Astrophotographer Cari Letelier caught this amazing shot of the aurora borealis over the Goðafoss waterfall in Iceland. We live in a truly magical world — if science fiction authors made something like this up, you wouldn’t believe it’d ever be real. You can check out more of Letelier’s astrophotography on Instagram or on her website.
Photographs have always been an imperfect reproduction of real life — see the story of Dorothea Lange’s Migrant Mother or Ansel Adams’ extensive dark room work — but the seemingly boundless alterations offered by current & future AI editing tools will allow almost anyone to turn their photos (or should I say “photos”) into whatever they wish. In this video, Evan Puschak briefly explores what AI-altered photos might do to our memories.
I was surprised he didn’t mention the theory that when a past experience is remembered, that memory is altered in the human brain — that is, “very act of remembering can change our memories”. I think I first heard about this on Radiolab more than 16 years ago. So maybe looking at photos extensively altered by AI could extensively alter those same memories in our brains, actually making us unable to recall anything even remotely close to what “really” happened. Fun!
But also, one could imagine this as a powerful way to treat PTSD, etc. Or to brainwash someone! Or an entire populace… Here’s Hannah Arendt on constantly being lied to:
If everybody always lies to you, the consequence is not that you believe the lies, but rather that nobody believes anything any longer. This is because lies, by their very nature, have to be changed, and a lying government has constantly to rewrite its own history. On the receiving end you get not only one lie — a lie which you could go on for the rest of your days — but you get a great number of lies, depending on how the political wind blows. And a people that no longer can believe anything cannot make up its mind. It is deprived not only of its capacity to act but also of its capacity to think and to judge. And with such a people you can then do what you please.
This is the incredible and interesting and dangerous thing about the combination of our current technology, the internet, and mass media: “a lying government” is no longer necessary — we’re doing it to ourselves and anyone with sufficient motivation will be able to take advantage of people without the capacity to think and judge.
P.S. I lol’d too hard at his deadpan description of “the late Thanos”. RIP, big fella.
Nowadays, I don’t choose the place, but I make every location work for me. I combine people with elements everywhere I stand. Luckily the themes in this type of photography are endless, and I never lose interest.
The National Audubon Society has announced the winners of the 2023 Audubon Photography Awards. I’ve highlighted a few of my favorites above (from top to bottom, photos by Sandra Rothenberg, Kieran Barlow, and Nathan Arnold). Oh, and don’t miss the pair of videos from Steven Chu…
The other day I posted about how contemporary filmmakers, Wes Anderson in particular, use miniatures in their films. The model/prop maker featured, Simon Weisse, has worked with Anderson on several films, including his latest, Asteroid City. Weisse has been posting behind-the-scenes shots of his studio’s work on Asteroid City to his under-followed Instagram account and I thought a separate post highlighting some of those props and miniatures would be fun.
This video shows a bunch more of the miniatures used in the movie:
I also ran across a few behind-the-scenes videos of the production if you’re in the mood to deep-dive (as I appear to be):
If you’re lucky enough to be in London in the next week and a half, you can go and see some of these props and sets and even eat at the diner at 180 Studios. Very. Jealous.
Heidi Gustafson is the curator of Ochre Sanctuary, a collection of iron-based earths that are the oldest natural pigments used by humans. In her new Book of Earth, Gustafson details where these pigments come from and how to use them to create art. Here are a few images from the book and the Ochre Sanctuary:
It is well known that most of Mars is reddish in colour, due to the high amount of oxidised iron in the dust on its surface, earning it the nickname the ‘Red Planet’. But it is also immediately noticeable that a considerable region of Mars is rather dark, appearing bluish in colour in image 1. These regions represent greyish-blackish-bluish sands, which are volcanic in origin and form large, dark sand layers on Mars. They were primarily piled up by the wind to form imposing sand dunes or enormous dune fields on the floor of impact craters. These unweathered sands consist of dark, basaltic minerals, of which volcanic lava on Earth is also composed. Basalt is the most widespread volcanic rock on Earth — and in the Solar System. Earth’s ocean floor is made of basalt, as are the extinct volcanoes of the Eifel, Mount Etna in Sicily and volcanoes of the Hawaiian archipelago.
In my mind, the best bit is how much clearer you can see the various geographical features of the planet. (via bad astronomy)
NASA keeps the original film negatives from the Apollo program sealed in a frozen vault in Houston, TX and rarely grants access to them. As a result, nearly all of the photos we see of those historic missions were made decades ago or are copies of copies. Recently, the film was cleaned and digitally scanned at “an unprecedented resolution”.
The photographs from the lunar surface are as close as we can get to standing on the Moon ourselves, and for the first time, we were able to look back at Earth from afar, experiencing the “overview effect” — the cognitive shift that elicits an intense emotional experience upon seeing our home planet from space for the first time. The “Blue Marble” photograph, taken as Apollo 17 set course for the Moon, depicts the whole sunlit Earth, and is the most reproduced photograph of all time. Along with Apollo 8’s “Earthrise,” which depicts Earth above the lunar horizon, it was a catalyst for the environmental movement that continues today.
FotoAutomat restores vintage analog photo booths and redeploys them around Europe, mostly in Paris.
There are less than fifty working analog photo booths remaining in the world now. Since 2007, FotoAutomat has been working to preserve this photographic heritage by restoring and maintaining the last original analog photobooths in Paris, Nantes and Prague, mainly in spaces dedicated to art and culture.
This is some primo Wes Anderson shit. (via meanwhile)
Capture the Atlas have announced their picks for the 2023 Milky Way Photographer of the Year competition. As usual, I’ve included a few of my favorites here — from top to bottom: Jakob Sahner’s photo from the Canary Islands, Mihail Minkov’s composite shot of the Milky Way as it looks in both the summer & winter, and Steffi Lieberman amongst the baobab trees in Madagascar. Here’s Minkov explaining his full-galactic view:
I’ve always wondered what the night sky would look like if we could see the two Milky Way arches from the winter and summer side by side. This is practically impossible, since they are part of a whole and are visible at different times of the day.
However, this 360-degree time-blended panorama shows us what they would look like. The two arches of the Milky Way represent one object in the starry sky, with part of it visible in winter and part of it in summer. Therefore, they are called the winter and summer arches. The winter arch includes objects that we can observe from October to March, primarily associated with the constellation Orion.
On the other hand, the summer arch features the Milky Way core, visible from March to September, which is the most characteristic and luminous part of the night sky, representing the center of our galaxy.
Well, I don’t think these photos of Icelandic ice caves by Ryan Newburn need much explanation. Stunning. I found these photos via Colossal, which has more information about how they were taken.
Occupying such an ancient and always evolving space is an experience that’s difficult to photograph, Newburn shares, because the constant trickle of melting water, the roar of distant rivers, or even the unique interplay of light and glacier are impossible to depict entirely. “Underneath the ice, where the sun cannot penetrate,” he says, “your eyes slowly adjust from the bright sun to the glowing deep blue crystal walls of the ice cave. The more that your eyes adjust, the more saturated the blue gets. It’s a surreal visual experience that you cannot get from any photo of an ice cave.”
If you’d like to see some of these places for yourself, Newburn runs a tour company called Ice Pic Journeys.
The third is from Reuben Wu (Instagram), whose work I’ve featured here for many years. IMO, Wu’s work is slightly more polished than Jadikan’s or Ferguson’s, but I enjoy experiencing all of it. (via petapixel)
The software for running your own trainbot is available on Github and “should work with any video4linux USB cam, or Raspberry Pi camera v3 modules”. (via nelson)
Charles Brooks takes photographs of the insides of musical instruments like pianos, clarinets, violins, and organs and makes them look like massive building interiors, enormous tunnels, and other megastructures. So damn cool. Some of the instruments he photographs are decades and centuries old, and you can see the patina of age & use alongside the tool marks of the original makers. Prints are available if you’d like to hang one of these on your wall.
Because many of his works are destined to melt and be reabsorbed, Popa opts for natural materials like white chalk from the Champagne region, ochres from France and Italy, and powdered charcoal he makes himself — the latter also plays a small role in purifying the water, leaving it cleaner than the artist found it. Most pieces take between three and six hours to complete, and his work time is dependent on the weather, temperature, and condition of the sea. “The charcoal will sink into the ice and disappear from a very dark shade to a medium shade, so it has to be created very quickly and documented. No to mention the work on the ice will just crack and drift away completely, or the next day it will snow and be completely covered,” he says. “I’m really battling the elements.”
I love these so much — they remind me of self-portraits taken in shattered mirrors or fragmented mirrored surfaces, a practice I apparently engage in withsomeregularity.
What I like about the still image above, along with the rest of the images in a project called In Anxious Anticipation by Aaron Tilley & Kyle Bean, is that it makes a noise. It’s so cool how your brain sees what’s about to happen and then you hear eggs smashing on a hard surface — splat, splat, splat. More still art should make noise! (via moss & fog)
That last image is the mailing wrapper from when jeweler Harry Winston sent the Hope Diamond (currently valued at $200-350 million) to the Smithsonian through the regular US Mail.
Mailed on the morning of November 8 from New York City, the item was sent by registered (first class) mail — considered the safest means of transport for valuables at that time. The total fee was $145.29 (see the meter machine tapes). Postage only amounted to $2.44 for the package which weighed 61 ounces. The remainder of the fee ($142.85) paid for an indemnity of about $1 million.
From a height of three meters, porcelain figurines are dropped on the ground, and the sound they make when they hit trips the shutter release. The result: razor-sharp images of disturbing beauty, more than the sum of its parts. Temporary sculptures made visible to the human eye by high-speed photography. The porcelain statuette bursting into pieces isn’t what really captures the attention; the fascination lies in the genesis of a dynamic figure that seems to stop/pause the time and make time visible itself.
See also Klimas’ Flowervases (“Flawlessly arranged flower vases are shot by steel bullets and captured at the moment of their destruction”) and Sonic Sculptures (“Klimas begins with splatters of paint in fuchsia, teal and lime green, positioned on a scrim over the diaphragm of a speaker — then, the volume is turned up”).
I’ve long been a fan of Edward Burtynsky’s photographic surveys of humanity’s impact on our environment, so I was eager to explore his newest project, African Studies.
In Edward Burtynsky’s recent photographs, produced across the African continent, the patterns and scars of human-altered landscapes initially appear to form an abstract painterly language; they reference the sublime and often surreal qualities of human mark-making. While chronicling the major themes of terraforming and extraction, urbanization and deforestation, African Studies conveys the unsettling reality of sweeping resource depletion on both a human and industrial scale.
The prosperity of early 20th century America resulted in a boom of skyscrapers that still tower over cities across the country today. Focusing on the character and craftsmanship on display at the top of these landmark buildings in a way that can’t be seen from street level, the Highrises Collection reveals fascinating details and stories of these distinctly American icons.
They’ve done almost a hundred of them so far and are planning on adding about 100 more to the tally before they are finished. Hytha recently shared some of his favorite Art Deco buildings from the project. (via @mwilkie)
In 1975, famed French photographer Henri Cartier-Bresson traveled, at the behest of a public television station, to the US to take photographs of New Jersey.
The photographer felt that New Jersey’s anywhere-ness, its density and diversity, was “a kind of shortcut through America.” With that prompt, Evans assembled an itinerary. Cunningham picked up Cartier-Bresson in Manhattan around sunrise each day for three weeks and headed for the bridges and tunnels. They embedded with ambulance drivers in Newark and chicken farmers in West Orange. They visited suburban sprawl, horse country, pine barrens, swamps, seashore, beauty parlors, labs, nuclear facilities, jails, mansions. They once stayed overnight in a South Jersey motel, and Cartier-Bresson insisted that they flip a coin to determine who got the bed.
It was one of his final photo projects and because his photos were cropped for use on television (“a practice Cartier-Bresson viewed as sacrilege”), the project was not included in most catalogues of his work and was almost forgotten.
Almost 300 days out of every year, there are thunderstorms over Venezuela’s Lake Maracaibo. Called Catatumbo lightning — “Catatumbo means ‘House of Thunder’ in the language of the local Barí people” — the phenomenon is caused by the unique confluence of warm air and water from the Caribbean Sea with the cold air flowing down from the Andes, which nearly surround the lake. The result is near-nightly storms with the world’s highest density of lightning and up to 200 flashes in a minute. It sounds, literally, awe-some.
The short video above is a profile of photographer Jonas Piontek, who has captured some amazing photos and video of the Catatumbo lightning. The NY Times featured some of his photos in this piece about the lightning.
Less than half an hour after the first cloud forms, it starts to flash. It does this faster and faster - 200 flashes a minute is not uncommon. After that, the cloud becomes a giant bulb that lights up the night.
“You can read a newspaper in the middle of the night because it’s so bright,” said Jonas Pointek, a photographer who has documented the storms.
The aptly named “Fusion of Helios” is a fusion from the minds of two astrophotographers, Andrew McCarthy and Jason Guenzel. Using a custom-modified hydrogen alpha solar telescope, the combined data from over 90,000 individual images was jointly processed to reveal the layers of intricate details within the solar chromosphere. A geometrically altered image of the 2017 eclipse as an artistic element in this composition to display an otherwise invisible structure. Great care was taken to align the two atmospheric layers in a scientifically plausible way using NASA’s SOHO data as a reference.
So how do I resolve atmospheric details, like spicules, prominences, and filaments? The trick is tuning the telescope to an emission line where these objects aren’t drown out by the bright photosphere. Specifically, I’m shooting in the Hydrogen-alpha band of the visible spectrum (656.28nm). Hydrogen Alpha (HA) filters are common in astrophotography, but just adding one to your already filtered telescope will just reduce the sun’s light to a dim pink disk, and using it without the aperture filter we use to observe the details on the photosphere will blind you by not filtering enough light. If you just stack filters, you still can’t see details. So what’s the solution?
A series of precisely-manufactured filters that can be tuned to the appropriate emission line, built right into the telescope’s image train does the trick! While scopes built for this purpose do exist (look up “coronado solarmax” or “lunt solar telescope” I employ a heat-tuned hydrogen alpha filter (daystar quark) with an energy rejection filter (ERF) on a simple 5” doublet refractor. That gives me a details up close look at our sun’s atmosphere SAFELY. I’ve made a few custom modifications that have helped me produce a more seamless final image, but am not *quite* yet ready to share them, but just the ERF+Quark on a refractor will get you great views.
Photography has always been a combination of technology, artistry, and wrangling whatever light you can get to best express the feeling that you’re going for — astrophotography certainly dials that wrangling up to 11.
Prints of this image (and some digital downloads) are available in various sizes from McCarthy and Guenzel.
Folks, I told you that this was going to become a JWST fan blog and if you didn’t hear me the first time, consider yourself notified. NASA’s newest space telescope is still stretching its legs, but even back in its early days last summer, it captured this breathtaking near-infrared and mid-infrared image of a star preparing to go supernova.
The 10 light-years-wide nebula is made of material cast off from the aging star in random ejections, and from dust produced in the ensuing turbulence. This brilliant stage of mass loss precedes the star’s eventual supernova, when nuclear fusion in its core stops and the pressure of gravity causes it to collapse in on itself and then explode.
Images like these are useful for studying dust, which sounds a little boring but actually is fascinating (italics mine):
The origin of cosmic dust that can survive a supernova blast and contribute to the universe’s overall “dust budget” is of great interest to astronomers for multiple reasons. Dust is integral to the workings of the universe: It shelters forming stars, gathers together to help form planets, and serves as a platform for molecules to form and clump together — including the building blocks of life on Earth. Despite the many essential roles that dust plays, there is still more dust in the universe than astronomers’ current dust-formation theories can explain. The universe is operating with a dust budget surplus.
Currently imagining a sci-fi office dramedy about the dust budget surplus — someone over at HBO Max or Apple+ get on this.
Most of the topics of my Aerial Views project, which I have been following since 2010, deal with the intervention and often also the destruction of our environment by humans.
This new aerial photo series about the Bavarian Forest, the first Nationalpark in Germany founded in 1970, shows nature that is largely left to its own devices again, true to the park’s motto “NATUR NATUR SEIN LASSEN”.
The nature zone of the Bavarian Forest National Park is thus one of the very few places in geographically divided and densely populated Germany where, in the sense of human non-intervention, at least secondary wilderness should be possible again, especially in spite of the age of the Anthropocene, in which there is no completely uninfluenced nature anymore.
When you look at these incredible close-up shots of fungi and slime molds by photographer and amateur mycologist Max Mudie, you realize that we don’t have to go looking for bizarre alien life on other planets: there’s plenty of it in our forests. (See also coral reefs, tbh.) Check out more of Mudie’s work on Instagram.
I’m almost positive I’ve featured the photograph at the top of the post before (but can’t find where), but I love it so much I’m featuring it again.
A beautiful snow leopard triggers my camera trap high up in the Indian Himalayas. I captured this image during a 3-year DSLR camera trap project in the Ladakh region in northern India. The mystery surrounding the snow leopard always fascinated me. They are some of the most difficult large cats to photograph in the wild. Not only because of their incredible stealth, but also because of the remote environment they live in.
Open Circuits is a book that takes you inside the electronic components that power the modern world, with cross sections and close-up views of things like headphone jacks, chips, circuit boards, cables, etc. Lovely images — it’s like a whole little urban world down there. Buy it now at No Starch Press, Bookshop.org, or Amazon. (via clive thompson)
I don’t know how kottke.org isn’t going to turn into a JWST-only blog — it seems like there’s some never-before-seen imagery released every other week that just absolutely knocks my socks off. Like these unprecedented images of nearby galaxies that were taken to help study how individual stars affect galactic structure.
The saying goes, ‘From a tiny acorn grows the mighty oak.’ This is accurate not just here on Earth, but in our solar system and beyond. Even on a galactic scale, where individual stars and star clusters can sculpt a galaxy’s overall structure. Scientists say NASA’s James Webb Space Telescope is perfectly primed to study these phenomena, and the first data is astounding astronomers.
New imagery from Webb’s Mid-Infrared Instrument is revealing never-before-seen details into how young, newly forming stars influence the structure of the gas and dust of nearby galaxies, and therefore how they evolve over time. Areas of galaxies that once appeared dim and dark in visible light, now under Webb’s infrared eye, are glowing cavities and huge cavernous bubbles of gas and dust.
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