first person to say it, and I’m not going to be the last, but when you find out how integral fungi are to our existence, it makes everything else feel insignificant,” says Max Mudie, whose foraging expeditions reveal the otherworldly elegance, diversity, and minutiae of the myriad denizens of the “wood wide web.” Documenting a range of fungi and slime molds living in the U.K., the Sussex-based photographer is fascinated by the sheer breadth of colors, sizes, and textures he encounters in both rural and urban spaces. “I like to try and find as many species as possible,” he tells Colossal. “The more obscure, the better.”

Mudie’s lifelong love for mushrooms blossomed when he moved back to a rural area around five years ago, and he couldn’t resist the opportunity to forage, document, and cultivate specimens. He regularly joins a local group of amateur mycologists on walks to find and identify different types, and a recent highlight included documenting a bioluminescent species. Even with more than 140,000 types of fungi on record around the world, new discoveries are made all the time. He loves the thrill of stumbling across species that are rare or aren’t listed in textbooks, which requires some sleuthing and team effort to identify. “I feel like I’ve barely scratched the surface of such a vast subject,” he says. “Many species out there are yet to be described, meaning there’s lots of work to be done—making this, for me, one of the most exciting subjects to focus on.”

In many cases, the specimens Mudie encounters are so tiny that powerful macro lenses are required to capture their intricate details. He often shares behind-the-scenes footage of his finds on Instagram, where you can also follow updates about upcoming print releases and events.

 

Craft Dance Science

Trick Facial Recognition Software into Thinking You’re a Zebra or Giraffe with These Pyschedelic Garments

Here’s some unusual criteria to consider when deciding what to wear: if you’re scanned by facial-recognition software, do you prefer being detected as a zebra, giraffe, or a dog? Cap_able, an Italian fashion-meets-tech startup, prompts consumers to consider individual rights to privacy when making decisions about self-expression. The studio’s inaugural project, the Manifesto Collection, combines knitwear with an algorithm into a kind of 21st-century camouflage that protects the wearer’s biometric data without the need to conceal the face.

Built on ideas of collaboration and awareness, Cap_able was established in 2019 to fuse technology, textiles, and fashion into a high-tech product with everyday applications. Evocative of Magic Eye puzzles, the technology behind the Manifesto Collection‘s psychedelic patterns is an innovative system “capable of transposing images called adversarial patches onto a knitted fabric that can be used to deceive people detectors in real time,” the company says.

“Choosing what to wear is the first act of communication we perform every day. (It’s) a choice that can be the vehicle of our values,” says co-founder and CEO Rachele Didero. Likening the commodification of data to that of oil and its ability to be sold and traded by corporations for enormous sums—often without our knowledge—Didero describes mission of Cap_able as “opening the discussion on the importance of protecting against the misuse of biometric recognition cameras.” When a person dons a sweater, dress, or trousers woven with an adversarial image, their face is no longer detectable, and it tricks the software into categorizing them as an animal rather than a human.

 

The idea for the startup was planted in 2019 when Didero enrolled at the Fashion Institute of Technology in New York City, where she was introduced to topics and issues around privacy and human rights. The idea of combining fashion and computer science evolved during months of research in working with textiles and studying artificial intelligence. She developed the now-patented concept of knitting adversarial imagery directly into the fabric of the garments, giving them the ability to respond to an individual’s size and shape, as opposed to existing versions which could only be applied to surfaces. After developing prototypes and testing the patterns using different types of recognition software, Didero teamed up with business partnert Federica Busani to launch the first collection.

Unlike most clothing items you’ll find on the rack, Cap_able’s garments are accompanied by some unique fine print: “The Manifesto Collection‘s intent is not to create an invisibility cloak, rather, it is to raise awareness and protect the rights of the wearer wherever possible.” See the full collection on Cap_able’s website.

 

  

 

Art Science

‘Glass Microbiology’ Magnifies Viruses, Bacteria, and Other Organisms to 1 Million Times Their Actual Size

Bristol-based artist Luke Jerram (previously) continues to add delicate specimens to his Glass Microbiology collection. The ongoing project is a collaboration with scientists at the University of Bristol, who aid Jerram in scaling three-dimensional renderings of avian flu, papillomavirus, the AstraZeneca COVID-19 vaccine, and other tiny organisms into sculptures approximately one million times their actual size. Transparent and impeccably detailed, the models are designed to showcase the structures of each microbe without distorting the viewer’s perception with non-existent colors, which are often used to distinguish various parts in illustrated renderings.

Jerram documents the process behind his swine flu sculpture in the video below, which begins with two artists hand-blowing the larger structure. The team then shapes hundreds of individual proteins that will later be fused to the virus’s exterior. Find more of the scientifically minded project on the Glass Microbiology site, and follow Jerram’s latest works on Instagram.