Your Apple Cinema Display can hold spare batteries and dongles with magnets built into its face #protip (at Warner Music Group)
- Highlighted by Pete Jelliffe in The Selfish Gene : 30th Anniversary edition by Richard Dawkins
- Highlighted by Pete Jelliffe in The Selfish Gene : 30th Anniversary edition by Richard Dawkins
- Highlighted by Pete Jelliffe in The Selfish Gene : 30th Anniversary edition by Richard Dawkins
12 Game of Thrones House Sigils for the Internet [Click for more]
Behold the mighty clans of Web-steros!
Okay guys, I whipped up a quick one for you guys.
Perfect.
digg:
Tonight.
Am I the only one who didn’t fall for this gimmick? I heard there was a one per customer limit at Whole Foods.
A drizzly stroll through Carroll Gardens
- Highlighted by Pete Jelliffe in Lean UX: Applying Lean Principles to Improve User Experience by Jeff Gothelf
Fundamental operating principle of EyeTap: Rays of light which would have otherwise entered the eye are instead reflected by the diverter. The diverter is typically a double-sided mirror or a beamsplitter. These rays of light are collected by a sensor, typically a CCD camera. This camera data is processed, and the aremac redisplays the image as rays of light. The aremac (the word `camera’ backwards), is a display device which is capable of displaying information at an appropriate depth. These rays reflect again off the diverter, and are then collinear with the rays of light from the scene. Thus the rays of light hitting the sceneward side of the diverter in a sense “pass through” the diverter by passing through the processor and aremac. The user perceives the virtual light. This virtual light can be either the same image, or a computer mediated version of the real world scene, since the virtual light is altered under computer control. (via EyeTap Personal Imaging Lab)
Illustration: Emily Cooper
Mirror, Mirror: Aligning the camera with the wearer’s eye requires an angled, double-sided mirror. Light from the scene reflects off the front of the mirror, sending it to the side and into a camera mounted near the wearer’s nose. The images captured by the camera are computer-processed and then sent to a special display called an aremac (“camera” spelled backward). The aremac shown here uses a point source of light and a spatial light modulator to project images off the back side of the mirror and into the wearer’s eye. The use of a pinhole aremac ensures that the images remain sharp, no matter how the eye’s lens is focused. Click on image to enlarge. (via Steve Mann: My “Augmediated” Life - IEEE Spectrum)
I signed up for Mailbox on February 8th. On their blog, they claim reservations will get filled exponentially faster as time goes on.

source: Mailboxapp.com
Before you’re approved, when you open the app, they display your place in line. I’ve taken screenshots of my number numbers intermittently for the past few weeks, and plotted the results above.
My place in line is the white line between grey and light blue. It shows a clear LINEAR reservation approval process, not exponential. Their approvals aren’t speeding up at all. #firstworldproblems
Also interesting to note is that the waiting list is shrinking. More people are being approved than are signing up. The hype is dying off.
LEGEND
The grey stripe is people behind me
The light blue is people ahead of me
The dark blue is people that have been approved since I reserved my place in line
The total length to the left is everyone on the reservation list at that point in time.
Sometimes when you think the world is a horrible place, just think about how all these wondrous types of cereal once existed.
(via dpstyles)