Oscar-nominated Swedish filmmaker Ruben Östlund, seen above, delivered some thought-provoking quotes in a new interview for The Guardian, raising interesting questions about the nature of cameras and visual storytelling.
A news agency has lifted the lid on its robotic camera technology used at the World Cup which includes player-tracking technology that's operated via a Playstation controller.
A new technology developed by Panasonic is capable of quickly correcting distortion and tilt from only one image. Using the new method, images shot at an angle or those that are distorted by a wide-angle lens can be instantly corrected.
For the last several years, manufacturers have repeatedly blamed smartphones as the reason the camera market has collapsed so spectacularly, and a recent experience has me now fully understanding this.
As part of a larger announcement at its Mi Developer Conference in Beijing, Xiaomi announced a retractable wide-aperture lens technology that it says will improve its cameras' light-gathering ability by 300%.
After teasing the tech in an ad earlier this week, smartphone maker Vivo has finally revealed details about the "micro-cloud gimbal" stabilization that will be built into the camera on the upcoming X50 Pro. Based on the demos, it looks to be quite a breakthrough.
We crossed the 1 trillion frames-per-second barrier a while back, but a group of Caltech scientists just made another leap. Their new camera doesn't just shoot up to 1 trillion fps, it can do it while capturing transparent objects like neurons and invisible phenomena like shockwaves.
While reading the reaction to our coverage of the Sony a9 II announcement yesterday, one comment really stuck out to me as an excellent summation of a subject that's been buzzing around my mind for about a month now: "Sony reaching the edge of feasible. Now they don't know what to add anymore."
One of the major ways smartphone cameras fall short of even old point-and-shoots is zoom. How are you supposed to squeeze an optical zoom mechanism into that little space? Chinese company OPPO has figured it out.
Sony is making a lot of their new 100mm f/2.8 GM lens with its Smooth Trans Focus technology. But what exactly is this so-called STF, how does it work, and why does it produce smoother bokeh? This short video explains all.
Here's a neat little animation from Harman Technologt, the folks behind the Ilford brand of film, that breaks down exactly how a basic film photography SLR (single lens reflex) camera works.
Curved sensor mania first took over the blogosphere back in 2014 thanks to Sony and their curved creation. But while that sensor never really came to anything worthwhile—although it was used in a "camera"—two Canon patents are sparking interest in this technology once again.
Getting the best possible performance at the edges of a flat camera sensor is tough, but a new patent from Canon shows how the Japanese company is planning to tackle this problem in future Canon image sensors.
Today in interesting scientific breakthroughs, researchers at a university in Germany have managed to 3D-print a three-lens camera the size of a grain of salt. A camera so small it can be injected using a standard syringe.
A report published in the famed journal Science is giving us, perhaps, our first look at the future of optical technology. And that future comes bearing camera lenses that are thinner than a human hair.
In 2014, filmmaker Tom Leveritt used an ultraviolet camera to show people their skin like they'd never seen it before. Now, you can do the same thing with the Sunscreenr: a tiny, waterproof UV camera that is meant to keep you slathering on sunscreen by showing you when you've used enough and where it's worn off.
In the latest installment of "crazy photography innovation to cross our desks," let us introduce you to the "sheet camera" by the engineers at Columbia University. This flexible camera array lets you change field of view by simply bending it.
Researchers Ori Katz, Eran Small, and Yaron Silberberg of the Weizmann Institute in Israel have made a giant leap forward where camera technology is concerned: they have developed a camera system that can both see through things and around corners without using x-rays or complex lasers. Using natural light, a CCD camera and what's referred to as an SLM or spatial light modulator, they're able to take scattered light and pull out a relatively clear image.