Canon is showing off all sorts of crazy hardware at Canon Expo 2010 over in NYC. One of them is an omnidirectional camera (shown above) that shoots a 360° photograph in a single exposure. It creates the seamless panoramas using a 50 megapixel CMOS sensor and an aspheric mirror.

Note that this is a 360 degree panorama on a single plane, as if you used a tripod and turned it in every direction. I wonder how long it will be until there’s a camera that can literally shoot in every direction (i.e. up and down) to create a spherical panorama with single exposures. Maybe we’ll have spherical sensors and cameras in the future that somehow levitate and beam photos wirelessly?

(via Gizmodo)

Image credit: Photograph by Gizmodo

A week ago Canon announced the development of a APS-H CMOS sensor that delivers a staggering 120 megapixels. Not content with ruling the megapixel race, they’ve just announced a physically gigantic sensor — the largest CMOS sensor in the world.

In the photo above, the sensor is shown next to a standard 35mm full frame sensor. The thing measures 202 x 205 mm (or 7.95 x 8.07 inches), or 40 times the size of current sensors, and is extremely sensitive. It can supposedly record 60fps video under moonlight. Potential applications of this kind of sensor include capturing the night sky and documenting nocturnal animal behavior, though (like the 120MP sensor) you probably shouldn’t expect this to hit the consumer market anytime in the near or semi-distant future.

Olympus recently filed a patent in Japan for a novel lens feature that shakes the front element in order to remove droplets of water.

Filters would obviously render the shaking feature useless on a DSLR system, but for a smaller compact camera designed to be waterproof and rugged, this feature would probably come in handy.

The patent also seems to indicate that the shaking would occur during autofocusing, so the lens would be cleared of water immediately before the camera exposes a shot.

What are your thoughts on this potential future feature?

(via Photo Rumors)

Another Nikon patent discovered recently provides yet another sneak peek at their yet-to-be-announced mirrorless, interchangeable lens camera.

This one seems to be for some sort of system that protects the inside of the camera body from dust and foreign objects when the lens is removed. It does make sense though, and I wonder why DSLR bodies don’t already do this?

It would be great if the camera automatically closed some sort of protective barrier whenever it detected that the lens was being removed. If you needed to actually see the innards of the camera, you could expose it via some option inside the menus, similar to how the sensor is exposed on DSLRs. Thoughts?
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At SIGGRAPH 2010 in Los Angeles last month, Microsoft researchers showed off some new technology that improves existing digital blur reduction techniques by outfitting a camera with motion detecting sensors.

The team created an off-the-shelf hardware attachment consisting of a three-axis accelerometer, three gyroscopes, and a Bluetooth radio, attaching the setup to a Canon 1Ds Mark III camera. The researchers then created a software algorithm to use the motion information captured during the exposure to do “dense, per-pixel spatially-varying image deblurring”.
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We’ve already got plenty of gadgets designed to facilitate photography: there’s auto-focus, face detection, and some crazy features in Photoshop that can effortlessly add and remove entire elements (and people) in photographs. So now why not have a camera that tells you whether you’re taking an aesthetically pleasing photograph?

Designer Andrew Kupresanin created this project camera that utilizes the Aesthetic Quality Inference Engine Acquine to judge photo quality even before you take a photograph. The screen in the back of the camera simply shows a percentage rating, in lieu of an LCD display. The camera is actually a Nokia N73 camera connected with a Mac over Bluetooth. Kupresanin seems to be using his experimental project to make a poignant statement about the automation of photography and aesthetics. Kupresanin says on his site:

Within pop culture and society artificial intelligence has been a topic that is approached with hope, fear, cynicism, curiosity and caution. However many intelligent devices have already been effortlessly absorbed into our culture and everyday lives.

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Canon announced today that five upcoming models of the Canon PIXMA printers will feature a “full HD movie print” feature that allows users to print individual frames from their HD movies. The big catch is that the HD movie files have to be .MOV file format created by certain Canon cameras only. The company has yet to release sample prints using the feature.

Other notable features on some of these models include their Wi-Fi capabilities, allowing the printers to access both the Internet and local networks. Also with the Wi-Fi models, Android OS, iPhone, iPad and iPod users can usethe Canon Easy-PhotoPrint app to print camera photos directly from their phones. The wireless models start at $80.

Most of the new printers will also include access to exclusive content on Canon’s CREATIVE PARK, which is a nifty creative site with project ideas, templates, and cards, as well as cool 3D paper craft projects.