The quality of a DSLR in a camera that fits in your pocket – that’s what camera startup Light promises with the just announced L16, the world’s first multi-aperture computational compact camera, which is made up of 16 individual camera modules.
So your Lytro Illum has finally arrived – now what? In many respects, light field photography is fundamentally different from traditional photography, and the switch from one to the other may not be an easy one for everybody.
Josh Anon, nature photographer and former Senior Product Manager at Lytro, recently published a new ebook titled “Using Lytro Illum – a Guide to Creating Great Living Pictures“.
Using LYTRO ILLUM provides a comprehensive overview of the Lytro ecosystem. Endorsed by Lytro, Inc., this book covers everything from what the light field is to how to take advantage of the Lytro button while shooting to how to edit your pictures outside of Lytro Desktop. It’s the one guide that will take you from novice to living picture expert!
We had a closer look at whether the book delivers what the title promises, and in this article, we’ll tell you what we think.
The German light field specialists at Raytrix have just released a software package called LightFieldViewer.
The company doesn’t provide much information on the software, but we’ve given it a quick play-around and here’s what we found: Continue reading
As much potential as light field technology has, Lytro is – until now – the only company actually going that way with consumer cameras.
Now, according to Canon Rumors, Canon may be one of the first “big” camera makers working on integrating light field features into DSLR and Point-and-Shoot cameras:
We’re told that Canon is working to implement depth of field control in upcoming PowerShot and Rebel DSLRs. Continue reading
One of the most exciting fields in science where light field imaging (or plenoptic imaging) has a great potential is microscopy: Not only is the depth of field very limited in microscopy, it also enables us to observe things much smaller than what the eye can see. Extended depth of field and 3D reconstruction would offer many opportunities, such as to better understand the three-dimensional internal structure of plant- or animal cells and tissues, to name just one example.
3D imaging using multi-camera approaches is very difficult in microscopy due to space limitations and the strong effects of parallax, but light field imaging can solve these problems. Until now, however, light field microscopy is still largely defined by resource-intensive post-processing, which limits real-time applications and observations.
In a recent publication in the journal Optics Express, researchers from Seoul National University and Harvard Medical School in Boston present a novel light field microscopy system that enables light field microscopy with real-time 3D display. Continue reading