Want to see some mind-blowing research into photography (from the mid-2000s)? Check out the video above about "Dual Photography," a Stanford-developed technique that allows you to virtually swap the locations of a camera and a projector, allowing you to take pictures from the perspective of the light source instead of the camera sensor.
You probably already know this if you have older siblings, but a new British study has confirmed it: the first child gets all the camera attention from Mom and Dad.
Researchers at Cornell University recently developed a new piece of software in conjunction with Adobe that could some day help amateurs and professionals alike exert more control over how exactly certain static scenes are lit.
In all art forms; music, writing, architecture, photography, whatever; originality and innovation are the things that produce the best works from the best artists. A lot of advice on how to improve your art focusses on technical and technological aspects; often with a cursory “develop your own style” thrown in somewhere. It’s a difficult thing to explain or teach: how do you develop your vision or style? And how do you know if you’ve found it?
Researchers at a California company specializing in high-speed imaging equipment have developed a camera add-on capable of freezing objects traveling at up to 7,500 miles per hour -- that's almost 10 times the speed of sound.
For a while now, researchers have been trying to remove two things from 3D photos and video: the glasses and the second lens. Some companies have made headway in the area -- think of Samsung's single-lens 3D technology and Panasonic's special single-lens 3D sensor -- but some new research out of Harvard offers a software-based alternative.
Researchers at the California Institute of Technology have come up with an inexpensive way to boost the resolution of common microscopes by a factor of 100, allowing medical clinics in developing countries to conduct complex tests with existing equipment.
3D modeling for movies and video games is often done using lasers. The modeler scans whatever it is they are trying to reconstruct using a laser and then ends up spending a good bit of time cleaning up the results in post. In contrast, a new method developed by the folks at Disney Zurich promises to generate much more accurate results by replacing the lasers with photos.
Here's yet another example of how technology used in space can help us earthlings in other ways. A partnership between scientists at Cardiff University and the UK Astronomy Technology Center has yielded a prototype device that can help detect Age-Related Macular Degeneration (otherwise known as AMD) -- a common form of sight loss -- using camera technology designed originally for use on space telescopes.
Can you trust camera reviews submitted by customers of online retailers? Not entirely, suggests a new academic study, and not for the reasons you might think.
Wildlife researchers now have a much clearer idea of how bats fly, thanks to the wicked-looking X-Ray video above that shows the animal's skeleton at work.
First Lytro tried to make focusing irrelevant, and now an MIT project wants to make choosing a camera angle a thing of the past.
Aydin Arpa, a reserarcher at MIT's Media Lab, recently presented a paper on CrowdCam, an app in development that would combine images taken from multiple perspectives into a seamless visual field where you could change the perspective just by swiping your finger on the screen.
You might remember the photo above from last year. For a while, it circulated the web like mad, claiming to show Hurricane Sandy bearing down menacingly on the Statue of Liberty. But if you've read our previous coverage on the photo, you'll know that it is, in fact, a fake -- a composite of a Statue of Liberty picture and a well-known photo by weather photographer Mike Hollingshead.
Photo fakes like this wind up going viral online all the time, often helped along by Twitter where retweet upon retweet puts it in front of thousands of unsuspecting people. Having had enough, a group of researchers from the University of Maryland, IBM Research Labs and the Indraprastha Institute of Information Technology are trying to do something about it.
Why is it that some photographs go viral online while others are left by the digital wayside? Are there certain elements in photos that make them more "sharable" to Internet users?
Curalate, a company that creates social media analytics software, decided to tackle this question by analyzing the photographs published by brands to Pinterest.
There's no doubt about the fact that using the camera on your shiny smartphone is killing your battery life. But up until now, it seems like the only proposed solutions have been to work on the battery itself instead of looking at the camera.
Researchers at both Microsoft and Rice University think they've come up with a solution that will make your gadget's camera far more energy efficient by focusing on the camera's sensor and the power it uses.
Think subject tracking in camera is impressive? Future Canon digital cameras may have image stabilization systems that can track stars. At least, that's what a recently published Canon patent seems to suggest. The company may also be working on technology that can produce higher resolution photographs by shifting the camera sensor.
Back in 2010, Nokia created "the world's smallest stop-motion video" using its new N8 smartphone and a tiny 9mm-tall figure of a girl. If you think 9mm is tiny, try 1/25,000,000th of a inch!
Today, IBM scientists announced that they have created the world's smallest movie. Unlike the previous record holder, this one will be extremely difficult to beat. The stop-motion movie was made using individual atoms.
A team of researchers at Heriot-Watt University in Edinburgh have developed a new laser camera system that can take extremely precise 3D depth scan images from up to a kilometer away (0.62 miles). An impressive advancement in laser imaging, the camera uses a low power infrared laser beam to create 3D images precise to the millimeter.
Recently published patent applications filed by Nikon offer a glimpse into what the company may be working on for future DSLRs and mirrorless cameras. The three technologies spotted are: illuminated lens mounts, dual lens contacts, and a hybrid viewfinder.
New cameras are like new computers. Both of them depreciate quite quickly as new technologies and new models are churned out year after year. This presents a perpetual problem for photographers, as many constantly grapple with the question of whether to upgrade their camera to a more recent model, or whether to purchase a higher-end model so that it keeps its value longer.
Market research software company Terapeak recently did a study that looks at depreciation in Canon EOS DSLRs. The results are pretty interesting.
An interesting new video-based interface technology developed in Hong Kong promises to make stop-motion animation more accessible to beginners, while making it that much easier for the pros as well.
It doesn't have an official name, but when used in combination with traditional techniques, the new interface could help take your stop-motion animation to the next level.
Lenses and sensors weren't the only camera components miniaturized and dumbed down when digital photography jumped over into the world of smartphones: flashes did too. In order to fit everything into a tiny package, smartphone makers have largely opted for LED flashes in their phones rather than the bigger and bulkier xenon flashtubes found in proper digital cameras (a notable exception is the Nokia PureView 808). That may soon change.
Scientists in Singapore have developed a new capacitor that may lead to more powerful xenon flash units replacing the LED flashes found in consumer smartphones.
Talking to computers is one of the exciting new trends that's emerging in the tech world, and in the future we may find ourselves casually talking to our gadgets as we go about our lives. One application of this that you may never have considered is photo editing: what if you could post-process your photographs simply by telling an image editor what you would like done to the images?
That's exactly what scientists are currently working on, and the research is further along than you might think. They're already playing around with a prototype version of an app -- one called PixelTone.
At the CP+ show in Japan, Ricoh is showing off a new camera prototype its developing that can capture full 360-degree immersive photographs with a singel push of the shutter. The omnidirectional camera looks like a cross between an electric toothbrush and a hammerhead shark. Lift it up into the air, press a button, and it will capture an image that shows every direction around you.
Panasonic is claiming a major breakthrough in the world of camera sensors, saying that it has doubled the color sensitivity with a new technology called 'Micro Color Splitters.'
Scientists at the University of Utah are using what's called the Multi Angle Snowflake Camera (MASC) to shoot stereoscopic photographs of snowflakes as they fall to Earth.
Reikan Technology, the company behind the FoCal automatic lens calibration tool, tells us that it has released a new web-based tool for researching the performance of camera and lens combinations.
Could memory cards and hard drives one day store massive numbers of digital photographs on DNA rather than chips and platters? Possibly, and scientists are trying to make that happen.
Last year, we reported that a group of researchers had successfully stored 700 terabytes of data on a single gram of DNA. The data being stored that time was a book written by one of the geneticists. Now, a new research effort has succeeded in storing something that's a bit more relevant to this blog: a photograph.
Google has been working some time now on a camera-equipped device that's worn over (or above) the eye. Olympus has something similar going on, but instead of a full-fledged camera, their device only serves as an external viewfinder for a separate digital camera.
When consumer electronic products have photographs leaked to the world prior to their official announcements, they're often blurry shots that appear to have been taken with a quick snap of a smartphone camera by some not-so-loyal employee or factory worker. Blackberry maker RIM wants to help companies who value privacy plug up these leaks, and has created a smartphone feature that is meant to make snapping stealthy shots a much more difficult thing to do.
Electronic viewfinders have become all the rage as of late through the rise of the mirrorless camera, but many photographers still prefer optical viewfinders due to certain weaknesses of EVFs. One major drawback is the fact that the scene is often laggy, especially in low-light situations, making it difficult to track a moving subject.
Nikon is apparently trying to combine the best of the OVF and EVF worlds by developing a new giant viewfinder that's see-through.
Lytro is currently the only camera on the market that lets you refocus photographs after they're shot, thanks to its fancy schmancy (and proprietary) light field technology, but it won't be the only one for long. Toshiba is reportedly developing its own Lytro-style camera that will target a different segment of the photography market: smartphone and tablet photographers.
Researchers at the University of Leuven in Belgium are embarking on an interesting mission, and they need the help of willing photographers. What they're attempting to do is create a database of photos based on how they make the viewer feel. The project and website, dubbed Pictures With Feelings, can then be used to further our knowledge about human emotion and how specific moods come about. Where you folks come is in providing the most emotionally stimulating images buried in your archives.
Whoa... Big news on the camera patent scouting front today: Nikon appears to be tinkering with the idea with creating a special 35mm SLR replacement back that would turn a film camera into a digital camera!
We live in a world that's teeming with digital photographs. More photos are now uploaded every two minutes than were created during the entire 1800s. Facebook is seeing thousands of photographs uploaded to its servers every second of the day, and Instagram was flooded with 10 storm-related photos per second during Hurricane Sandy.
With such a large quantity of photographs flooding the web, it's clear that visual data mining will be an in-demand market in the coming years as more and more people look to glean valuable images from the torrent of useless pixels. One of the companies trying to occupy this space is CrowdOptic, a San Francisco-based startup that's building some pretty interesting location-based photo curation technologies.
We've all used a little bit of Photoshop magic to take care of a blemish or two when taking portraits, but Sony's newly announced Smart Skin Evaluation Program (SSKEP) is taking on blemishes in a whole new way. The sensor technology, which was announced just a few days ago, can actually go beyond skin-deep and take a peek at blemishes that haven't even surfaced yet.
Auroras are quite popular as a photo subject these days, especially for time-lapse photography, but a team of researchers in Norway recently snapped pictures of one in a way that hasn't been done before: with a hyperspectral camera. The special device can simultaneously capture multiple spectral bands of light. The composite photograph above was created by combining three such bands of light, with each one assigned a different RGB color.
An interesting photographic first has been announced by a scientist at the University of Genoa in Italy. Enzo di Fabrizio revealed the world's very first true photograph that shows the double helix structure of DNA, shown above.
If you have two similar photos of two different people, Photoshopping one face onto the other isn't very difficult. Change that to two video clips of two people talking, and you have a much more challenging task on your hands. That's the problem Harvard University computational photography graduate student Kevin Dale decided to tackle. His research project, titled "Video Face Replacement," introduces a way of doing this "digital face transplant" in a relatively automated way. The demonstration video above shows how effective his technique is at doing the 'shop seamlessly.
For his project titled "Momentum", London/Madrid-based photographer Alejandro Guijarro spent three years visiting a number of the leading quantum mechanic research institutions of the world and photographed the chalkboards there exactly as he found them. The resulting photographs look like intelligent graffiti drawn by some of the brightest minds in science.