June 22nd, 2011

Video: Virtual Idol Hatsune Miku Pops Up As Hologram On 3D Table-Top Display

Do you remember the fvision, the amazing 3D tabletop display that we’ve shown you last year? Thanks to 96 projectors arranged in a circle, the device produces 3D images that multiple viewers can see from different angles – no glass case, 3D glasses or other extra equipment needed. And now the NICT, Japan’s National Institute of Information and Communications Technology, found a way to showcase… → Read More

December 27th, 2010

Apple Patent Reveals ‘Pseudo-Holographic’ Display

It’s bare bones Monday, amigos. Most normal people have taken this week off, and snow has crippled the entire north-east of the U.S. It’s chaos! So let’s transition to an Apple story. Jobs’ mighty company has recently filed for a patent for a device that would display images holographically and without the need for glasses. This could be good, or it could be just one of the 8 zillion patents big… → Read More

July 22nd, 2010

Next step in 3D tech: Computer-synthesized holograms (video)

Our friends over at Tokyo-based DigInfoNews are calling it the “ultimate in 3D images”: computer-synthesized holograms. And in fact, the video they shot at Kansai University in Osaka shows some amazing tech a team of researchers led by Prof. Kyoji Matsushima is working on. In contrast to conventional holography, the researchers are not using real objects but rather CG images created in 3D. → Read More

March 9th, 2009

DIY: Hand-drawn holograms

I remember playing with holograms as a kid. Bill Beaty, “Science Hobbyist,” can’t get enough of them. Apparently they are not that hard to make yourself. Click on for a vid of a few of Beaty’s holograms. → Read More

February 16th, 2009

Audi employs holographic sales rep

It’s not quite as exciting as you want it to be, but an Audi dealership in Sydney has added a hologram of sorts to its sales department. It’s not projected by a maintenance droid and it’s probably just a 2-minute loop, but it’s still kind of cool. → Read More

November 5th, 2008

Video: CNN's 3D hologram looks sorta weird (but that's OK)

As Señor Arrington alluded to, CNN rolled out its 3D hologram-thing during its election coverage last night. Thirty-five HD cameras are filming the reporter, Jessica Yellin, which then send the images back to producers in New York. The technology was developed by these guys. (CNN’s “Magic Wall,” if you’re interested, was developed by a company called Perceptive Pixel, which was… → Read More

November 4th, 2008

Help me, Wolf Blitzer, you're our only hope

CNN is cool. In addition to the huge touchscreen “Magic Wall” (which was originally military technology), CNN’s Wolf Blitzer gets to play with Holograms today during their coverage of the presidential elections. CNN’s Jessica Yellin is the guinea pig, appearing virtually with Blitzer. Read more… → Read More

November 4th, 2008

CNN to use 3D holograms as part of its election coverage tonight

In addition to listening to Ron and Fez tonight, you may want to check out CNN even if Fox News is your preferred network. Why is that? Oh, just the fact that they’ll be using 3D holograms to talk to people “in-studio.” It’s just like Star Wars, the movie series that passed its sell-by date some time ago. Says USA Today, the mouthpiece of America’s third grade education… → Read More

November 3rd, 2008

Surprise! Holographic storage hardware delayed

The only thing that surprises me about this holographic storage medium being delayed is that it’s being delayed till 2009 and not 2029. I remember reading about the idea some time ago in some rag like SciAm or New Scientist and it was being trumped as a major breakthrough, but I figured it was one of those breakthroughs that never takes off. That remains to be seen, but I’m impressed… → Read More

February 25th, 2008

Star Wars-style holograms coming our way

So some boffins at University of Arizona have created a new holographic medium that allows the user to write, and more importantly, rewrite a holographic image onto it. If I understand correctly, the material is photoreceptive at 532nm, at which an electrical field is created that changes the refractive index of the material at whatever point got shined on. The material will hold an image for… → Read More