Iain Banks, acclaimed sci-fi and mainstream author of such classics as The Wasp Factory, The Player of Games and more recently Surface Detail, will be a judge for an ebook themed challenge on The Gadget Show in the UK this Friday (23rd.)
Read more about it on his website at: http://www.iain-banks.net/2011/09/14/iain-banks-on-channel-5s-gadget-show-23-sept-2011/
James.
The timing could not be better for this press release. NASA have announced the discovery of an exoplanet that orbits two stars. Making a reality of the twin-sunset scenes on Tatooine in the Star Wars saga.
This comes as the Blu-Ray box set of Star Wars – The Complete Saga is released. A nine-disk set that gives Star Wars fans the chance to see the films in stunning quality.
Read about NASA’s discovery here: http://www.nasa.gov/home/hqnews/2011/sep/HQ_11-304_Kepler_Update.html
Read about Star Wars here: http://www.starwars.com/news/starwars_blu-ray.html
James.
SN 2011fe is the official designation for a super nova that was discovered a few weeks ago. It has just reached its peak and should be visible through a good pair of binoculars in the galaxy M101. It should then fade slowly over the coming days.
View the news release here: http://www.ox.ac.uk/media/news_stories/2011/110907.html
M101 on this graphic will show you where to look: http://en.wikipedia.org/wiki/File:Ursa_Major_IAU.svg
James.
NASA’s Lunar Reconnaissance Orbiter (LRO) mission has just delivered some stunning images of the landing sites of the Apollo program. You can clearly make out the footsteps and buggy tracks still present on the Moon’s dusty surface. To the side, sunlight glints off the remains of the crafts and experiments from Apollo 12, 14 and 17.
It has been a long time since man last stepped on the Moon – Gene Cernan being the last man to leave the moon just before Christmas in 1972. Hopefully these images will inspire people and governments to find ways both private and public to get man back to the Moon and then further afield.
See the pictures, and enlargements here: http://www.nasa.gov/mission_pages/LRO/news/apollo-sites.html
James.
Most nanotechnology is about the properties of materials with a given structure at a nano-scale. The results of the latest research at Tufts University has a far more practical application. It is the first electrically-driven single-molecule engine.
The engine needs to run at a very low temperature (5 Kelvin) to be managable, but it is a significant step forward in producing nano-scale controllable structures. As well as providing motive power, the engine also has the potential to be inverted to use the spin of the molecule to generate power at a nano-scale.
Read more at Tufts University here: http://now.tufts.edu/articles/really-little-engine-could
James.
NASA have announce the release of a beta version of a new online tool to explore the solar system – Eyes on the Solar System. User can pilot a point of view and move around the solar system, which includes the many probes and missions that are slowly creeping their way across the vast expanse of space. Zoom in and have a look at the rings of Saturn, or move across to Mars and have a look at the desert landscape.
You need to install a small app to run the simulation – then fire up the tool and start exploring. I recommend running it in full screen mode to get the most immersive experience. You can also follow the project on twitter @nasa_eyes
Press release here: http://www.nasa.gov/home/hqnews/2011/sep/HQ_11-288_System_Eyes.html
Eyes on the Solar System here: http://solarsystem.nasa.gov/eyes/
James.
Industrial robots are used for a wide variety of tasks – from circuit board construction to assembling cars on a production line. Many of these tasks require a high precision alignment of the work piece and the robot operating on the piece. Sometimes supported by bespoke alignment systems.
Epson has just announced it will ship a new vision system for industrial robots – which will aid alignment and positioning of the robot on the work piece. The new vision system also promises to accelerate the understanding and study of visual-reactive system. It is an area that has a lot of interesting challenges and unsolved problems.
You can read the press release here: http://global.epson.com/newsroom/2011/news_20110829_2.html
James.
There have been numerous press articles about the conversation between two AI chatbots that has been set up by Igor Labutov at Cornell Creative Machines Lab. It connects two instances of the online chatbot Cleverbot.
The experiment of putting two chatbots up against each other is interesting, but I am hugely disappointed by the resultant conversation and the underlying algorithms that are revealed by the conversation. If this is AI – then it is using a very weak interpretation of the word artificial. While it may cause some amusement, I can’t help but feel that claiming these types of algorithms to be AI does an injustice to the ideals of machine intelligence.
You can see the press release and video here: http://creativemachines.cornell.edu/AI-vs-AI
Or browse some other interesting work done at Cornell Creative Machines Lab: http://creativemachines.cornell.edu/
James.
Internet usage on Earth become more and more data heavy as new applications and uses are found for the digital network. The same problem exists up in space as more sophisticated probes and missions are sent to the far reaches of the solar system.
To address an inevitable future data-bottleneck of the current RF-based communication systems, NASA is to launch a research mission to trial and investigate the characteristics of a light-based comms network.
It will not be able to reduce the time that is required to receive a signal from, for example, Mars – which at best is just over 3 minutes but can be as much as 22 minutes when the planets are furthest apart. But it will be able to increase the amount of data that can be transmitted – multiplying it by a factor of between 10 and 100. This will allow for more and higher-resolution imagery and data packets from future missions.
Read the press article at NASA here: Laser Communications Relay Demonstration
James.
A hyper dense pulsar circles a massive star – pulling the upper atmosphere and gases away and throwing them out in to the cosmos. Despite its size, the star is helpless – locked as it is in a gravitational dance with the pulsar. Year by year the star’s atmosphere of hydrogen and helium is stripped away until all that is left is its crystalline carbon-rich core – left to circle the now dominant pulsar.
This is a scenario that may have preceded the recent discovery by scientists, led by Matthew Bailes at the Swinburne University of Technology in Melbourne, reported in Science this week. The diamond planet is only 5 times the size of the Earth but has a mass greater than that of Jupiter. It orbits the pulsar in little more than 2 hours.
Read the press release from the Swinburne University of Technology here: A planet made of diamond
Read the Science relese here: Diamond planet orbits a pulsar
James.
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