Want to see how far DSLRs have come in the past decade? Lee Morris of Fstoppers published these two photos taken at Super Bowl halftime shows. The crop on the left was captured in 2001, possibly with the Nikon D1H at 2.7 megapixels and ISO 800 (state of the art specs at the time). The slice on the right was from this past weekend, and was shot with a Nikon D3s at 12MP and ISO 12,800.
Image credits: Photographs by Lonny Krasnow/AP and FilmMagic
For those of you who are interested in the business and technology side of things, here’s an interesting 45-minute interview in which Digg founder Kevin Rose chats with Instagram founder Kevin Systrom:
They chat about Systrom’s growing up with computers, his time spent at Stanford, and landing an internship at a startup destined to be worth billions. This ultimately led to launching Instagram which is now 15 million users strong and one of the fastest growing social networks on the planet!
German scientists have been awarded a Guinness World Record for “fastest movie” after successfully capturing two images of an X-ray laser beam 50 femtoseconds apart. One femtosecond is equal to one quadrillionth (or one millionth of one billionth) of a second. Here’s some science talk explaining it:
[...] the scientists split the X-ray laser beam into two flashes and sent one of them via a detour of only 0.015 millimetres, making it arrive 50 femtoseconds later than the first one. Since no detector can be read out so fast, the scientists stored both images as superimposed holograms, allowing the subsequent reconstruction of the single images.
With these experiments, the scientists showed that this record slow motion is achievable. However, they did not only take the world’s fastest but probably also the shortest film – with just two images. Thus, additional development work is necessary for the use of this method in practice. [#]
Yesterday we wrote that Steve Jobs had been interested in Lytro‘s novel camera technology during the final years of his life. PC World did an interview with Lytro executive chairman Charles Chi, who seems to indicate that Lytro is very open to the idea of partnering with cell phone makers and licensing light field technology to them:
If we were to apply the technology in smartphones, that ecosystem is, of course, very complex, with some very large players there. It’s an industry that’s very different and driven based on operational excellence. For us to compete in there, we’d have to be a very different kind of company. So if we were to enter that space, it would definitely be through a partnership and a codevelopment of the technology, and ultimately some kind of licensing with the appropriate partner.
He also states that Lytro has “the capital to do that, the capability in the company to do that, and… the vision to execute.” If Apple were to form an exclusive partnership with Lytro for its iPhone cameras, light field photography would instantly be adopted by the millions of people who purchase the phones every year. That’d definitely be a huge shift in the way people take pictures.
Perhaps lost amidst the excitement over new cameras at CES 2012 earlier this month was the SD Association’s unveiling of a new Wi-Fi data transfer standard. This new specification should make it easier for other memory card manufacturers to jump into the Wi-Fi-capable memory card game — an arena currently dominated by Eye-Fi (and more recently Toshiba).
Eye-Fi is, predictably, not happy with this latest development. The company is itself part of the SD Association, but has chosen not to back the standard. In a blog post published last week, CEO Yuval Koren argues that any company implementing the new standard would violate Eye-Fi’s patents for technology that took “tens of millions of dollars and several years” to create.
Canon’s latest compact cameras at CES this year have some fancy new facial recognition features that assist in portrait shots. Up to 12 people can be stored in the camera. Simply snap a photo of your friends face, provide the friend’s name (and birthday if you wish), and the camera will recognize your friend from that point forward. In group shots, the camera will give your friends’ faces preferential treatment, making sure that they’re properly in focus and exposed. Read the rest of this entry »
Casio is showing off a crazy 2D to 3D conversion service at CES that turns ordinary photographs into three-dimensional sculptures. The service takes a photograph, calculates depth using some fancy technology, and then prints out the result using a proprietary 3D printer. The examples they’re showing off aren’t too flattering though — the dog and cat sample photos were turned into sculptures that look like transdimensional taxidermy.
This photo shows what 5MB of hard drive storage looked like in 1956. The IBM 305 RAMAC hard disk was state of the art, weighed just shy of a ton, required a forklift to be carried around, and was composed of 50 separate 24-inch discs that occupied 16 square feet. The annual cost of using it was a staggering $35,000 — steep even in today’s money. Nowadays most RAW photos outweigh the storage capabilities of that behemoth of an external hard drive…
Olympus has something big up its sleeve. In an interview with Impressjapan, manager Mr. Ogawa revealed that the company is working on a new mirrorless camera that features an “epoch-making” viewfinder — presumably one that’s even more advanced than the hybrid viewfinder found on the Fujifilm X100. The upcoming viewfinder sounds like it’ll also be some kind of fusion between electronic and optical. There’s not much that’s know about the technology at the moment, but we should be hearing more about it very soon.
Here’s an interesting look at the amazing camera being developed at MIT that shoots a staggering one trillion frames per second — fast enough to create footage of light traveling:
[...] the researchers were able to create slow-motion movies, showing what appears to be a bullet of light that moves from one end of the bottle to the other [...] Each horizontal line is exposed for just 1.71 picoseconds, or trillionths of a second, Dr. Raskar said — enough time for the laser beam to travel less than half a millimeter through the fluid inside the bottle.
To create a movie of the event, the researchers record about 500 frames in just under a nanosecond, or a billionth of a second. Because each individual movie has a very narrow field of view, they repeat the process a number of times, scanning it vertically to build a complete scene that shows the beam moving from one end of the bottle, bouncing off the cap and then scattering back through the fluid. If a bullet were tracked in the same fashion moving through the same fluid, the resulting movie would last three years. [#]
They believe that the technology may one day be useful for medicine, industry, science, or even consumer photography.
