IBM release the worlds smallest movie

The video below is a little stop-motion animation made by IBM. Why would IBM researchers want to make a movie? So they can demonstrate that they can move individual atoms around - that's correct, the little dots that make up the movie are individual atoms!

The researchers aren't just having a laugh, they're actually trying to discover the smallest number of atoms that can store a bit of data. They're aiming to make an atomic memory data storage system. Once you've watched the world's smallest movie watch the "making of the world's smallest movie" for information on how and why it was done.

Computer Games: Friend or Foe? Free public lecture

Our next Gibbons Lecture on 16th May will be delivered by Dr. Burkhard Wuensche from our Department of Computer Science at The University of Auckland. Dr. Wuensche will be discussing the relationship between computer gaming and computer graphics.  Dr. Wuensche has an extensive history of research publications that he often illustrates with whimsical examples.We particuarly like his generated images of rabbits, a bit late for Easter, but cute never-the-less.
    For more information on the venue, date and time visit the Gibbons Lectures website. The lecture will be streamed live and after the event if you cannot attend in person.

Is Siri your best friend?

The NZ Herald today published a very interesting interview with Sherry Turkle, a professor of the social studies of science and technology at MIT and founder and director of the MIT initiative on technology and self. She is very concerned that in interacting with technology people are losing skills in reading each others emotions - "This is a complex dance that we know how to do to each other," she says. It's a dance she fears is being forgotten. In the interview you get a strong sense that she is far from being an apostle of new technology. You can watch her express similar concerns in this TED talk.

Looking at the world through Google Glass

Mashable has published a photo gallery of what the world looks like through Google Glass or rather what Glass looks like in use. Some of the images are slightly distorted by refraction and lens flare but it's clear that the technology works - whether it will be widely adopted is another matter. On one hand wearers of Glass look desperately geeky but on the other hand if it enables people to look up and ahead rather than down and into their hands maybe it will be a good thing.

Oscar winner to give free public lecture in Auckland

Our next Gibbons Lecture on 9th May will be delivered by John Lewis of Victoria
University of Wellington and Weta Digital Research. His talk is titled “Why Academic Research Matters in Visual Effects.  John was a recipient of a 2103 Academy of Motion Picture Arts & Science Technical Achievement Award. 
    He has contributed to the use of computer graphics in films including Avatar, The Matrix sequels, and Forrest Gump. Several of his algorithms have been adopted in the film and games industries and incorporated in commercial graphics software packages. He has interest in rendering images of computer generated humans to make them more life-like – in the following images one is a photograph of a human and the other generated from a computer model – can you tell which is which?

    Full details of the venue, date and time are provided here. If you can't attend the lecture will be streamed live and after the event.

Auckland's transportation problems [rant]

Okay, for years now we've had local and national government arguing over the future of Auckland's transportation infrastructure (similar arguments are taking place in many other cities as well). Is it more roads and cars, or lots more buses, or light rail and trams, or a rail loop, or a combination of all of the above? Then how is it all going to be paid for? Time and time again everyone in the debate makes apocalyptic predictions about the total grid lock that will happen in 20 years time if we do nothing.
    It's essential to prepare for the future, but to do so you must have an accurate idea of what the future will look like. Current planners seem to be completely ignoring the profound impact that self-driving cars will have on the need for transport infrastructure. Now you may be thinking that I'm just another geek predicting robotic vehicles and personal jet-packs. But you'd be wrong. I'm not going to quote articles from scientists or show video of Google's driverless car. I'm going to quote from a recent report by KPMG, called "Self-driving cars: The next revolution."

"An essential implication for an autonomous vehicle infrastructure is that, because efficiency will improve so dramatically, traffic capacity will increase exponentially without building additional lanes or roadways. Research indicates that platooning of vehicles could increase highway lane capacity by up to 500 percent. It may even be possible to convert existing vehicle infrastructure to bicycle or pedestrian uses. Autonomous transportation infrastructure could bring an end to the congested streets and extra-wide highways of large urban areas. It could also bring the end to battles over the need for (and cost of) high-speed trains. Self-driving vehicles with the ability to “platoon”—perhaps in special express lanes—might provide a more flexible and less 
costly alternative."

   Yes, KPMG are predicting up to a 500% increase in road capacity and less need for expensive trains. Basically it seems as if our politicians and planners are like people in 1905 planning how many horse stables will be required in the city in 30 years time and are worried who will collect all the horse pooh! I highly recommend the KPMG report - it's not science-fiction we are on the cusp of a revolution. The car dramatically changed the nature of our society in the 20th Century and will do so again in the 21st. Please wake up politicians and start planning for a future that will actually happen.

The world's first webpage is back online

Sir Tim Berners-Lee

As part of a project to help future generations understand how the world wide web came about, and the way we originally used it. CERN has put the world's first webpage back online at http://info.cern.ch/hypertext/WWW/TheProject.html Cern want to hear your experiences of visiting the first webpage. So if you can remember the first time you surfed the web visit the project's website and leave your memories.
    I wrote about the creation of the first website by Sir Tim Berners-Lee in chapter 8 of The Universal Machine. I quote:
    In the summer of 1993 I was working with a small team developing expert systems (artificial intelligence software) for the construction industry when Mark came into my office. He was waving a floppy disk and enthusiastically said “Ian, you’ve got to see this! It’s a web browser!” “What’s the Web and why do I want to browse it?” I replied. “It’s really cool, you can see information from all over the world and navigate around it like a web,” he said, so I took his disk and installed a browser called Cello, and then had to install some other network drivers, and after about half a day of lost work I was ready to browse the Web. 
    I launched Cello and I was taken to http://info.cern.ch, which seemed to be the heart of the Web. I then browsed around CERN getting lots of arcane documents about particle physics experiments and committee meetings, and ended up in a Computer Science department at MIT. I browsed around other websites for an hour or so and then put Cello down. Frankly, the Web seemed rather boring.
   The web got better, much, much better.