The increased use of peer-to-peer communications could improve the overall capacity of the Internet and make it run much more smoothly. That’s the conclusion of a novel study mapping the structure of the Internet. The researchers’ results depict the Internet as consisting of a dense core of 80 or so critical nodes surrounded by an outer shell of 5,000 sparsely connected, isolated nodes that are very much dependent upon this core. Separating the core from the outer shell are approximately 15,000 peer-connected and self-sufficient nodes.
After two years of composing, recording and experiment in a 3m x 4m top-floor atelier in Vesterbro, Blue Foundation have whittled down more than 30 pieces into their second album (out on Virgin on 02.02.04), the 11-track ‘Sweep of Days’. As with the critically acclaimed first album, the Danish members of the band, Tobi, Kir and Bo, have once again combined their instrumental, vocal and programming talents with the London-based Japanese turntable maestro DJ Tatsuki, and with the English lyricist and performer MC Jabber.
Site – http://www.bluefoundation.dk
In what is being hailed as a landmark in understanding the human genome, scientists from over 35 research centers around the world released a collaborative study Wednesday afternoon showing that our genetic makeup is much more complicated than previously thought. The collaboration of researchers, known as the Encyclopedia of DNA Elements — or ENCODE — consortium, looked at roughly 1 percent of the entire human genome, concluding that the 95 percent of the genome previously believed to be superfluous actually plays a major role in regulating how DNA expresses itself.
Site – http://www.abcnews.go.com
It’s taken 27 years to reach 1 billion PCs in use, and market researchers say it will take only five to reach the next billion. Forrester Research is set to release a report Monday titled, “Worldwide PC Adoption Forecast to 2015,” saying that many of those next billion will be used by first-time PC users in emerging nations like Brazil, Russia, India and China. At least 775 million new PCs will be in use in those countries by 2015, according to Forrester.
Site – http://crave.cnet.com
Ray Kurzweil is a pioneer in the fields of optical character recognition, health, artificial intelligence, transhumanism, technological singularity and futurism. At the Killer App Expo in Fort Wayne, Indiana, Ray gave the evening Keynote speech. We were fortunate enough to have two HD cameras at the conference and grabbed the entire keynote with house audio. Whereas we would normally cut this 80 minute presentation into a 10 to 15 minute chunk, Ray’s material was so good, so inspiring that we have decided to leave it complete. If you’re an Apple TV user, this is a great bit to watch in full 720p. I hope you enjoy this as much as we did.
Welcome to the Tenth Dimension – and thank you to “What Is Enlightenment?” magazine for their enthusiastic 2 1/2 page article about the book and this project in their current issue. Most of us have gotten used to the idea of there being four dimensions: but how can we possibly imagine the tenth? This project starts from the unique argument that time really is the fourth spatial dimension. This “new way of thinking about time and space” is not the traditional position of mainstream science (which says that time is not a full dimension, but rather a quality that is overlaid on the other three dimensions of space to create “spacetime”). Still, many people feel this new idea has resonances with their own ways of understanding reality.
Applying a new genomic technique to a large group of patients, researchers in Britain have detected DNA variations that underlie seven common diseases, discovering unexpected links between them. The variations pinpoint biological pathways underlying each of the diseases, and researchers hope that as the pathways are analyzed, new drugs and treatments will emerge. The seven common diseases are bipolar disorder, coronary artery disease, Crohn’s disease, hypertension, rheumatoid arthritis, and Type 1 and Type 2 diabetes. Unveiling the complex genetics of common diseases was the promised payoff of the $3 billion human genome project, completed in 2003, but progress was slow until the recent development of devices that in a single operation can read the DNA sequence at up to 500,000 points across an individual’s genome. With the devices, called chips, researchers can compare large numbers of patients with healthy individuals, looking for points of differences in their genomes that may be associated with disease.
Site – http://www.nytimes.com