22 February 2012

The News - News

The News - News


Microsoft Redesigns Windows Logo

Posted: 20 Feb 2012 09:46 PM PST

Microsoft on Friday announced that it was redesigning the logo of Windows software, making a fundamental change to the iconic four-colour Windows logo users have been used to for 20 years.

Meshing with the Metro design of Microsoft’s upcoming Windows 8, the new logo is a slightly-angled blue block with a thin white cross in the middle, making it look like a window instead of the four-colour wavy flag in the past, reported Xinhua. “The Windows logo is a strong and widely recognized mark but when we stepped back and analyzed it, we realized an evolution of our logo would better reflect our Metro style design principles and we also felt there was an opportunity to reconnect with some of the powerful characteristics of previous incarnations,” said Microsoft in a blog post. “We did less of a re-design and more to return it to its original meaning and bringing Windows back to its roots — reimagining the Windows logo as just that — a window,” the company said.

logo

The new logo is designed by Paula Scher from the Pentagram Design Agency, whose notable works include the Citibank logo. The first Windows logo debuted in November 1985. Since then, the logo has gone through several redesigns, which were all based on the design of a four-color wavy flag.

Source: IANS


Math Model to Monitor Heartbeat Health

Posted: 20 Feb 2012 09:40 PM PST

Scientists have developed a math model to peer into the heart’s cellular mechanism governing its beats to ensure that the organ stays healthy.
The heart relies on ‘high performance’ atrial cells, found deep within its smaller chambers or atria, when it needs to work harder. And atrial cells depend on specific calcium concentrations for optimal functioning, which the math model will now measure, the journal Proceedings of the National Academy of Sciences reports.

heartbeat

 
This breakthrough takes scientists into a world of cellular activity currently beyond the scope of any imaging technology, according to a Nottingham University statement. Rudiger Thul, lecturer in applied math at the Nottingham, who conducted the study, said: “This has the potential to point to new treatments for heart disease and irregular heartbeat such as atrial fibrillation, which can lead to thrombosis and stroke.”
Source: IANS