Tuesday, 12 June 2018

Colour infrared photos from Normandy

Despite Kodak discontinuing their colour infrared Ektachrome film several years ago, some photographer have found ways to continue shooting false colour infrared images on film. An enterprising photographer in Germany, Dean Bennici, has sourced, trimmed, and then sold stock of Aerochrome over the past few years. He has recently been offering a negative false colour film, known only as CIR. This is still (just) available and is a 120 roll film. The larger image size makes a serious difference for this kind of image as photographer like Richard Mosse and Ed Thompson have demonstrated.

I recently came across the work of Lynda Laird, who has used that CIR film to document what remains of the coastal bunkers that were part of the defences along the Normandy coast. You can find her photographs on her web site, and here is an example. As you can see, the film produces very nice results.


Where the film originated is a bit of a mystery. Dean tells me his source was in Russia, but there were no identifying markings on either the canisters or on the film itself. My personal feeling is that it is either Russian or, maybe, from the erstwhile East Germany. I have a document on Soviet Russian infrared technology and I must dig through it to see if there are any clues. After all, there was the extraordinary infrared movie, Soy Cuba, shot by Cubans and Russians using Soviet military-grade infrared B+W film in the 1960s.

Wednesday, 30 May 2018

Laurie Klein Infrared Photography Webinar

A couple of the best current books on the techniques of infrared photography are those authored (Photographing the Female Form with Digital Infrared), or co-authored (Infrared Photography: Artistic Techniques for Brilliant Images), by Laurie Klein.

In early June she will be hosting a live, free, webinar where she ...
"will be showing you the signature look of Infrared Photography. She has spent decades perfecting her craft and now it's your turn to discover this unique style of capturing and enhancing Infrared images".
Laurie will cover what infrared photography is and why you might want to choose it, getting started with taking the images and how to post-process for the best results using Skylum's Luminar software. Virtual attendees also get a free set of presets.

It's on Wednesday June 13th 2018 starting at 0900 West Coast USA, 1200 East Coast, 1700 UK and 1800 European time. You can find more information, and register, through Skylum on this web page.

Wednesday, 18 April 2018

Infrared photos on 'Britain from Above'

My attention was recently drawn to an amazing, and freely viewable, archive of aerial images on the Britain from Above site. This features images from the Aerofilms collection of 1.26 million negatives dating from 1919 to 2006 which also includes the AeroPictorial (1934-1960) and Airviews (1947-1991) collections.

As you probably expect, I tried a search on infrared and up came 39 hits, all from the 1930s. This is the link to that search and here is an example image ...


The photograph shows the River Thames in London from Westminster Bridge to the sea, seen from the west, and was taken in 1934.

As with all the images here, there is some patterning from the original negatives but they look to have been taken from the open cockpit of a biplane (wing struts are visible in some) and date from 1932, 1934 and 1937. In 1932, off-the-shelf infrared plates were just appearing in shops, from Kodak and Ilford (and possibly others) so this is really early days. The earliest images in the collection predate the aerial shots published in the Times, and are not of such good quality, but I count them as historic nonetheless.

If you're interested in further aerial infrared adventures from the 1930s then please check out my post Biggles shoots infrared photographs over Mount Everest.

Tuesday, 27 February 2018

Artistic thermography

I have always wanted to have the opportunity to take images with a high resolution thermal camera. Some time ago I did do some shooting with the small Flir thermal imager that fits onto an iPhone, the Flir One, but this only has a thermal resolution of 80 by 60 pixels. My chance to experiment with a higher resolution device at IBC was thwarted by the courier company who sent it to Brussels instead of Amsterdam.

So in full envy mode I saw an excellent set of thermal images in the Guardian today. It's not easy to be artistic given the nature of the bizarre world of the far infrared, but photographer Grey Hutton has done just that. He also understands just how far infrared radiation behaves ... and, no, you can not see through walls or even glass.

I recommend you look at his images, both on the Guardian web site - Traces of warmth: thermal images of London's homeless - and his own website at www.greyhutton.com. He promises some thermal images from Berlin later, so we should keep checking. To be honest, his are the best artistic thermal images I have ever seen, and a poignant way to document homelessness at a really cold time.

In a similar vein I also found 328 of Joseph Giacomin's thermal images on the Getty stock photo site. If you search for infrared on the Getty site you will find quite a few nice images, mostly near-infrared. Here is one of Joseph's:

Embed from Getty Images

It looks as if the game is afoot for artistic thermography, despite the equipment being tens of thousands in cost. Glad to see it.

[March 21st: Grey's images from Berlin are now on his web site]

Monday, 26 February 2018

Near infrared optical coherence tomography

I recently had a bit of a false alarm, or a false positive in data terms, with my eyes. A routine eye test threw up a structural condition that could result in glaucoma and so I was sent off to visit a specialist eye clinic. As I said, the problem wasn't actually there, but in the course of the test I came across a use of near-infrared light that was new to me: OCT or Optical Coherence Tomography.

The test experience was somewhat like that slit-scan sequence from the movie 2001, with me seeing moving rectangles and triangles expanding and contracting in my field of view. The result was a cross-sectional view of my retinas looking something like this:


This is an OCT scan of the cross-section of a retina at 800nm with an axial resolution of 3µm. Near infrared will easily penetrate a few millimetres into human tissue and by using a pulsed laser and a lot of computing an image of this type (described as being like 'visual ultrasound') can be built up. If you want to see the techicalities (and some maths) then check out the Wikipedia entry. The particular equipment used for my test was by a company named Optovue.

[Image is copyright: GNU-FDL, origin medOCT-group, Dept of Med. Physics, Med. Univ. Vienna, Austria, 2004 via Wikipedia]