Issue no. 4, 2006 Published: Jan 27, 2006 |
|
Microsoft to give access to code |
UN lends backing to the $100 laptop |
UN reports rise in cybersquatting |
Scientists build first 3D HIV map |
Researchers use grid computing to tackle malaria |
Scientists follow the money to predict epidemics |
Intel makes first chip at tiny new scale |
Researchers concoct self-propelled nano motor |
Spacecraft skin 'heals' itself |
Invention: The moody media player |
|
| Microsoft to give access to code |
Microsoft has said it will give rival software companies access to parts
of the source code for its Windows operating system. The concession was
made in response to a 2004 EU anti-trust ruling which ordered the
company to share its code with competitors. It came three weeks ahead of
the EU's compliance deadline, which threatened fines of EUR 2m a day.
The deadline was set in December when the European Commission said that
Microsoft's offer of 12,000 pages of documentation and 500 hours of free
technical support was not adequate. The landmark 2004 ruling said
Microsoft was guilty of abusing its position and hit Microsoft with a
record EUR 497m fine, telling it to open up its operating systems.
Microsoft said that the latest concession went 'far beyond' the 2004
decision. It maintains that it has tried to comply with the EU's
demands, but says that Brussels keeps changing it guidelines. The code
that the company has promised to release will help rivals make their
software compatible with Microsoft's. |
| BBC News
Jan 26, 2006 |
back to top
|
|
| UN lends backing to the $100 laptop |
The United Nations will lend its support to a project which aims to ship
inexpensive laptops to children worldwide. Kemal Dervis, head of the UN
Development Programme (UNDP), will sign a memorandum of understanding
Saturday with Nicholas Negroponte, chairman of One Laptop per Child, on
the $100 laptop project, at the World Economic Forum's annual meeting.
The programme aims to ship 1 million units by the end of next year to
sell to governments at cost for distribution to school children and
teachers. UNDP will work with Negroponte's organisation to deliver
'technology and resources to targeted schools in the least developed
countries,' the UN agency said in a statement.
The aim is to have governments or donors buy the laptops and give full
ownership to the children. Negroponte, who is also chairman of the MIT
Media Lab, has said he expects to sell 1 million of them to Brazil,
Thailand, Egypt and Nigeria. The laptop will run on an open-source
operating system. Its colour will be lime green, with a yellow hand
crank, to make them appealing to children and to fend off thieves. |
| Mercury News / AP
Jan 26, 2006 |
back to top
|
|
| UN reports rise in cybersquatting |
The UN copyright agency on Wednesday reported a 20 per cent jump in
'cybersquatting' complaints last year, coming mainly from top tech
firms, trendy fashion brands, Hollywood stars and sports personalities.
The agency registered 1,456 complaints for cybersquatting or abusive
registration of trademarks as internet domain names and the practice
appears to be on the rise, according to the World Intellectual Property
Organisation (WIPO). WIPO handles arbitration for over half of the
world's cybersquatting disputes each year. Most of last year's disputes
have since been resolved.
Cybersquatters often demand great amounts of money for the sale of
internet sites to people or firms with registered trademarks. The UN
arbitration system, which started in 1999, allows those who claim the
right to a domain name to get it back without having to fight a costly
legal battle or pay large sums of money. It costs about $1,500 to file a
claim at WIPO. The arbitration system cannot award financial penalties. |
| ABC News / AP
Jan 25, 2006 |
back to top
|
|
| Scientists build first 3D HIV map |
Scientists at the Max Planck Institut fuer Biochemie in Martinsried,
Germany, and at Oxford University, UK, have used computer rendering to
build the first 3D model of HIV. The virus, which is 60 times smaller
than a human red blood cell, has been notoriously difficult to map
because of its variable size and flattened appearance.
By using a rotating X-ray, similar to that used in computerised axial
tomography scans, the basic structure of the virus has been imaged.
Computer rendering was then used to build the 3D model.
The imaging has answered one of the central questions about HIV: how it
remains effective while appearing in such a variety of sizes. Instead of
the central core of the virus organising its growth, as in most viruses,
the HIV outer membrane and core interact so that the core stops growing
only when it reaches the membrane's limit. |
| VNUnet UK
Jan 26, 2006 |
back to top
|
|
| Researchers use grid computing to tackle malaria |
European scientists have turned to grid computing in a bid to find cures
for subtropical diseases such as malaria that kill millions of people
each year.
Dr Vincent Breton, research associate at the Corpuscular Physics
Laboratory at the French National Centre for Scientific Research in
Clermont-Ferrand, said that he was looking for a biomedical project to
run on the EU-funded Enabling Grids for E-sciencE (EGEE) network.
'Quite often it's just the developed world that benefits from
high-technology like grid computing. I wanted grids to benefit Africa,
where research is urgently needed,' said Dr Breton.
Records from last year show that there were between 350 million and 500
million infections, and approximately 1.3 million deaths, due to
malaria, mainly in the tropics. The grid research is particularly
important because these diseases are comparatively neglected by large
pharmaceutical companies. |
| VNUnet UK
Jan 24, 2006 |
back to top
|
|
| Scientists follow the money to predict epidemics |
A popular US website that tracks the geographical circulation of money
could offer new insights into predicting the spread of infectious
diseases like bird flu. Money, like diseases, is carried by people
around the world, so what better way to plot the spread of a potential
influenza pandemic than to track the circulation of dollar bills?.
Researchers at the Max Planck Institute for Dynamics and Self-
Organisation in Gottingen, Germany developed a mathematical model of
human travel that can be used to plot the spread of future pandemics.
The scientists analysed information from www.wheresgeorge.com, an online
bill-tracking internet site. Users register on the site and follow the
trail of their money after they spend it. Around 50 million banknotes
have been registered on the site.
The information from the site enabled the researchers to develop a
mathematical theory of human travel behaviour. When they compared their
results with traffic flow of aviation networks in the US, they found it
correlated very closely. |
| ABC News / Reuters
Jan 25, 2006 |
back to top
|
|
| Intel makes first chip at tiny new scale |
Intel said Wednesday it had made the world's first microchip using tiny
new manufacturing methods that promise more powerful, efficient
processors.
The fingernail-sized memory chip is etched with 1 billion transistors
that are only 45 nanometres wide. Intel plans to start making computer
processors with the technology in the second half of 2007. Intel last
year began making chips using 65-nanometre technology that represents
the current state of the art in the semiconductor industry.
The new chip makes good on Moore's Law, an industry maxim set forth by
Intel co-founder Gordon Moore that stipulates the number of transistors
on a chip - and therefore its processing power - doubles roughly every
18 months to two years. |
| MSNBC / Reuters
Jan 25, 2006 |
back to top
|
|
| Researchers concoct self-propelled nano motor |
Researchers at UCLA and the University of Bologna have come up with a
nano-size vehicle that can inch its way forward on sunlight and one day
could be used to shuttle medicines or other small particles around.
The motor in chemical terms is a rotaxane, a mechanically interlocked
molecule consisting of a ring trapped on a rod by bulky stoppers at both
ends in the same way that rings are kept on an abacus. The ring in a
sense serves as the foot. It is attracted to one end of the rod, called
Station A, and moves toward it until it hits the stopper. The ring then
moves to the second port of call, Station B, and moves toward it until
halted by the opposite stopper. By alternating between Stations A and B,
the ring pulls the whole contraption forward.
The attraction and repulsion is accomplished through electron
harvesting. One of the ends of the barbell harvests an electron from
sunlight and transfers them to Station A. When Station A contains an
electron, the ring moves toward Station B. When Station A returns the
electron to the barbell, the ring moves toward it. A full cycle is
carried out in less than a thousandth of a second, which means that the
motor can operate at a frequency of 1,000 Hertz. |
| CNET News
Jan 25, 2006 |
back to top
|
|
| Spacecraft skin 'heals' itself |
A material that could enable spacecraft to automatically 'heal'
punctures and leaks is being tested in simulated space conditions on
Earth. The self-healing spacecraft skin is being developed by
researchers at the University of Bristol, UK, as part of a European
Space Agency (ESA) project.
The researchers have taken inspiration from human skin, which heals a
cut by exposing blood to air, which congeals to forms a protective scab.
They fabricated a composite laminate material containing hundreds of
hollow glass filaments 60 microns wide, each with an inner chamber of 30
microns in diameter.
Half of the filaments are filled with an epoxy polymer or resin and the
other half filled with a chemical agent that reacts with the polymer to
form a very strong and hard substance. The glass filaments are designed
to crack easily when the overall composite material is damaged, which
causes both chemicals to leak out and rapidly plug the resulting crack
or hole. |
| New Scientist
Jan 23, 2006 |
back to top
|
|
| Invention: The moody media player |
Walt Disney would surely be pleased with some of the new ideas being
patented by Disney's Californian headquarters. Alongside digital
downloads for fast food restaurants, the company has devised a media
player that selects songs based on its owner's latest mood.
The device has wrist sensors that measure body temperature, perspiration
and pulse rate. It uses these measurements to build a profile of what
music or video the owner plays when they are hot, cold, dry or sweaty,
and when their pulse is racing or slow.
The device then comes up with suggestion to fit each and every profile,
either using songs or videos in its library or downloading something new
that should be suitable. If the owner rejects the player's selection it
learns and refines the profile. So, over time the player should get
better and better at matching body measurements with the owner's moods. |
| New Scientist
Jan 24, 2006 |
back to top
|