Archive for the ‘Technology’ Category

Google – Better music information in search results

Saturday, October 31st, 2009

googleGoogle introduced a new feature to help you better find music information using Google search.

Now, when you enter a music-related query — like the name of a song, artist, album or a line or two of  lyrics — into the Google search box, your search results will include links to an audio preview of those songs provided by our music search partners MySpace (which just acquired iLike) or Lala.

This feature not only makes search better, it also introduces millions of music seekers to new sources of licensed music online.

Domain registration statistics

Wednesday, October 7th, 2009
Domain registration statistics
TLD Amount
Registered
Country
.com 81,175,731 Global Generic
.de 13,000,023 Germany
.cn 12,545,589 China
.net 12,332,869 Global Generic
.uk 7,703,790 United Kingdom
.org 7,694,858 Global Generic
.info 5,223,940 Global Generic
.nl 3,439,168 Netherlands
.eu 2,913,267 European Union
.biz 2,045,870 Global Generic
.ru 1,970,742 Russia
.br 1,725,114 Brazil
.it 1,706,446 Italy
.us 1,632,373 United States
.fr 1,461,689 France
.pl 1,437,833 Poland
.au 1,417,297 Australia
.ch 1,308,595 Switzerland
.ca 1,225,895 Canada
.es 1,151,942 Spain
.jp 1,098,360 Japan
.dk 1,007,529 Denmark
.kr 1,004,115 Korea
.be 924,470 Belgium
.se 885,704 Sweden
.at 868,070 Austria
.mobi 845,038 Global Generic
.cz 575,495 Czech
.no 437,179 Norway
.nz 362,349 New Zealand
.mx 320,310 Mexico
.pt 272,801 Portugal
.cl 249,210 Chile
.fi
214,078 Finland
.asia 213,091 Asia Pacific
.tr 195,309 Turkey
.sk 189,232 Slovakia
.hk 176,824 Hong Kong
.ie 127,455 Ireland
.lt 103,714 Lithuania

New material for nanoscale-computer chips

Thursday, August 20th, 2009
 

Researchers cross organic and non-organic nano wires like Mikado sticks and thereby make nanoscale prototype computer electronics. Image by Asmus Dohn.

Researchers cross organic and non-organic nano wires like Mikado sticks and thereby make nanoscale prototype computer electronics. Image by Asmus Dohn.

New data from Chinese-Danish collaboration shows that organic nanoscale wires could be an alternative to silicon in computer chips. The discovery has just been published in the respected scientific journal, Advanced Materials.

 

Nanochemists from the Chinese Academy of Sciences and the Nano-Science Center, Department of Chemistry have developed nanoscale electric contacts out of organic and inorganic nanowires. In the contact they have crossed the wires like Mikado sticks and coupled several contacts together in an electric circuit. In this way they have produced prototype computer electronics on the nanoscale.

Alternative to silicon computers

Today the foundation of our computers, mobile phones and other electronic apparatus is silicon transistors. A transistor is in principal an on- and off- contact and there are millions of tiny transistors on every computer chip. However, we are reaching the limit for how small we can make transistors out of silicon.

We already use various organic materials in, for example, flat screens, such as OLED (Organic Light Emitting Diode). The new results show how small and advanced devices made of organic materials can become. Thomas Bjørnholm, Director of the Nano-Science Center, Department of Chemistry at University of Copenhagen explains:

- “We have succeeded in placing several transistors consisting of nanowires together on a nano device. It is a first step towards realisation of future electronic circuitry based on organic materials – a possible substitute for today’s silicon-based technologies. This offers the possibility of making computers in different ways in the future.”

Danish-Chinese nanoelectronics

The researchers have used organic nanowires combined with the tin oxide nanowires in a so-called hybrid circuit. As in a Mikado game, the nanowires cross in a device consisting of 4-6 active transistor moieties. The devices have a low operational current, high mobility and good stability and that is essential in order for the material to be able to compete with silicon.

Professor Wenping Hu, Chinese Academy of Sciences is excited over the results:

- “This work is the first significant result of our collaboration with the researchers from the Nano-Science Center. It is a good starting point for our new Danish-Chinese research centre for molecular nano-electronics and it underlines the fact that we can complement each other and that together we can achieve exciting and important results.”

 

 

 

Source:

University of Copenhagen

Internet Society Announces News Board of Trustees

Tuesday, August 4th, 2009

INTERNETThe Internet Society yesterday announced its new Board of Trustees, comprised of leaders from industry, academia, and the global Internet community.

The diverse and distinguished board membership reflects the Internet Society’s mission of providing global leadership in promoting the open development, evolution, and use of the Internet for the benefit of all people throughout the world.

Members of the Board with terms beginning this year are:

* Eric Burger, Chief Technology Officer at Neustar
* Khaled Koubaa, Founder of the Arab World Internet Institute
* Philip Smith of the Internet Architectures Group of Cisco Systems
* Jonathan Zittrain, Professor of Law at Harvard Law School, where he co-founded its Berkman Center for Internet & Society.

Raúl Echeberría, the Executive Director of LACNIC (the Internet Address Registry for Latin America and the Caribbean), continued as a board member and was selected as the new chair of the Board.

“I look forward to working with the worldwide Internet Society community of members and chapters, and my colleagues on the board, to continue the important work of the Internet Society in promoting access to, and supporting the continued growth of, the Internet while preserving its core values,” said Raúl Echeberría, Chair of the Internet Society’s Board of Trustees.

During its first meeting, the Board formally thanked outgoing chair Daniel Karrenberg for his service over the past three years.

Daniel Karrenberg, Chief Scientist at RIPE NCC, said, “It has been both an honour and a pleasure to chair the board. After three years it is time to take a step back. I look forward to serving another two years as a trustee and to supporting Raul in taking over as chair.”

Continuing Members of the Board of Trustees are:

* Hiroshi Esaki, Professor, The University of Tokyo

* Ted Hardie, Director, Internet and Wireless, for Qualcomm’s Research and Development group

* Daniel Karrenberg, Co-founder and Chief Scientist of RIPE NCC

* Désirée Miloshevic, International Affairs and Policy Development Advisor at Afilias Global Registry Services

* Alejandro Pisanty, Professor, the National University of Mexico

* Patrick Vande Walle, Official of the European Commission

* Bert Wijnen, Research Engineer at RIPE NCC

“The Internet Society Board of Trustees is truly international–a tremendous benefit as we work to fulfill our mission of an Internet that is accessible for everyone, everywhere,” said Lynn St. Amour, President and CEO of the Internet Society.

The Board of Trustees reappointed Ted Hardie as Treasurer and Scott Bradner as Secretary.

Trustees serve in the interest of the Internet Society as a whole, and are appointed or elected by the following groups: Chapters, Organization members, and the Internet Architecture Board (IAB). More information, including biographical details of all Board members and details of the Board selection process are available at: http://www.isoc.org/isoc/general/trustees

5 Tips For More Cost Effective Adwords Advertising

Monday, August 3rd, 2009

Google presents together a short video outlining 5 tips on very simple things you can do to help ensure that your AdWords advertising is cost effective and successful in attracting users to your website.

5-Step Process To Optimize The Adsense Ads On Your Sites

Monday, July 27th, 2009

Google AdsenseMel Ann and Tim are two AdSense Optimization Specialists from the Google office in Sydney, who work with publishers to help them improve the performance of their ads. Today, they’ll walk you through a 5-step process to optimize the AdSense ads on your sites, and will also share tips that many publishers have found successful.

Step 1: Analyze your webpages

The first step to a successful optimization is to analyze your
webpages. Ask yourself the following questions as you think about where
to place ads on your site:

- What type of content do you have? People interact differently on
articles, forum, and video sites, for example, so think about how
people will be interacting on your site.

- Where is visitor attention likely to be focused? You should place ads
where your users are most likely to look, but as Ricardo Prada
mentioned in week two of this series, make sure that they won’t get in
the way of users trying to complete tasks on your site.

- How can you integrate ads into an area without getting in the way of
your users? You can view a heat map we’ve put together showing where
ads perform well, and keep in mind that above the fold ads and ads
close to primary content tend perform better.

- Don’t forget to think about how advertisers would like to appear. If
you can make your site more appealing to advertisers, while keeping the
above tips in mind, you’re more likely to be able to attract
advertisers and placement targeted ads.

Step 2: Set up custom channels

Custom channels will help you figure out how different ad units are
performing based on a number of variables you can choose, like
placement, size, and color. Create a channel for individual ad units
and categorize them to see how they’re performing. For example, you can
track your leaderboard and medium rectangle to see which performs
better, and use this information in step four below. Custom channels
will also allow you to track and measure results from your
optimizations.

Step 3: Optimize your ad unit design and placement

The next step is to look at color, position, and size of your ad units
and optimize these for user experience, advertiser experience, and
performance. We’ve found that the medium rectangle (300 x 250), wide
skyscraper (160 x 600), and the leaderboard (728 x 90) tend to perform
best. You can also opt in to image ads to receive rich media and video
ads, which tend to perform well too. It’s important that you implement
your ads in a consistent manner and in a way that is desirable to
advertisers. Use colors effectively. Blend ads in, but not too much
that users don’t see them. Borderless ads tend to work well, as does
highlighting the link and URL. Test different colors and placements,
and then keep the changes that perform best.

Step 4: Maximize revenue from multiple units

We recommend adding multiple ad units to your pages, while still
keeping the user experience in mind when deciding on placements. You
can use custom channel reporting to determine which ad unit performs
best, and structure your page to optimize performance based on that.
The highest paying ad we have for your site will be shown in the first
ad unit that shows up in your HTML code. If you have a leaderboard at
the top, but learn with custom channel reporting that a medium
rectangle halfway down the page is outperforming it in terms of CTR and
eCPM, try putting the medium rectangle first in your HTML code. You can
do this by switching the location in the HTML if you’re comfortable
editing the code, or by changing the actual location of the leaderboard
on the page.

Step 5: Track and measure results

The last step is to understand whether your optimizations have made a
difference. Here, use the custom channels you set up earlier to
generate reports on your different ad units. Generate reports on your
custom channels and group results by channel (remember, this depends on
how you’ve set them up) to see how different sizes, colors, and
placements are performing. You can also look at placement targeting
reports to see which ad units are receiving placement-targeted ads, and
if they’ve resulted in improved performance.

We hope these steps and tips are informative, and strongly encourage
you to take the time to try an optimization on your own.

Source: Google Adsense Newsletter

LASER LIGHT TECHNOLOGY CREATES NEW FORMS OF METAL

Monday, July 20th, 2009

AFOSR-funded researchers at the University of Rochester are using laser light technology that will help the military create new forms of metal that may guide, attract and repel liquids and cool small electronic devices.

Dr. Chunlei GuoDr. Chunlei Guo and his team of researchers for the project discovered a way to transform a shiny piece of metal into one that is pitch black, not by paint, but by using incredibly intense bursts of laser light. The black metal created, absorbs all radiation that shines upon it.

“With the creation of the black metal, an entirely new class of material becomes available to us, which may open up a whole new horizon for various applications,” said Guo.

“To do this, we looked at the reverse process of light absorption or light radiation and transformed the incandescent lamp into a bulb that glows twice as brightly as a regular light source, while consuming the same amount of energy,” he said.

The key to creating this super-filament is an ultra-brief, ultra-intense beam of light called a femtosecond laser pulse. The laser burst lasts only a few quadrillionths of a second. That intense blast forces the surface of the metal to form nano-structures and micro-structures that dramatically alter how efficiently light can radiate from the filament.

In addition to increasing the brightness of a bulb, Guo’s process can be used to tune the color of the light as well. Last year, his team used a similar process to change the color of nearly any metal to blue, gold, gray, in addition to the black. They controlled the size and shape of the nano-structures — and thus what colors of light those structures absorb and radiate — to change the amount of each wavelength of light the filament radiates.

In addition to this research, Guo and his team have been working on creating technology that may enable the Air Force to create an additional kind of metal. They are able to do this by using the femtosecond laser once again to alter the surface of metal and create unique nano- and micro-scale structures on the metal.

“During its brief burst, the laser unleashes as much power as the entire electric grid of North America does, all focused onto a spot the size of a needle,” said Guo.

The unique nano-structures which are created from the laser affect the way liquid molecules interact with metal molecules. The liquid spreads out over the metal because the nano-structures attach themselves to the liquid’s molecules more readily than the liquid’s molecules bond to each other. The end result is the formation of a new kind of metal that can cool the plane’s electronic brain and heat pumps and allow the craft to retain dominance over any enemy that is also in flight.

Currently, the researchers need only about half an hour to change the surface of metal that is approximately the size of a quarter. Nevertheless, their next goal is to make the metal even more quickly so they can meet the ever increasing demands of warfighting.

Source: Air Force Office of Scientific Research.

Explore the moon in Google Earth

Monday, July 20th, 2009

Google Earth the MoonEver since I was a young girl, it has been a dream of mine to travel into space. In September of 2006, I was fortunate enough to make that dream a reality - I took off from the launch pad in Baikonur bound for the International Space Station and became the world’s first private female space tourist. Since then, it’s been my mission to help as many people as possible think ambitiously about ways to push the boundaries of exploration, both here on Earth and beyond. As a trustee of the X PRIZE Foundation, and the sponsor of the Ansari X PRIZE, I support Google’s goal of opening up space through projects like the Google Lunar X PRIZE, which serve to educate the public about the global benefits of space exploration.

That’s why I’m so excited about the release of Moon in Google Earth, which is launching today at the Newseum in Washington D.C. This tool will make it easier for millions of people to learn about space, our moon and some of the most significant and dazzling discoveries humanity has accomplished together. Moon in Google Earth enables you to explore lunar imagery as well as informational content about the Apollo landing sites, panoramic images shot by the Apollo astronauts, narrated tours and much more. I believe that this educational tool is a critical step into the future, a way to both develop the dreams of young people globally, and inspire new audacious goals.

With Google Earth, young explorers around the world can bounce around the galaxy in Sky, fly to Mars and now visit the moon from wherever they may be. To learn more watch the video below or visit the Lat Long Blog. Finally, outer space doesn’t seem so far away anymore.

Source: Google Blog, by Anousheh Ansari, Trustee, X PRIZE Foundation, and first female private space explorer

Google Voice mobile app for Blackberry and Android

Wednesday, July 15th, 2009

Google VoiceIt`s been an exciting few months since we announced Google Voice. The feedback from early users has been terrific, and the requests for invites have been flowing in. We started sending invites a few weeks ago and will keep sending them daily.

At the same time, we continue to improve the service and address your requests and feedback. Among the most requested features are tools to make placing outgoing calls from your Google Voice number easier. So today, we’re pleased to announce a Google Voice mobile app for Blackberry and Android.

Previously, to place a call using Google Voice, you had to dial your own Google Voice number from your cell phone or use the Quick Call button online. With this new mobile app, you can make calls and send SMS messages with your Google Voice number directly from your mobile phone. The app is fully integrated with each phone’s contacts, so you can call via Google Voice straight from your address book.

From the mobile app, you can:

  • Access your voicemail: read message transcripts, follow along with “karaoke-style” playback of messages, read SMS messages sent to your Google Voice number (even if your phone doesn’t receive SMS messages) and access your call history
  • Place calls that display your Google Voice number from your address book, the app dialer (Blackberry) or the native dialer (Android)
  • Send SMS messages that display your Google Voice number
  • Place international calls at low rates

You can download the app from the Google Voice mobile site at m.google.com/voice. It’s also available in Android Market — just search for “Google Voice.”

And for those of you who don’t have a Blackberry or an Android-powered device, we have a mobile web version of the Google Voice site (accessible by typing www.google.com/voice into your mobile browser) that allows you to access Google Voice features.

You’ll need a Google Voice account to use the mobile application. Currently, Google Voice is only available in the U.S. If you’d like to check it out, request an invite here.

Source: Official Google Blog

Samsung LN40B530 40-Inch 1080p LCD HDTV

Tuesday, July 14th, 2009

Samsung LN40B530 LCD HDTVStep up to the power of Full HD on a 40? LCD screen, with the Samsung LN40B530 LCD HDTV. A glossy black bezel and a transparent edge are just two reasons you’ll fall in love with this LCD HDTV.

The Samsung LN40B530 has an amazing 1080p resolution with Wide Color Enhancer renders the most crisp vivid tones, in every frame for the most realistic picture quality. It also features an impressive 60,000:1 contrast ratio which adds to the superior picture quality. Black tones and shadows are strikingly superb, and a fast 6ms response time offers smooth, clear action.

Best of all, the Samsung LN40B530 is Energy Star compliant, which means you’ll save on your electric bill.
Samsung LN40B530 – Key Features

The following are some of the key features of this Samsung LN40B530 LCD HDTV:

A detailed picture with natural colors powerful image processor enhances contrast and detail while reducing noise, for a sharp, clean high-definition picture. You’ll also enjoy vibrant colors, courtesy of Samsung’s Wide Color Enhancer. This feature optimizes each hue to produce colors that look rich and natural, but never over-saturated.

The Samsung LN40B530’s

Multiple inputs for viewing versatility

You’ll find an array of inputs for hooking up your high-definition gear. You get three HDMI inputs for components that use this all-digital connection, such as high-def satellite receivers, cable boxes, and video game consoles.

These inputs also include “CEC” control capability, which allows you to operate other compatible HDMI-equipped Samsung components using only the TV’s remote. There’s also an HD-capable component video input, plus a PC input for connecting your laptop.
Samsung LN40B530 – Other Features/Specifications

The following are the other features and product specifications of this Samsung LN40B530 LCD HDTV:

- 40? LCD Display

- 16:9 Image Aspect Ratio

- 1920 x 1080 Resolution

- 6ms Response Time

- 60,000:1 Dynamic Contrast Ratio

- Wide Color Enhancer Technology

- SRS TruSurround HD

- Built-in 10-watt Stereo Speakers

- Built-in ATSC, NTSC, and QAM Tuners

- Glossy Black Bezel

- Energy Star Qualified

- Detachable Swivel Stand

- Inputs/Outputs: 3 x HDMI, 1 x Composite, 1 x Component, 1 x PC, 1 x RF, 1 x Optical Out

- Dimensions: 39-3/8?W x 24-1/2?H x 3-1/8?D

- 1 year limited warranty