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Leak: Canon has a 63MP full-frame sensor destined for high-resolution EOS R camera

23 Apr

There’s been rumors of a high-resolution EOS R camera since the EOS R was first released last year, but a leaked data sheet detailing a new 63-megapixel full frame CMOS sensor is the best hint yet that a mirrorless 5DS equivalent might be right around the corner.

According to the leaked data sheet, the sensor — referred to as 35MM63MXSCD — features Canon’s Dual Pixel AF and 63 million effective 3.7nm pixels (9696 x 6464). Using the 16 channel digital signal outputs, the data sheet says the sensor should be capable of up to 5.2 fps at 12-bit.

Below is the data sheet and a collection of leaked illustrations showing the various specs and schematics of the 35MM63MXSCD sensor:

Canon has been teasing in interviews that it’s excited to make cameras capable of showing off the quality and performance of its latest lenses, including its impending ‘holy trinity’ (16-35mm, 24-70mm and 70-200mm). Combined with the ongoing rumors churning around the mill that the next EOS R would be a high-resolution model due out sometime this year, it seems pretty clear this will be at the heart of the camera whenever it is released.

Articles: Digital Photography Review (dpreview.com)

 
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Panasonic Lumix S1R studio scene with high-res mode published

23 Apr

We’ve been working through our full review of Panasonic’s high-megapixel, full-frame flagship, the Lumix S1R, and have published our studio test scene images from it – including the 187MP high-res mode. It’s, well, quite something. Take a look for yourself and prepare to get well acquainted with every detail of our studio test scene.

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Articles: Digital Photography Review (dpreview.com)

 
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Nikon releases firmware version 1.20 for its D500 camera

23 Apr

Nikon has released firmware version 1.20 for its D500 camera. The firmware update, which comes two years after the camera was initially released, adds the ability to connect via Wi-Fi to devices running SnapBridge (version 2.5.4 or later) and fixes a number of additional issues.

Specifically, Nikon says it’s addressed an issue where focusing on the edge of the frame wasn’t accurate, a problem where the camera would sometimes stop working while shooting in continuous high-speed release mode and a bug where the camera would sometimes remain on even after the power button was turned to ‘Off.’

You can download the firmware version 1.20 for the Nikon D500 from Nikon’s website.

Nikon releases firmware version 1.20 for the D500

Changes from “C” Firmware Version 1.15 to 1.20

• The camera can now connect via Wi-Fi to devices running SnapBridge. Before using this feature, upgrade to the following version of the app:

– SnapBridge version 2.5.4 or later

• Fixed the following issues:

– The camera sometimes had trouble focusing on subjects in the focus points at the edges of the frame.
– The camera would sometimes stop responding during shooting in continuous high-speed (CH) release mode.
– The camera would sometimes not turn off after the power switch was rotated to “OFF”.

Articles: Digital Photography Review (dpreview.com)

 
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Interview: Commander Terry Virts, space photographer

23 Apr

Colonel Terry Virts (ret.) is a U.S. Air Force pilot and NASA veteran of two spaceflights – a two-week mission onboard the Space Shuttle Endeavour in 2010 and a 200-day flight to the Space Station in 2014-2015. His seven months in space included piloting the Space Shuttle, commanding the International Space Station, three spacewalks, and performing scientific experiments.

While in space he took more than 319,000 photos – the most of any space mission. Virts’ book, View From Above, combines some of his best photography with stories about spaceflight and perspectives about life on Earth and our place in the cosmos. His images are also an integral component of the IMAX film A Beautiful Planet, which Virts helped film and in which he appears.


I understand you were a photographer before you became an astronaut. How did you get started, and why did it interest you?

As a kid I got a Konica SLR. I had to teach myself exposure, shutter speed, focus, and all that. Basically, I taught myself. Neither of my parents were really photographers, but I just loved it. For some reason I was just naturally inclined towards photography, and my parents supported me by getting the equipment.

Long story short, I kept up with it. I’m that dad whose kids are like, “Dad, quit taking pictures!” I’m always having to stop and take a picture.

How did you join the space program, and how did you end up in the role of ‘space photographer’?

I wanted to be an astronaut since I was a kid. It was just my dream. The first book I read was about Apollo, and I was captured. It’s what I wanted to do, and I had pictures of airplanes and space on my walls. I went through the process of becoming a fighter pilot, a test pilot, and eventually made it into NASA.

Every astronaut has to take pictures. We get formal training, not only for still images but also video. By the time I flew on the space shuttle we had gone entirely digital, and I got designated as the photo/TV guy. I’m a photographer, and I was lucky enough to fly in space, so I guess that makes me a space photographer.

Terry Virts’ book, View from Above, includes some of his favorite photos from space, stories about spaceflight, and perspectives about life on Earth and our place in the cosmos.

You also had a role in filming the IMAX movie ‘A Beautiful Planet.’ How did that come about?

On my second flight [aboard the ISS] I was a crew medical officer and also a spacewalker, but everybody was a photographer. There was no, “Oh, Terry likes photography, let’s put him up when they’re filming a movie.” Just complete luck of the draw. One day on my calendar before I was in training, it said, “Go to building nine for IMAX training.” I thought, “Hmm, I wonder what it is?” I showed up and the producer and director of photography were there, and I said to myself, “Wow, I get to film an IMAX movie.” There was no thought into it, it just happened.

The right place at the right time?

100% right place, right time. Like we say in the Air Force, I’d rather be lucky than good.

I got to film the movie, and that stuff all went to IMAX, but the stuff I shot for me, that I used in my book, I did as a labor of love. I love photography and wanted to take as many artistic shots as I could.

I showed up and the producer and director of photography were there, and I said to myself, “Wow, I get to film an IMAX movie.”

Most photographers know the drill of throwing gear into a bag before a trip, but space travel obviously requires careful planning. How is the photo gear that goes into space selected?

There are a couple of different ways. There’s NASA equipment, and then there are international partners, like the Japanese and the Europeans, who fly their own equipment. The Russians can get stuff up there really quickly since they don’t have the bureaucracy that we have. They may have less stuff, but if something comes up that they want to fly, they just fly it. NASA has to go through a bureaucratic process and years of approvals.

For example, there’s the GoPro. The Russians wanted to use it, so they built a little box for it and flew a GoPro. I was able to take it outside on a spacewalk and it was really great. We [the US] didn’t have anything for that, and the process of getting it certified would have been expensive and time-consuming. The Russians just built a box and flew it, and it worked. Now I have this amazingly beautiful footage that we never would have had if we had to wait on it.

Sample gallery: Terry Virts space photos

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Click the image above to see a gallery of Terry Virts’ stunning space images.

Can you give us some insight into what types of cameras are used aboard the ISS?

The Nikon D4 was my main camera, and now they have D5s, but it’s basically the Nikon professional camera. Then there’s the Canon XF350, which is like a prosumer camcorder, and there are probably 12-15 of those onboard. Each module has one on a bracket. There are another four or five XF350s just velcroed to the wall so that if you need to film something fun or do an experiment, you can do that.

We also had a camera called a Ghost, which is similar to a GoPro. You could plug it in via HDMI and have it downlinked in real-time to show the ground what you were doing. You could squeeze it into tight places. When three Ghosts showed up, I thought “Cool!” so I kept one for myself and another astronaut wanted one. Literally the next day, the other person lost it. We went months with only two Ghosts and finally, at the end of my mission, I’m thinking, “All right, I’ll call the ground and fess up. Hey Houston, sorry, we can’t find one of the Ghosts.” That afternoon we found it. It had floated underneath a work table and was probably there for months.

We also had a Panasonic 3D camcorder you could use to film in 3D. I bought myself a 3D TV and tried to film stuff, then nothing happened with it. I don’t even know if NASA ever processed the 3D stuff. I was kind of disappointed about that.

Astronauts Samantha Cristoforetti and Terry Virts receive IMAX training. Both were part of the team that filmed the IMAX movie A Beautiful Planet.

NASA photo

I imagine you also had some cameras for shooting the IMAX film.

We had a Canon 1DC and C500. The 1DC is a professional camera and the C500 is a Hollywood video camera. Those were used for the IMAX.

We also had a Red Dragon, which at the time was the first ever ultra-high-def 4K, Hollywood quality video camera. That thing was just awesome. They warned us and warned us that the file size was too big, so nobody used this thing, and towards the end of the mission I decided, “Man, I took all these stills, I want to get the Red out.” I started filming exclusively with the Red for my last week and shot around a terabyte of video. Houston just about died. It took them a week to download it. It was beautiful.

I was doing a video Skype with [Hollywood director] James Cameron from space, and my crewmate was showing him around and said, “Hey, here’s my crewmate Terry Virts, playing with cameras like he normally is.” I had the Red Dragon, and James looked at it and said, “Oh, I filmed Avatar with that camera.” That was pretty cool.

This video from the ISS highlights some of the 4K footage shot by Virts and his crewmates on board the space station, and provides a sense of time and motion not conveyed by still photos.

Do you run into any special equipment challenges in space?

The big issue you have in space is radiation, and your chips get damaged from radiation. If you ever look at a NASA video and see a bunch of white, blue or green specks that don’t move on a black field they’re radiation-damaged pixels. If they’re moving, they’re stars. Before every IMAX shot, you’re supposed to take a black field image. That would give them data for where the bad pixels were, and they could remove them.

We would get dust on the chip, but that would only happen after about 100,000 pictures. Basically, we would start seeing that as the shutter went up and down, some of the metal would shave off, so there would be little flecks of metal from the shutter.

What about lighting?

Lighting inside is not that big a deal; the internal lighting is not that bad. The problem is, if something was inside and you wanted the Earth exposed at the same time, the camera would need a flash.

I started filming exclusively with the Red for my last week and shot around a terabyte of video. Houston just about died. It took them a week to download it.

But for video, you don’t have the equivalent of a flash. We had still lights, but there weren’t enough lumens on them. There was one particular scene in ‘A Beautiful Planet’ when Samantha [Italian astronaut Samantha Cristoforetti] was in the cupola taking pictures, and I was floating towards her, and the white clouds were too bright and just blew out the Earth. In order to get a picture with both the person inside and the Earth properly exposed, we had to be over a jungle because that would be dark green. We waited until we were going over the Amazon, which is white normally, but Samantha was looking and she’s like “All right, here comes a big patch!”

I started shooting, and then I pushed off. I slowly started moving in towards her, and she was pretending like she was taking pictures. IMAX wanted 30 seconds clips, that was about the standard scene length, and literally at 31 seconds, boom! The background turned into white. It was like a perfectly well-timed shot.

Commander Virts took this picture of the United States Gulf Coast on Feb. 12, 2015.

Photo by Terry Virts

When shooting on a spacewalk, I’m assuming you don’t just put the viewfinder to your eye and shoot.

Actually, you do! When I was doing my spacewalks it [the camera for spacewalks] was a Nikon D2. You can lift the viewfinder to your face and aim it wherever you want, though I never did. I just pointed it in the right direction. You don’t put a 100mm lens on it, but something like a 24mm. It doesn’t have to be perfectly framed.

I took over 300,000 photos in space, but on each of my three space walks I took about ten. That just goes to show you how busy I was.

I took over 300,000 photos in space, but on each of my three spacewalks, I took about ten. That just goes to show you how busy I was. I felt like I was on the clock, so I didn’t have five seconds to stop and take a picture. Plus, the guy I was outside with is one of those people who’s not a photographer, thinks taking pictures is wasting time, and wanted to keep on moving. I just never had time to stop and take the pictures I wanted to take. The problem with taking pictures outside is the time crunch.

What’s your artistic approach to shooting in space?

A lot of guys get the zoom lens out. They zoom in on cities at night, and I did some of that, but you can fly over a city and take a picture from an airplane and it looks exactly like the zoom lens from space. My favorite kind of shots were more big picture; Earth and space, and wide angle, rather than the zoom-in. I wanted to get pictures that you couldn’t get from an airplane.

Most photographers can tell you at least one story about a great shot that got away. Did you experience that?

One day I let go of my CF card by accident. It floated and I was like, “No!” as I reached for it. It floated right between two racks. There’s got to be a two-millimeter gap between racks, and it literally went right down there and I never saw it again. It was a beautiful night aurora scene. I’m still mad about it, but the other 320,000 pictures I took came out fine.

One of the 7 wonders of the Earth, the Grand Canyon in the US West photographed from the International Space Station.

Photo by Terry Virts

What subjects did you enjoy photographing the most?

Sunrises and sunsets were my favorite thing. It was probably day 195 out of 200, and Samantha sees me taking another time-lapse of a sunset and says, “Terry, haven’t you taken enough sunsets?” I said, “I still haven’t gotten the perfect one. I just need one more…”

The photographer’s curse.

Yes, the perfect shot. Or moonset, right? Moonrise and moonsets were awesome. Those pictures are just amazing. In a good sunset or sunrise, you can see so many details in the clouds. The chip doesn’t capture it like the eye does, but it’s pretty close. I love those pictures.

So, did you ever get the perfect sunset?

The very last picture I took in space – I was coming back to Earth in a couple of hours – I wanted to get one more picture. I went down to the Cupola and took off what’s called a scratch pane, which is this piece of plastic that’s supposed to protect the window but all it does is ruin pictures. Whenever you see a sun shot with flared smudge marks it’s just the scratch pane. I closed the aperture to F22 to get a starburst effect, took a picture and looked at it, and I remember thinking as I looked at it on the screen, “That’s the best picture I’ve ever taken in my life. I’m done.” I pulled the CF card out, downlinked it, put my space suit on and came back to Earth. That was the peak of my photography career, it will never get better than that.

Virts captured this photo of the setting sun just a couple hours before returning to Earth. When he looked at it on the camera’s screen he thought, “That’s the best picture I’ve ever taken in my life. I’m done.”

Photo by Terry Virts

Did you take any photos that had an immediate impact back on Earth?

The most impactful one was the Spock picture. The day before my third spacewalk I get an email, “Hey, Leonard Nimoy passed away. Can you do something?” I’m thinking, “I don’t have any time, I don’t know what I’m supposed to do.” I ran down to the Cupola and tried to get one of those pictures where my Vulcan salute was properly exposed along with the Earth being properly exposed, but you need to have the right flash and a closed [small] aperture for more depth of field.

I had to get all that stuff set up, fiddled around, probably took 10 or 20 pictures, and finally got one that looked OK. I tweeted it and it got huge instantly – I don’t know how many tens of thousands of likes. It got millions of views. When I travel around the world, people know that tweet. They don’t know it’s me. It wasn’t about me. I just tweeted a picture, and there was no doubt in anybody’s mind what I meant. It was a really cool way to have a tribute to Mr. Spock. What I didn’t know was that that in the background was Boston, Leonard Nimoy’s hometown. Like I said, I’d rather be lucky than good.

Terry Virts’ tweet honoring Leonard Nimoy and his Star Trek character, Mr. Spock. What Virts didn’t notice until later is that Boston, Nimoy’s hometown, is visible in the background.

I’ve been learning to photograph the Aurora borealis, but I’m used to doing it from below. What’s it like to photograph the Aurora from above?

One night I was in the Cupola, hoping for a southern aurora. You never know what you’re going to get; it depends on the sun activity and how close your orbit is to the magnetic pole. I saw this big, giant green cloud. I mean, it was huge. It was way bigger than any I’d ever seen before, and it was right in our orbital path.

There I was floating, and we flew right through this aurora. Above, below, and to both sides, we were surrounded by green plasma. It was like I was in a J.J. Abrams Star Trek movie when they fly through a nebula. It was totally like that, except that I was floating and it was real, but there were no Klingons, so I was good. But that was the most surreal aurora experience. You could see it moving with your eyes, in real time you could see the waves shimmering. Even though the camera brings the colors out more than your eyes see, my eyes, anyway, saw those colors – a little dimmer and less vibrant, but they were there.

Crew aboard the ISS have the unique opportunity to see – and photograph – both the Northern and Southern Lights from above, and sometimes fly through them.

Photo by Terry Virts

Do you feel that your unique opportunity to work in space gives you any special responsibility as a photographer?

I do. One night we were having dinner in the Russian segment, and the Russians have this beautiful window, and it was open and you could look down and see the Earth go by. I said, “Look at that guys! There are over six billion people down there and only six of us up here.” We’re one in a billion, that’s how lucky we are.

It put our fortune, and luck, in context. I feel a duty to share the story. Not only the adventure of space flight but for me, it was more about life on Earth. Space flight is interesting, and fun, and exciting, but the bigger, deeper lessons learned were about the people, and how to treat each other, and life on Earth. I definitely felt a responsibility, and privilege, to share things.

Has your experience as a space photographer had any impact on the way you photograph back on Earth?

I always look up. Most people spend their lives looking down at the ground, and I try to look up. To see clouds, to see the sun’s reflection through the atmosphere, rays of sun peeking through clouds, to see the color of blue in the sky, to see birds, or when you’re in a city, you see architectural patterns. I always try to look up, and maybe in some small way, I think of space when I look up.


For more spectacular space photography follow Terry Virts on Twitter and Instagram.

Articles: Digital Photography Review (dpreview.com)

 
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RawTherapee 5.6 adds new Pseudo-HiDPI mode, ‘unclipped’ processing and more

23 Apr

Cross-platform Raw image processing program RawTherapee has announced its most recent update, version 5.6, which brings along new features and tools to improve the image editing experience.

The flagship feature in RawTherapee 5.6 is new Pseudo-HiDPI support that now makes the interface appear smooth and sharp across various displays regardless of screen size or resolution. The RawTherapee team says Pseudo-HiDPI is enabled by default and uses the font size, DPI and display settings from your computer to to create the best image possible.1

An illustration provided by RawTherapee highlighting the new Pseudo-HiDPI mode.

A new ‘Unclipped’ processing profile has also been added ‘to make it easy to save an image while preserving data across the whole tonal range.’ RawTherapee 5.6 also has a new user-adjustable tiles-per-thread setting ‘for users who want to find optimal values for their system.’ Hundreds of other overall improvements have been made as well behind-the-scenes for improved performance.

RawTherapee is free to download for Linux, macOS and Windows computers. The developers behind RawTherapee have created a helpful Wiki to explain the tools as well as a ‘Getting Started’ article to help kickstart anew users


1 It’s worth noting though that there have been issues with certain macOS display settings interfering with the Pseudo-HiDPI mode though, so if you run into any issues, it might be best to turn this feature off for the meantime.

Articles: Digital Photography Review (dpreview.com)

 
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Video: COOPH shares 5 inexpensive ideas for macro photography

23 Apr

Cooperative of Photography (COOPH) has published a video on its YouTube channel that offers viewers five macro photography ideas. The video aims to demonstrate ways to capture striking images without investing in expensive equipment; one idea, for example, includes instructions on transforming an empty chips canister into a flash diffuser.

The video focuses on ordinary items and elements easily found in the home or office. COOPH demonstrates ways to capture unique textures using things like soap bubbles and sponges, as well as color patterns using prisms and macro still life using ordinary tiny objects like a pen spring. Below is a timestamped list of the specific ideas if you want to skip around.

0:06 – DIY Macro Diffuser
1:23 – Textures
1:52 – Depth of Field
2:44 – Macro Still Life
3:09 – Color Macro

Articles: Digital Photography Review (dpreview.com)

 
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Report: ‘Photographer’ among 2018’s worst jobs due to rise of freelancing, smartphones

23 Apr

CareerCast has published its 2018 Jobs Rated Report, which provides a ‘general snapshot’ of 220 careers based on certain ‘key criteria,’ including stress levels, work environment, growth outlook, and income. The report lists the best and worst careers of 2018 based on these factors; included in the ‘worst’ category is photography.

The career of ‘photographer’ is listed as #25 among CareerCast’s ranking of 2018’s worst careers, falling behind other roles like ‘enlisted military personnel,’ ‘newspaper reporter,’ and ‘disc jockey.’ Factors that negatively influence career ranking include high stress levels, danger, low pay, and poor outlook.

As far as photography goes, CareerCast noted an annual median wage of $ 34,000 for photographers working in the US last year, which is slightly lower than the nation’s median wage across all jobs of $ 37,690. As well, the company projects photography as a career will experience negative growth of -5.6% from 2016 to 2026.

An increase in smartphones, which make the field more accessible to non-professionals, as well as an uptick in the corporate use of freelancers are cited as issues impacting the career’s projected negative growth over the next decade. As freelancers are increasingly used, the photography industry has seen an elimination of salaried photographer positions.

In contrast, ‘mathematician,’ ‘genetic counsellor’ and ‘university professor’ are listed among the report’s best careers.

Articles: Digital Photography Review (dpreview.com)

 
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Huawei P30 Pro video teardown lets us peek inside the 5x periscope-style tele lens

22 Apr

We have already seen reports on the components used in the Huawei P30 Pro’s innovative multi-camera setup. Thanks to a new video-teardown by Youtuber JerryRigEverything we are now getting a very detailed look at the camera and especially the periscope-style 5x tele lens and its internal components.

Looking at the video it is quite impressive how Huawei has managed to squeeze this much technology into the P30 Pro’s thin smartphone body, particularly considering that the huge 4200 mAh is taking up a large proportion of the available space.

The only way to achieve a 5x optical zoom factor was to install the tele-module sideways inside the phone, using a 90-degree mirror to divert incoming light into the lens and onto the sensor. The Huawei is the first phone to use this technology but most certainly not the last. Unfortunately the tele-lens is being sacrificed in the process of recording the video but given the close looks we are getting at the internals it’s all worth it.

Fast forward to 5:36 in the video if you want to jump directly to the section about the camera module.

Articles: Digital Photography Review (dpreview.com)

 
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Seeing into space: Cosmic Microscapes with photographer Neil Buckland

22 Apr
A slice of meteorite, sandwiched between two linear polarizers.

Neil Buckland is obsessed with detail. For more than fifteen years, the Seattle-based photographer has been doing stitched landscape photography composed of dozens of images, captured on everything from Micro Four Thirds cameras all the way up to medium format. These days, he’s become enamored with a new type of landscape – one that is very, very small. It also happens to come from space.

“I’ve always been fascinated with abstract photography of ordinary things,” Buckland says. “There’s beauty everywhere, and I especially love using macro lenses to reveal more detail than I can see with my eyes – an extension of seeing more detail is capturing more resolution, more clarity, more information.”

When it comes to his newest work, which he’s titled Cosmic Microscapes, the objects of Buckland’s abstract photography are anything but ordinary. They’re impossibly thin slices (i.e. 30 microns ‘thick’ – human hair averages 90 microns) of formerly space-faring objects that have crashed into Earth over the millennia. And though most of these slides are around 0.75″x1.5″ in size, Buckland is making prints from them that are around 12 feet wide and even larger.

By rotating the polarizers, Buckland can alter the visible colors seen through the sample.

I had a chance to sit down with Buckland in his studio in south Seattle to discuss not only how this project came to be, but also how he manages to produce these images – and this insane amount of detail – on a fully custom-built rig.

‘The depth-of-field is 3.5 microns thick’

It all started when Dr. Tony Irving of the University of Washington first came to Buckland’s studio three years ago to have meteorite slices photographed for a scientific presentation. At that time, Buckland didn’t know what this project would grow into.

Buckland’s rig is almost entirely custom-made for this specific purpose.

“The first time I looked at [the slide], I thought, ‘okay, nothing special,'” Buckland said. Then, Dr. Irving used two linear polarizing filters to pass cross-polarized light through it. “What is this magic? With the cross-polarized light, you get these crazy colors you never knew existed,” Buckland said. The colors tell scientists a lot about the chemical composition of what they’re looking at – but they also happen to be stunningly beautiful.

Buckland started out using a standard macro lens on a Pentax K-1 DSLR, and while this served him well enough for Dr. Irving’s scientific presentations, one thing led to another – and another. He soon bought a Venus Optics 2.5x-5x macro lens, but that also wasn’t enough.

Buckland must make incredibly fine adjustments to ensure precise focus across a 1.5″ specimen.

After months of tinkering, Buckland found what he was really after: a 10x microscope objective, mounted to his camera via a custom-made adapter, with the camera on a custom-made reinforced metal mounting base that weighs in at around 50 lbs. Despite the concrete construction of his studio building, Buckland couldn’t work with a lighter stand. “My biggest, heaviest tripod was useless,” Buckland said. “A UPS truck would pass by and I’d see the camera live view shake like crazy.” And when you’re using Pentax’s Pixel Shift technology at this level of magnification, you need absolute and complete stability.

This is because a 10x microscope objective is more magnified than you might think. “I’m only seeing 2 millimeters square of the slide,” Buckland said, which is about what you’d see looking through the microscope with your own eye. “But I want to see the whole thing,” Buckland said, and so he captures 300 to 400 2x2mm tiles and stitches them together. The capturing process can take up to 4 hours per slide, and focusing alone can take an hour or so. The depth-of-field is only around 3.5 microns(!), so precise calibration is necessary to ensure the whole slide stays in focus throughout the capture process.

Buckland takes a break from lining up his camera to pose for a portrait.

“I’ve looked at these slices my entire career, and no one has ever really been able to see more than one or two millimeters of the thing at a time [with this detail],” said Dr. Irving. “When you take a slide and you look at it as a geologist, you move it around. But when you move, you lose the context. So there is a practical aspect that these images make for an enhancement of scientific study.”

The images already look amazing on a 65″ OLED monitor in Buckland’s studio, but of course, on the digital display you can still zoom in to see greater detail – and just keep zooming. But then you’re moving around again, and losing context. So how do you avoid that? You make prints. Really, really big prints.

Seeing the whole picture

Neil and his pup, Brian, next to a print in his studio.

As referenced earlier, one of Buckland’s specialties is stitched panoramic images of vast natural landscapes. The creation of these images was largely inspired by Thomas Hill’s early paintings of what would become some of the United States’ most treasured national parks.

“I’m obsessed with detail. When I make these giant landscape prints, I want you to stand in front of them and feel like you’re there,” Buckland said. “With this custom rig, I can do that with a micro subject – not just giant landscapes.” Thus, the name ‘microscape’ was born.

Here’s a sampling of some low-res images of Buckland’s meteorite work (and you can see far more here).

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After spending anywhere from 6 to 10 hours capturing, stitching and cleaning up a meteorite image, Buckland selects a relatively small crop for a final print. His Canon wide-format printer is limited to prints 44 inches wide, so for a 12-foot-wide print, he has to divide the image into strips. These are then painstakingly cut and mounted together, with careful attention paid to a lack of visible seams between the strips. And even though they’re enormous, the detail isn’t exactly lacking.

After all, prints that large can often fall apart when you’re too close – they’re meant to be viewed at a distance. “That doesn’t work for me,” Buckland said. “I want you to get really, really close to my prints – you can’t get too close, because your eyes won’t be able to focus at that point.” Dr. Irving said that, aside from the educational advantages, “if you have the time to stand in front of it, you can really appreciate it – like all art.”

What’s next

A gallery visitor lingers in front of Buckland’s more modest-sized 30 x 40″ prints.
Photo by Nate Gowdy | Courtesy Neil Buckland

Dr. Irving continues to bring more samples to Buckland, who continues to photograph them in staggering detail. But Buckland isn’t satisfied yet. In addition to a newly opened gallery showing in Seattle, Buckland aims to produce a traveling exhibition of mammoth prints to be shown at natural history museums and continues to tinker with his photography setup for even better results – including considering Panasonic’s Lumix S1R and its 187MP high-res mode. But in the meantime?

“I just ordered a 20x microscope objective, which would probably quadruple the number of tiles – which is totally insane.” Buckland said. “There’s just no logical reason to capture that much detail!” he laughs.

So I ask, why do it then? He points to an enormous, stitched image of El Capitan at sunrise in Yosemite national park hanging prominently in his studio. “Why would you climb such a thing? Because it’s there.”


Neil Buckland is a photographer based in Seattle who specializes in nature, portrait and product photography. He also runs educational workshops, both at his REDred Photo studio and on location around the world.

Articles: Digital Photography Review (dpreview.com)

 
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Tokina announces new 100mm F2.8 1:1 macro lens for Sony E mount cameras

22 Apr

Tokina has announced the FiRIN 100m F2.8 FE Macro Lens for Sony E mount camera systems.

The lens is constructed of nine elements in eight groups and features a nine blade aperture diaphragm. It features 1:1 maximum magnification, has a minimum focusing distance of 30cm (11.8in), uses a 55mm front filter thread and includes a printed magnification scale on the extending lens barrel to add an extra visual queue when composing shots.

The lens measures in at 123mm (4.84in) long by 74mm (2.91in) diameter and it weighs 570g (1.3lbs). The Tokina FiRIN 100m F2.8 FE Macro Lens is listed for pre-order at B&H for $ 599. Included in the box is the lens, front and rear lens caps, a BH-533 lens hood and a manual.

Articles: Digital Photography Review (dpreview.com)

 
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