Will This One Kill the Laptop ? ….

 

 

Panos Panay, corporate vice president with Microsoft's Surface division completely stole

Panos Panay, corporate vice president with Microsoft’s Surface division completely stole the show when unveiling the new Surface Pro 3. Source: AFP

MICROSOFT has just unveiled its latest Windows-powered tablet: the Surface Pro 3.

The newest Surface is equipped with a 12-inch, 2,160 by 1,440 resolution display with a 3:2 aspect ratio, Windows 8.1 Pro, and a 4th-generation Intel Core processor—all within a 9.1mm-thick casing, making what the company claims is the “thinnest Intel Core product ever made.” And at just 800 grams, the Surface Pro 3 is both lighter and thinner than the 10.6-inch Surface Pro 2 and the 11.8-inch Apple MacBook Air.

Like the Surface tablets before it, the Surface Pro 3 includes a kickstand, which has been improved, and works with a digital Surface Pen. Microsoft also introduced new, thinner Type Covers with a bigger trackpad, as well as a new docking station that can be used to output video to a 4K monitor.

 

The all new keyboard and pen are the best yet for a tablet/laptop hybrid.

The all new keyboard and pen are the best yet for a tablet/laptop hybrid. Source: AFP

 

The company also highlighted some software that has been developed for the new tablet. Photoshop has been optimised for touch on the Surface Pro 3, the New York Times’ crossword puzzle works with the pen, and scripts written in Final Draft can be edited on the fly using the pen as well. For quick memos, clicking the button on the pen will wake the tablet and present you with the OneNote app. Once done jotting down your thoughts, simply click the button again and the notes are sent to the cloud via Microsoft’s OneDrive.

The Surface Pro 3 will hit shelves on August 31, but can be pre-ordered starting today through the Microsoft web store as well as third-party retailers. Pricing starts at $AU979, with multiple configurations available depending on if you want an Intel Core i3, Core i5, or Core i7 processor. 4GB or 8GB of RAM will be offered, and storage will come in four options, ranging from 64GB to 512GB.

This article originally appeared on IGN.   

 

source:::: news.com.au

natarajan

Now … A Water Bottle That You Can Eat …!!!

 


Now, a water bottle that you can eat

London:  Finished drinking your bottle of water? Now eat it!

A design student in UK has developed an edible ‘bottle’ of water that could rid the world of excess plastic waste.

Rodrigo Garcia Gonzalez along with fellow Imperial College London students has been working on the Ooho water bottle for the past few years.

The bottle is made out of edible materials, looks like a jellyfish, and has the potential to put an end to the bottled water industry, ‘Smithsonian.com’ reported.

Inspired by the juice-filled pearls added to bubble tea and the creations of legendary Spanish chef Ferran Adria, who uses a technique of encasing liquid into edible membranes known as sheperification.

Gonzalez and his team first took a frozen ball of water and dipped it into a calcium chloride solution, which formed a gelatinous layer.

The ball was then soaked in another solution made from brown algae extract, which encapsulated the ice in a second squishy membrane to reinforce the structure.

Keeping the water in the algae solution for long periods of time allows the mold to become thicker and stronger.

“The main point in manipulating the water as solid ice during the encapsulation is to make it possible to get bigger spheres and allow the calcium and algae to stay exclusively in the membrane,” Gonzalez said.

Ooho has been tested in some European cities, but the researchers need to perfect it, as their edible bottles still don’t hold large amounts of water and can’t be resealed.   

 

source:::: NDTV.COM site

Natarajan

As Mobile Roars Ahead…. What Next ?

While discussions about tech bubbles have been heated, few commentators seem to be targeting their invective at the real underlying bubble: the World Wide Web itself is crumbling. Like any outmoded technology, the Web is rapidly losing users as it fails to adapt to disruption from mobile apps and continues to perform poorly – despite incredible optimization efforts – due to a bloated software architecture built of hacks on top of hacks. It had an unbelievable 25-year run, but I think it’s time to admit that the product is reaching its last throes.

Just to be clear what we are discussing, the Web is a collection of protocols (namely, HTTP) and hyperlinked documents (built using HTML) that allow users to easily produce and consume content. Since HTTP is a standardized protocol and HTML is a markup language, the Web is platform-agnostic and usable on any device that can connect to the Internet. A key result of this design is unprecedented openness – through hyperlinks, users can connect their content to any other page without seeking permission.

Beginning in the early 1990s, this system would transform the world for the next 15 years, becoming the key vehicle for information and content dissemination across the globe. But as demands increased for quality, security, and control, the Web started to buckle. Its incredible growth forced it to expand far beyond the designs of its technical specifications into areas like asynchronous server communications and local data storage. As smart devices arrived at the end of the last decade, it became increasingly clear that the Web had found its competitor.

And then it lost.

Here is a startling fact: for all but the most mundane applications, it is easier today to create a rich application using XCode or Eclipse than it is to develop a comparable app on the Web. With the libraries offered by iOS and Android, software engineers have extensive standardized resources to build great experiences for users, and both platforms have reached sufficient maturity that documentation is plentiful and APIs are fairly consistent.

The Web has tried to compete with the “mobile web” concept, but like so many responses to technology disruption, this one seems too little, too late. Building an engaging application with HTML5 on mobile is unbelievably challenging, even with a host of libraries downloaded from GitHub to simplify the process. Mozilla’s expansion into the space through FirefoxOS and Open Web Apps is a decent start, but with Americans already spending more time on their smartphones than on the Web through a PC, such efforts are becoming moot.

Even if you get a mobile web application running, its performance will pale in comparison to natively run, compiled code. As Drew Crawford wrote last year about running JavaScript on mobile devices, mobile web apps have little hope of ever competing since mobile hardware is fundamentally resource-constrained, and JavaScript’s interpretive nature can never be optimized to match native performance. From the user’s perspective, compiled apps are easier to discover, seem more natural, and perform better.

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It’s truly a sad moment, given that we are sacrificing so much of the Web’s best qualities for proprietary native apps. There is no way to construct URLs to apps, nor any method to hyperlink to specific content within an app container, a concept called “deep linking.” New libraries are harder to build given the closed nature of the iOS platform, and Android’s openness has slowly faded as well. That means source code for apps isn’t visible for modification or improvement, deeply cutting down on the speed on which new techniques are propagated across the development community. In short, independent developers are being harmed in the race to ensure that the largest enterprises can control their brand’s online experience.

Openness could have been the key competitive angle for the Web. Yet the stories over the past two years about the NSA’s Internet surveillance program have completely undermined that argument for consumers. Now, with the potential of the FCC gutting its net neutrality policy, even the ability to equally access information online is at risk. To a degree, we only have ourselves to blame. When websites started blocking links connecting to their content and companies began walling off more of their data to non-members, the development community became instrumental in making openness an empty phrase.

While the Web may be dying, its core objectives live on. I remember when my family bought our first modem. It was 28.8kbps if I recall, and the Internet back then was deeply confusing. We bought a book which listed all the major websites, since search engines were still embryonic. It was a simpler time. Table HTML tags were the only means for laying out webpages, as CSS level 1 wouldn’t be devised until late in 1996. Given the speed of the modems back then, the Internet was mostly textual, with a design aesthetic that was creatively chaotic if not the most usable. It was inviting and open.

We need to return to this kind of world again, and the only way we are going to get there is to rebuild our stack from the bottom. In short, we need a literal “Web 2.0,” a new edition that brings back some of the critical features that have been removed in our race to build better Internet applications.

What would a new Web look like? For one, it would make very different assumptions about users and their habits. It would assume multiple devices and a cloud-based infrastructure, and so it would handle synchronization services fundamentally as part of its protocols. It would assume two-way communications between the client and the server and thus could natively handle push communications. It would simultaneously have better facilities for handling identity online, while also providing better anonymity.

Like the expansion of the United States to the West, the Web started as a world with an open mindset and local, flexible rules. Over time, fences appeared, property was divvied up, and society became more process-driven to protect the property people already had rather than to ensure the best possible development of the future. For the internet to evolve, we need to move away from the technologies that are slowly degrading and infantilizing our experience, and strike a new path toward a world where the Internet once again is open and free.

source::::: Posted by Danny Crichton (@DannyCrichton) in TECHCRUNCH

Natarajan

Cassette Tapes are Back ?…. SONY Says “Yes” !!!

The cassette tape has long been irrelevant in the consumer market, with the technology hanging on only in a few isolated hipster music circles. In storage media industry, however, cassettes have never really gone out of style. Magnetic tape is still one of the most reliable ways to archive large amounts of data, and the technology is still improving.

Sony has announced that its new magnetic tape technology is designed to store more information on a single cassette than ever before. According to the company, the new technology has a “nano-grained magnetic layer with fine magnetic particles and uniform crystalline orientation.” What this means is a new cassette that can store more than 185TB of data on a single cartridge with a recording density of 148GB per square inch. This is, according to Sony, 74 times the amount of data that can be stored on the current highest-density magnetic tape storage cassettes.

Sony officially announced its new magnetic tape tech earlier this week at the INTERMAG conference in Dresden, Germany. The announcement was made in conjunction with IBM, which measured the recording density of the new media for Sony.

Sony is calling its new magnetic tape the “next generation” of tape storage media. The product was created by placing uniform layers of crystals on polymer film thinner than 5 micrometers. This was accomplished using a technique called “sputter deposition” and optimizing the technique to provide smooth layers of crystals that are uniform in size. The average thickness of each of these layers is 7.7 nanometers.

Sony is betting that its new storage technology will be sorely needed in the growing age of cloud computing. Though end users can interact with cloud data in the magical-sounding way the marketing hype suggests, the companies behind these cloud products actually have to store many terabytes of data. With data storage facilities quickly growing, any chance to save space through greater storage density is likely to be popular with large data storage businesses.

Image via Wikimedia Commons

source::::: Stumbleupon.com

natarajan

Incredible Art…Body Art !!!

 

Remarkable Body Art by Johannes Stotter!

Johaness Stoetter takes body art to new heights of creativity, transforming human models into fruits, animals, flowers or part of the environment itself, submerged into the background. She is the winner of the World Body-Painting Championship of 2012, and simply loves what she’s doing.
When asked about her inspiration, she replied that she observes the world and its colors and nature with clear eyes and an open heart, and that painting is her greatest passion.
body art
body art
body art
body art

body art
body art
body art
body art
body art
body art
body art
body art
body art
body art
body art
body art

Submitted by user: Daria V.  in ba- ba mail site

natarajan

Showing the True Colors ….!!!

 

Karla Mialynne Show Her True Colors…

As a very talented painter, Karla Mialynne often gets asked how she creates the her paintings, and what she uses to bring them to life. And so, in order to shed a bit more light on the subject, she now takes photos of her works with the tools she used to create them. As you see, her main tools are watercolor pencils, colored markers and acrylic paint, all combined to give her paintings vivid colors and incredible realism and beauty.
artist shows her tools
artist shows her tools
artist shows her tools
artist shows her tools
artist shows her tools
artist shows her tools
artist shows her tools
artist shows her tools
artist shows her tools
artist shows her tools
artist shows her tools
artist shows her tools
artist shows her tools
artist shows her tools
artist shows her tools

Submitted by user: Tara G.  in ba-ba mail site

natarajan

The Whimsical Japanese School Buses !!!

 

School authorities in Japan have learned a thing or two about kids. For one, they learned that kids are much happier to go to school when it’s in one of these school buses!
Kitty cat bus
japanese school bus
 

Thomas the Tank Engine bus

japanese school bus
 

Hello Kitty bus
japanese school bus
 

Locomotive school bus
japanese school bus
 

Puppy bus
japanese school bus
 

Totoro Neko bus
japanese school bus
 

Teddy Bear bus
japanese school bus
 

Pokemon bus
japanese school bus
 

Airliner bus
japanese school bus

Source::::ba-ba mail site

natarajan

 

Water Wheel …An Answer For Carrying Water !!!

The WaterWheel” Design by Cynthia Koenig

 

Wello started off as a social venture with the mission of providing clean water to everyone. They have launched several business models that encourages people to use the WaterWheel to lift their lives and families out of poverty. Especially in rural nations, where lives depend on water more than anything. One billion people don’t have direct access to water. This means that they have to travel at least 1/2 a mile for a safe water source. As many know, women usually carry clay pots on their heads or by their waist. To get a sufficient amount of water, it is very heavy.

Cynthia Koenig and her team spent 12 months developing a prototype for what is called the WaterWheel.

It is noted that the WaterWheel has several benefits.

  • It is high quality and durable. Because it has to endure several terrains, it is manufactured from safe plastics that last a long time.
  • It’s hygienic. The cap design prevents contamination and it reduces diarrheal disease, which is a major cause of death in infants.
  • It’s affordable. Most of the people that need the WaterWheel don’t have the resource to pay for it, therefore Wello has developed an innovative business model that enables Wello to offer the WaterWheel at a low cost.
  • It’s convenient. The WaterWheel can transport 50L at once at a fast pace which means that more water in less time.
  • It’s aesthetically pleasing. The WaterWheel is in the shape of the traditional “matka”, the utensil for carrying water, so women will feel comfortable carrying it around.

 


By giving people access to water, the WaterWheel frees up time for women and removes the burdens that prevent children from going to school. This boosts family income, health, education, and general wellbeing. This will break the cycle of poverty. Innovation is key.

source:::: the power of design.quora.com  and  http://unreasonableinstitute.org/profile/ckoenig/
natarajan

Source: the WaterWheel – Wello Water

How Krishnans Brought Wimbledon Home …!!!

 

 

Ramanathan Krishnan and Lalitha Krishnan at their natural grass court patterned on those at Wimbledon. Photo : R Ravindran.

 

 

The English championship is two months away and fans are making plans to be there. But the first family of Indian tennis has other ideas

No sprightly girls and boys to chase the yellow balls. No linesmen to yell out calls. No electronic board to flash the scores. But superlative matches are played every day at this grass court, where tall trees fill in for spectators.

These ‘matches’ defy the humdrum order of time, space and sequence. One moment, an iceberg-cool Borg and a fiery McEnroe are locked in a nail-biting tie-breaker. In the next, Ashe gets the better of Connors with a clever mix of slice and spin. Then come Nadal and Federer fighting a war of attrition, which is followed by an emotion-soaked final where a kind Duchess of Kent offers her shoulder to a teary-eyed Jana Novotna, disconsolate after her loss to Steffi Graf.

Welcome to the private grass court at Oliver Road in Mylapore, maintained by Indian tennis’ first family, the Krishnans, as a tribute to Wimbledon. For the Krishnans, this natural grass court, which borrows features from the hallowed courts of Wimbledon, serves as a mind screen to replay and relive the timeless matches from the prestigious English championship. (Also significant is that this court is one of the very few natural grass courts in the country.)

 “Wimbledon is dear to every member of our family. We have followed the championship closely for decades,” says Ramanathan Krishnan, 77 now.

 The Krishnans not only tracked Wimbledon, they also excelled in it — a fact that largely shaped their deep attachment to the championship and also the decision to design a natural grass court patterned on those at Wimbledon. Ramanathan Krishnan is a two-time semi-finalist (1960 and 1961) at Wimbledon and his son Ramesh Krishnan, the winner of the 1979 Wimbledon juniors title and a quarter-finalist in the men’s section in 1986.

 “It was our son Ramesh’s idea to design a Wimbledon-type grass court at our house on Oliver Road. Around four years ago, he came up with this plan and everyone was excited about it. Ramesh got all the necessary information from Wimbledon. My wife Lalitha assisted in executing the project. And when it was done, we knew we had brought Wimbledon home,” declares Ramanathan, who spends the evening hours with Lalitha at this private grass court, both of them merrily parked in broad, deliciously comfortable bamboo chairs.  “When Wimbledon is on, we bring out the television set and watch the matches sitting here,” says Lalitha, 70.

The Krishnans are going to a lot of trouble to make Wimbledon more immediate for themselves: they have put two men, A. Shanmugam and M. Manickam, on the job of maintaining the court. Natural grass court maintenance is costly and cumbersome, the reason we don’t have many of them around.

Notably, this grass court is not used regularly — for ‘real’ matches, that is. “Once in two months, Ramesh, who lives in R.A. Puram, brings some of his friends along for a game,” says Ramanathan.

Besides the love of Wimbledon, there are other sentiments that spur the desire to keep the court in shape and working order. Beneath the grass, lie clayey memories of long practice hours and family bonding. “This was a clay court for well over three decades, before it was turned into a grass court four years ago. We set up the clay court in 1975. It was a training ground for Ramesh,” says Ramanathan.

 “Father would train Ramesh from 10 a.m. to 5 p.m. at this court,” recalls Gowri Krishnan-Tirumurti, Ramanathan’s daughter, who also trained at the court and is the 1982 Indian national juniors champion.

In its clayey days, the court saw five south Indian champions play and practise the sport — T.K. Ramanathan, Ramanathan Krishnan, Ramesh Krishnan, Gowri Krishnan and Shankar Krishnan (a cousin of Ramesh and Gowri). “Just like my dad and brother, Shankar went on to play Davis Cup,” says Gowri.

This private tennis court may have created champions, but its charm lies in the sense of togetherness it has fostered among the Krishnans. “I remember when we would be practising, our mother would sit on the sidelines and peel oranges for us,” says Gowri.

The bonding has extended to the youngest generation. Ramanathan’s grandchildren — Gayathri, Nandita, Bhavani and Vishwajit — are in their twenties and studies have taken some of them away from home; yet, when they visit their grandparents, they love to sit around this clay-turned-grass court. Says Gowri, “Successive generations have learnt many things around this court. Discipline is one of them.”

 And, surely, also what it takes to be a winner.

Keywords: KrishnansWimbledon

 

source:::: The Hindu…

natarajan

 

இரண்டாம் வாய்ப்பு !!!….

 


மின்சார பல்பைக் கண்டுபிடித்தது யார் என்று கேட்டால், தாமஸ் ஆல்வா எடிசன் எனப் பட்டெனக் கூறிவிடுவீர்கள். அவர் மின்சார பல்பைக் கண்டுபிடிப்பதற்கு முன்னர் ஆயிரம் முறையாவது சோதித்துப் பார்த்திருப்பார்.

ஒரு நாள் எடிசனின் சோதனை வெற்றிபெற்றது. அவரது உதவியாளர்கள் மகிழ்ச்சியில் திளைத்தனர். அப்போது எடிசன், அலுவலகப் பையனை அழைத்தார்.

‘‘இந்த பல்பைச் சோதனை செய்’’ என்றார் எடிசன்.

எடிசன் சொன்னவுடன் அவனுக்கு ஒரே பதற்றம். பல்பை வாங்கும்போதே தவறுதலாகக் கீழே போட்டுவிட்டான். எடிசனுக்குக் கோபம் வந்தது. ஆனால், ஒன்றும் சொல்லவில்லை. எடிசன் தன்னை வேலையை விட்டு அனுப்பிவிடுவார் என்று அந்தப் பையன் பயந்தான்.

எடிசன் மீண்டும் ஒரு புதிய பல்பை உருவாக்கினார். மறுபடியும் அதே அலுவலகப் பையனை அழைத்தார்.

‘‘இந்தப் பல்பையாவது சரியாக வாங்கிச் சோதனை செய்’’ என்று சொன்னார் எடிசன்.

எடிசனின் இந்தச் செயல் அவரது உதவியாளர்களுக்கு ஆச்சரியத்தை அளித்தது. அவர்களுள் ஒருவர், ‘‘ஏற்கெனவே ஒருமுறை பல்பை உடைத்துவிட்டான், மீண்டும் அவனுக்கு எதற்கு வாய்ப்பு தர வேண்டும்?’’ என்று கேட்டார்.

இன்னொரு உதவியாளரோ, “மீண்டும் அவன் பல்பை உடைத்துவிட்டால் உங்கள் உழைப்பு வீணாகிவிடாதா’’ என எடிசனிடம் கேள்வி எழுப்பினார்.

அதற்கு எடிசன் பொறுமையாகப் பதில் கூறினார். “இந்தப் புதிய பல்பை உருவாக்குவதற்கு எனக்கு ஒரு நாள்தான் ஆனது. மீண்டும் அது கீழே விழுந்து உடைந்துவிட்டால், ஒரே நாளில் என்னால் புதிதாக இன்னொரு பல்பை உருவாக்கிவிட முடியும். ஆனால், இந்த வேலையை மறுபடி அவனிடம் ஒப்படைக்காவிட்டால், அவன் தன்னுடைய தன்னம்பிக்கையை இழந்துவிடுவான். அதை மீண்டும் அவ்வளவு எளிதாக அவனிடம் உருவாக்க முடியாது. அப்படி நடப்பதை நான் விரும்பவில்லை” என்று சொன்னார்.

source:::::The Hindu… Tamil…
natarajan