











Deepika Padukone Sizzles in Verve India November 2009
Saif Ali Khan All Rare Photos from Childhood.
Hot Actress Aaliyah Hottest Photoshoot Ever
The Holiday Inn Key Card Hotel was built by card-stacking master Bryan Berg, from 200,000 discarded hotel key cards.















Rajasthan Royals' batsman Graeme Smith hits a shot in their match against Delhi Daredevils at the Wankhede Stadium on Friday.
Rajasthan Royals' opener Swapnil Asnodkar plays a shot during their match against Delhi Daredevils on Friday.
Rajasthan Royals' allrounder Yusuf Pathan hits a six against Delhi Daredevils on Friday..
Shane Watson of the Rajasthan Royals hits a six against the Delhi Daredevils on Friday.
Rajasthan Royals' players celebrate the dismissal of Delhi Daredevils' captain Virender Sehwag on Friday.
Rajasthan Royals celebrating Gautam Gambhir’s wicket during IPL T20 first semi final match at Wankhade stadium
Rajasthan Royals captain Shane Warne greets Shane Watson on dismissal of Maharoof during first IPL T-20 semi final against Delhi Daredevils at the Wankhade Stadium in Mumbai on May 30, 2008
Rajasthan Royals' Shane Watson receives the Man of the Match award from Sharad Pawar after his team won the first IPL T-20 semi final against Delhi Daredevils at the Wankhede Stadium in Mumbai.
Rajasthan Royals' Yusuf Pathan receives the highest sixes award after his team won the first IPL T-20 semi final against Delhi Daredevils at the Wankhede Stadium in Mumbai on May 30, 2008.
At least 100 firefighters and rescue personnel were sifting through the debris for possible victims. Another person was seen being carried from the site alive.
"It was like a big crash coming down. A big noise. A lot of debris crashing hitting, coming down," construction worker Vincent Rosado told WABC-TV in New York.
he crane collapsed around 8 a.m. at East 91st Street and First Avenue, crashing more than a dozen stories to the ground, swiping a high-rise apartment and leaving a twisted pile of crane and apartment wreckage.
A second construction worker was reportedly injured in the collapse. The person's condition is unclear.
Six years of the Nitish Katara murder case
How it Happened??
Feb 16-17, 2002: Nitish Katara abducted from a marriage party in Ghaziabad.
Feb 20, 2002: The body of Nitish Katara found in a village in Bulandshahr. His alleged girlfriend Bharti Yadav, daughter of influential Uttar Pradesh politician D.P. Yadav, leaves for Britain.
March 11, 2002: The Tata Safari allegedly used in the murder recovered from GT Road, Karnal.
March 31, 2002: Uttar Pradesh police files a four-page chargesheet.
April 23, 2002: Prime accused Vikas and Vishal Yadav arrested from Madhya Pradesh.
Aug 23, 2002: Supreme Court transfers the case from Uttar Pradesh to Delhi.
Nov 23, 2002: Charges framed against the three accused - Vikas, Vishal and Sukhdev.
April 7, 2003: A separate trial starts against the third accused Sukhdev Pahalwan, who was arrested in 2005. The trial in Sukhdev's case is at the stage of prosecution evidence.
March 2004: All witnesses, except D.P. Yadav's daughter Bharti Yadav, depose in court.
November 2005: Prime witness Bharti Yadav returns to India.
May 2006: Bharti Yadav's passport is revoked.
Nov 25, 2006: Bharti Yadav deposes in court after three years of notices and summons.
December 2007: The prosecution wraps up its final arguments and claims Bharti Yadav's alleged proximity to Nitish resulted in her brothers murdering him.
April 2, 2008: Trial court begins hearing the Nitish Katara murder case on a day-to-day basis.
April 23, 2008: Trial in the Nitish Katara murder case ends.
May 27, 2008: Court fixes date for pronouncement of verdict.
May 28, 2008: Court holds Vikas and Vishal Yadav guilty of murder. Quantum of sentence to be pronounced May 30.
May 30:Delhi court has awarded life sentence to Vikas and Vishal Yadav, key accused in the sensational Nitish Katara murder case.
SourceThis is one of the smaller changes to Google – at least if measured in pixels! Google changed their “Favicon.ico”, the 16x16 image file that usually shows in the browser address bar or in bookmarks. The old icon used a square with red, green and blue edges, wrapping an upper-case “G”. The new logo is a bit more open, showing just the lower-case blue “g” from the Google logo, without borders, and a bit of shadow. To see this, visit Google.com (or images.google.com, Google Product Search and so on), empty your browser cache and reload the page.
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The Czeerz MK1 is a Dutch-made speedboat that relies only on solar energy, which makes it the first solar speedboat. The 10 meters-long boat reaches the speed of 30 knots which isn’t bad at all for this kind of vehicles. It has a light, carbon fiber shell covered with 14 square meters of solar panels that power an 80 kilowatt engine. Only thing this thing lacks is space, u can only get 2 people in it and they wouldn’t be very comfortable. But after all it’s built for speed not comfort.




Would you let someone jump over your infant like this?
Known as El Colacho in Spain, the Baby-Jumping Festival is a popular event that takes place in Castillo de Murcia near Burgos, every year since 1620. It’s basically all about infants laying on a blanket and adults dressed as devils jumping over them is a procession that’s supposed to cleanse the little ones of all evil doings.As a child, John Webber often played with the strange engraved metal cup that was lying around in his grandfather's scrapyard.
Even when he inherited the cup from the old rag-and-bone man, he assumed it was simply another piece of bronze or brass which had escaped the melting pot.
But last year Mr Webber, himself now a 70-year- old grandfather, unpacked it from its box after six decades to discover he had been sitting on a fortune.
Experts say the cup is pure gold and dates back to before the birth of Christ.
Next month, it will go up for auction with an estimate of between ¢G50,000 and ¢G100,000, although Mr Webber says he will not be surprised if it fetches half a million.
When they first saw it, experts were baffled by the piece, unlike any they had seen before.
That was until laboratory analysis of the gold put it in the third or fourth century BC.
Now it is thought the intricate design is the work of craftsmen in the days of the Achaemenid Persian Empire, which spanned three continents until Alexander the Great defeated the forces of its last ruler in 330BC.
Mr Webber said the cup was acquired in the late 1930s or early 1940s by his grandfather William Sparks in Taunton, Somerset.
Before his death in the late 1940s he gave it to his grandson because his own son had already died.
Believing it to be brass or bronze, Mr Webber put the cup, along with other gifts, in a box and forgot about it until last year when he moved house.
Only then did he unwrap the cup from tissue paper and realise the long-forgotten toy of childhood might in fact be gold.
Mr Webber, who lives near Taunton, said: 'My grandfather was originally a proper rag-and-bone ban from Romany stock and lived in a caravan.
He formed a scrap-metal company in the 1930s and made enough to have his own house built.
'I remember when I was a boy playing with all the things he had. As a child I remember the faces on the gold cup used to scare me to death.
'I'm sure a lot of pieces ended up in the melting pot, but not this. My grandfather must have known it was of some value.'
Mr Webber sent the cup to the British Museum where experts recommended he have it tested at a laboratory.
Tests confirmed its age and that it had been crafted from just one piece of gold.
Scientist Peter Northover reported: 'The method of manufacture and the composition of the gold are consistent with Achaemenid gold and goldsmithing.'
The vessel is to be auctioned at Duke's auction house in Dorchester on June 5, along with two other items passed down from Mr Webber's grandfather.
They are a gold spoon valued at ¢G10,000 which might have come from Roman North Africa, and a 'Hellenistic' gold mount with a figure thought to be Ajax, probably from the second century BC and valued at up to ¢G2,000.


6:27 - Announcer welcomes Les Hinton, CEO of Dow Jones. Applauding Walt and Kara, discussing the "change in ownership,".
6:30 - Welcoming out Walt and Kara... aaand here they are.
6:47 - Taking it back to the beginning, what kind of classmate/roommate was Bill in college? "He was a pretty shy guy... quiet, kind of shy, but a certain kind of spark. Especially later in the day, early in the morning. Bill was usually going to bed by the time I was waking up." Bill's talking about how he constantly played hookey.
7:29 - "This is 'likely to ship within three years of general availability of Vista.'" Demo time! It does multi-touch!
7:35 - They worked with the Surface team on the multi-touch stuff. Microsoft is re-thinking the whole user interface to better accommodate multi-touch for day to day use.
7:39 - Swisher and Mossberg: So, what does this represent? Is this the next phase of the way people will do day to day work on their computers? Gates: "We're at an interesting junction... in the years to come, the roles of speech, vision, ink, all of those will become huge. I showed what an intelligent whiteboard would be like."Availability, price and employee familiarity often determines which operating systems are offered on dedicated servers. Variations of Linux (open-source operating systems), are often included at no charge to the customer. Commercial operating systems include Microsoft Windows Server, provided through a special program called Microsoft SPLA. Red Hat Enterprise is a commercial version of Linux offered to hosting providers on a monthly fee basis. The monthly fee provides OS updates through the Red Hat Network using an application called up2date. Other operating systems are available from the open source community at no charge. These include CentOS, Fedora Core, Debian, and many other Linux distributions or BSD systems FreeBSD, NetBSD, OpenBSD.
Support for any of the operating systems above typically depends on the level of management offered with a particular dedicated server plan. Operating system support may include updates to the core system in order to acquire the latest security fixes, patches, and system-wide vulnerability resolutions. Updates to core operating systems include kernel upgrades, service packs, application updates, and security patches that keep server secure and safe. Operating system updates and support relieves the burden of server management from the dedicated server owner.
Dedicated hosting server providers utilize extreme security measures to ensure the safety of data stored on their network of servers. Providers will often deploy various software programs for scanning systems and networks for obtrusive invaders, spammers, hackers, and other harmful problems such as Trojans, worms, and eggdrops (see "Limitations" below). Linux and Windows use different software for security protection.
Providers often bill for dedicated servers on a fixed monthly price to include specific software packages. Over the years, software vendors realized the significant market opportunity to bundle their software with dedicated servers. They have since started introducing pricing models that allow dedicated hosting providers the ability to purchase and resell software based on reduced monthly fees.
Microsoft offers software licenses through a program called the Service Provider License Agreement. The SPLA model provides use of Microsoft products through a monthly user or processor based fee. SPLA software includes the Windows Operating System, Microsoft SQL Server, Microsoft Exchange Server, Microsoft SharePoint and shoutcast hosting, and many other server based products.
Dedicated Server Providers usually offer the ability to select the software you want installed on a dedicated server. Depending on the overall usage of the server, this will include your choice of operating system, database, and specific applications. Servers can be customized and tailored specific to the customer’s needs and requirements.
Other software applications available are specialized web hosting specific programs called control panels. Control panel software is an all inclusive set of software applications, server applications, and automation tools that can be installed on a dedicated server. Control panels include integration into web servers, database applications, programming languages, application deployment, server administration tasks, and include the ability to automate tasks via a web based front end.
Most dedicated servers are packaged with a control panel. Control panels are often confused with management tools, but these control panels are actually web based automation tools created to help automate the process of web site creation and server management. Control panels should not be confused with a full server management solution by a dedicated hosting provider.























Maria Yuryevna Sharapova (Russian: Мари́я Ю́рьевна Шара́пова listen (help·info)) (born April 19, 1987) is a Russian professional tennis player who is currently ranked World No. 1. At the end of 2006, she was the world's highest-paid female athlete.[2]
Sharapova has won three Grand Slam singles titles. In 2004, she beat Serena Williams to take the Wimbledon title at the age of 17. Two years later, she defeated Justine Henin in the final of the 2006 U.S. Open. At the 2008 Australian Open, she beat Ana Ivanovic in the final. Sharapova has been ranked in the top 10 since winning Wimbledon, the longest of any current female tennis player.[citation needed]. Although she has never been the year-end World No. 1, she achieved that ranking in 2005 (twice) and 2007 before relinquishing it before the end of those years.
















Check out different stages of the rice field art from start to harvesting.















Li Ching-Yuen or Li Ching-Yun ( (Szechuan, China, May 1677 - May 6, 1933) is said to have been one of the oldest persons who ever lived, reportedly dying at 256 years of age.
Li Ching-Yuen was supposedly born in 1677 in Chyi Jiang Hsie, Szechuan province. He spent most of his life in the mountain ranges gathering herbs and knowledge of longevity methods.
In 1748, when he was 71 years old, he moved to Kai Hsien to join the Chinese army as a teacher of the martial arts and as a tactical advisor.
In 1927, Li Ching Yuen was invited by General Yang Sen to visit him in Wann Hsien, Szechuan. The general was fascinated by his youthfulness, strength and prowess in spite of his advanced age. His famous portrait was photographed there.
Returning home, he died a year later. Some say of natural causes, while others claim that he told friends that “I have done all I have to do in this world. I will now go home,” and then allowed his spirit to depart.
After Li’s death, General Yang Sen investigated the truth about his claimed background and age. He wrote a report that was later published. In 1933, people interviewed from his home province remembered seeing him when they were children, and that he hadn’t aged much during their lifetime. Others reported that he had been friends with their grandfathers. The truth regarding his long life may never be solved.

Following is the sequence of events in the investigation into the killing of 15-year-old Aarushi Talwar and domestic help Hemraj that culminated in the arrest of her father Rajesh Talwar on Friday.
May 16
Aarushi Talwar, daughter of a dentist couple, found dead with her throat slit in the bedroom of her flat in Jal Vayu Vihar; domestic help Hemraj suspected.
May 17
*Hemraj's body found on terrace of Talwar's house.
*Noida sector 20 station house officer shifted for lapses in investigations.
*Autopsy report rules out sexual assault.
May 18
*Police say murders done with surgical precision; insider job suspected.
*Superintendent of Police (City) Mahesh Mishra shifted out.
May 19
*Talwar's former domestic help Vishnu Sharma named suspect.
May 21
*Delhi Police join murder probe; police say murder committed by "doctor or butcher".
May 22
*Family under suspicion; honour killing angle probed; police quiz Aarushi's close friend Anmol, who she spoke to 688 times in the 45 days before she was murdered.
May 23
*Aarushi's father Rajesh Talwar arrested for twin murders.





It was built on the whim of a Victorian inventor with the aim of linking two great cities and developing the kind of friendship that still exists today.
But bad fortune befell the venture - and the tunnel lay idle ever after.
Until today, that is, when the project was rekindled with a modern twist.
Using a giant "electronic telescope" and state-of-the-art technology,
It meant that New Yorkers and Londoners could wave to each other across the sea and begin the kind of mute dialogue that was only a dream all those years ago for eccentric engineering entrepreneur Alexander Stanhope St George (deceased).
Or at least, that's the way the story goes.
The Telectroscope uses 6ft screens and a Jules Verne style telescope that gleams with brass and an array of Victorian dials. Participants peer into one end of the screen - and hey presto - they can see anyone standing at the other side.
Much of the first few hours of this morning were taken up by bemused-looking Americans gazing cautiously at the antics of the London transatlantic gazers before realising that it wasn't a set-up, that they weren't being filmed for a candid camera TV stunt, and that it wasn't a terrorist threat.
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This is Lurch, the proud bearer of the world’s largest horns. Lurch is a Watusi bull living in an Animal shelter, whose horns measure 92.25 cm and weigh more than 100 pounds each. He’s quite the attraction in his home state and he’s favorite pass-time is acting as bodyguard for a crippled horse that’s being harassed by fellow horses. He looks amazing doesn’t he?
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Several John Glenn Middle School seventh- and eighth-graders were recently honored by The Johns Hopkins University Center for Talented Youth (CTY) for their exceptional performance on the College Board’s SAT test. Victoria Albert, Eleni Drivas, Ruth Hanna, James Kuo, Annika Nosal, Allegra Scharff, and Pamela Weidman earned a High Honors award for achieving an exceptionally high score (at least 550 for seventh-graders and 600 for eighth-graders) on at least one component of the SAT. In addition, Ruth Hanna received a special award for having the highest Critical Reading score of all the Massachusetts seventh-graders who took the SAT.











This film is based on Chetan Bhagat's book One Night @ the Call Center Hello... is a tale about the events that happen one night at a call center. Told through the views of the protagonist, Shyam, it is a story of almost lost love, thwarted ambitions, absence of family affection, pressures of a patriarchal set up, and the work environment of a globalized office.
Shyam(Sharman Joshi) is losing his girl friend because his career is going nowhere as he trudges his way around in a call center. His girl friend, Priyanka(Gul Panag), is also an agent like him at the call canter who is about to be snatched by an NRI tech geek who works for Microsoft in America.
There is also the aspiring model, Esha(Isha Kopikar), who is hoping for the break that seems to be always already eluding her and the man about town, Vroom(Sohail Khan), who is into well, things. The housewife, Radhika(Amrita Arora), who is constantly at the receiving end of her mother-in-law and a beleaguered grandfather, Military Uncle(Sharat Saxna), who has been barred from interacting with his grandchild make up the rest of the call agents who see their worlds crumbling around them as the decisions of right sizing are conveyed by Bakshi(Dilip Tahil), the boss.
It is a night when dreams will finally crumble. Or will it? For there is that call from God. Narrated as a tale within a tale as a beautiful woman meets the author narrator and promises him a story on the condition that he has to narrate it further, Hello, based on Chetan Bhagat's one night @ the call Center, is the one remarkable story from Tales from a Thousand and One globalizing, urban, Indian Nights

The article “Lessons From Easter Island” presents a historic example of what happens when human beings take the environment for granted, indiscriminately stripping the planet of its natural resources, bringing society to the brink of collapse. History also shows that man refuses to learn from the past, thus repeating disastrous patterns—ultimately on a global scale.
Earth’s Resources,” we look at today’s landscape: The world population is increasing to disastrous proportions. And with China and India, two of the most populous countries on earth, emerging as First World nations, there are too few natural resources available to maintain the industrialized, high-tech, “Me first” lifestyles that billions wish to copy from the West. In addition, cities continue to absorb surrounding towns and suburbs, transforming into burgeoning megacities that encroach upon farmlands and wildlife areas. These and other factors are contributing to a future scenario of global violence as peoples and nations clash over food, water, oil and other disappearing necessities of life.Then, in our article “Is Going Green the Answer?” we look at the efforts offered to solve the situation before things grow worse.
Finally, in “The Environment, Dwindling Resources and Mankind,” we ask, How did humanity come to this point in the first place—and what will be its final outcome?
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Operating a green business is not only good for the environment but good for your business's bottom line because conserving resources and cutting down on waste saves money. The good news is that whether you run a home-based business or an off-site enterprise, there are simple things you can do to run an environmentally friendly business.
Recycling is the first thing that comes to mind when we think of being environmentally friendly. And recycling is important. But recycling is only one part of the environmentally friendly business equation. We can also take a large step towards being more environmentally friendly by reducing the amounts of waste in our offices and business operations.
Here are just ten easy-to-implement ideas for running a green business from the Department of Foreign Affairs and International Trade's Greening Operations guides that you can put into practice right now to make your office a more environmentally friendly place:
1. Turn off equipment when it's not being used. This can reduce the energy used by 25 percent; turning off the computers at the end of the day can save an additional 50 percent.
2. Encourage communications by email, and read email messages onscreen to determine whether it's necessary to print them. If it's not, don't!
3. Reduce fax-related paper waste by using a fax-modem and by using a fax cover sheet only when necessary.Fax-modems allow documents to be sent directly from a computer, without requiring a printed hard copy.
4. Produce double-sided documents whenever possible.
5. Do not leave taps dripping; always close them tightly after use. (One drop wasted per second wastes 10,000 litres per year.)
6. Install displacement toilet dams in toilet reservoirs. Placing one or two plastic containers filled with stones [not bricks] in the toilet's reservoir will displace about 4 litres of water per flush - a huge reduction of water use over the course of a year.
7. Find a supply of paper with maximum available recycled content.
8. Choose suppliers who take back packaging for reuse.
9. Instigate an ongoing search for "greener" products and services in the local community. The further your supplies or service providers have to travel, the more energy will be used to get them to you.
10. Before deciding whether you need to purchase new office furniture, see if your existing office furniture can be refurbished. It's less expensive than buying new and better for the environment.

Gropius's career was interrupted by the outbreak of the first world war in 1914. Called up immediately as a reservist, Gropius served as a sergeant major at the Western front during the war years, was wounded and almost killed.[1] Ironically the war provided an opportunity which would advance his career during the post war period. Henry van de Velde, the master of the Grand-Ducal Saxon School of Arts and Crafts in Weimar was asked to step down in 1915 due to his Belgian nationality. His recommendation of Gropius to succeed him led eventually to Gropius's appointment as master of the school in 1919. It was this academy which Gropius transformed into the world famous Bauhaus, attracting a faculty which included Paul Klee, Johannes Itten, Josef Albers, Herbet Bayer, László Moholy-Nagy, Otto Bartning and Wassily Kandinsky. Students were taught to use modern and innovative materials and mass-produced fittings, often originally intended for industrial settings, to create original furniture and buildings.
Also in 1919, Gropius was involved in the Glass Chain utopian expressionist correspondence under the pseudonym 'Mass'. Usually more notable for his functionalist approach, the "Monument to the March Dead", designed in 1919 and executed in 1920, indicates that expressionism was an influence on him at that time.
In 1923, Gropius aided by Gareth Steele, designed his famous door handles, now considered an icon of 20th century design and often listed as one of the most influential designs to emerge from the Bauhaus. He also designed large scale housing projects in Berlin, Karlsruhe and Dessau from 1926-32 that were major contributions to the New Objectivity movement.
With the help of the English architect Maxwell Fry, Gropius was able to get out of Germany in 1934, on the pretext of making a temporary visit to Britain. He lived and worked in Britain, as part of the Isokon group with Fry and others and then, in 1937, moved on to the United States. The house he built for himself in Lincoln, Massachusetts, was influential in bringing International Modernism to the US but Gropius disliked the term: "I made it a point to absorb into my own conception those features of the New England architectural tradition that I found still alive and adequate" (see [1]).
Gropius and his Bauhaus protégé Marcel Breuer both moved to Cambridge, Massachusetts to teach at the Harvard Graduate School of Design and collaborate on the company-town Aluminum City Terrace project in New Kensington, Pennsylvania, before their professional split. In 1944, he became a naturalized citizen of the United States.
In 1945, Gropius founded The Architects' Collaborative (TAC) based in Cambridge with a group of younger architects. The original partners included Norman C. Fletcher, Jean B. Fletcher, John C. Harkness, Sarah P. Harkness, Robert S. MacMillan, Louis A. MacMillen, and Benjamin C. Thompson. TAC would become one of the most well-known and respected architectural firms in the world. TAC went bankrupt in 1995.
Gropius died in 1969 in Boston, Massachusetts, aged 86. Today, he is remembered not only by his various buildings but also by the district of Gropiusstadt in Berlin.
In the early 1990s, a series of books entitled The Walter Gropius Archive was published covering his entire architectural career.
The building in Niederkirchnerstraße, Berlin, known as the Gropius-Haus is named for Gropius' great-uncle, Martin Gropius, and is not associated with Bauhaus.



The highly detailed and lavishly illustrated pictures which date from the 17th century were formerly bound together in book form and available only for scholarly study.
"I am thrilled that we are able to display the magnificent Mewar Ramayana manuscript, one of the finest manuscripts of the Ramayana epic ever produced," said exhibition curator Jerry Losty.
"This is one of the great secular texts of world literature. Its influence spread not just across India but the whole of South East Asia and endures to this day," he said at a preview on Thursday of "The Ramayana -- love and valour in India's great epic."
The story is still retold regularly in films, dances, songs and puppet shows.
The panels, each accompanied by a text explanation of what is happening and its significance to the story, detail each step in the life of Rama who is considered to be the seventh incarnation of Vishnu, the supreme Hindu god.
Originally comprising 400 paintings and 24,000 verses of text in Sanskrit, the pictures were bound in seven volumes of which the British Library has four and a half.
French actress Vahina Giocante (L) kisses sensuously her boyfriend French designer Ora Ito, as they arrive for the opening ceremony and the screening of Brazilian director Fernando Meirelles' film 'Blindness' at the 61st edition of the Cannes Film Festival on May 14, 2008 in Cannes
Appealing Aishwarya Rai (C) blows a kiss at the lucky photographers as she arrives with US actress Eva Longoria Parker (L) and French actress Rachida Brakni (R) to attend the opening ceremony and the screening of Brazilian director Fernando Meirelles' film 'Blindness' at the 61st Cannes Film Festival in Cannes.
Uruguyan actress and singer Elli Medeiros (R) kisses Argentinian director Pablo Trapero (L) during a photocall for their film 'Leonera' at the 61st Cannes Film Festival in Cannes on May 15, 2008.
French actress Vahina Giocante kisses her boyfriend, French designer Ora Ito, as they arrive for the screening of Brazilian director Fernando Meirelles' film 'Blindness' at the 61st edition of the Cannes Film Festival on May 14, 2008 in Cannes
Argentinian actress Martina Gusman (L) and Uruguyan actress and singer Elli Medeiros (R) kiss the lucky Argentinian director Pablo Trapero (L) during a photocall for their film 'Leonera' at the 61st Cannes Film Festival in Cannes on May 15, 2008.
US actress Julianne Moore blows a kiss at photographers (so that they click her) as she poses during a photocall for Brazilian director Fernando Meirelles' film 'Blindness' at the 61st edition of the Cannes Film Festival on May 14, 2008 in Cannes. (AFP Photo/Francois Guillot)
French actress Vahina Giocante (L) and her companion, French designer Ora Ito, pose as they arrive for the opening ceremony and the screening of Brazilian director Fernando Meirelles' film 'Blindness' at the 61st edition of the Cannes Film Festival on May 14, 2008 in Cannes.
French actress Vahina Giocante and her partner, French designer Ora Ito, pose as they arrive to attend the opening ceremony and the screening of Brazilian director Fernando Meirelles' film 'Blindness' at the 61st edition of the Cannes Film Festival on May 14, 2008 in Cannes.
Uruguyan actress and singer Elli Medeiros (L) and Argentinian actress Martina Gusman (R) kiss in front of Argentinian director Pablo Trapero during a photocall for their film 'Leonera' at the 61st Cannes Film Festival in Cannesc on May 15, 2008.

The Grail takes on even greater significance from tales that Joseph of Arimathea, in whose tomb Jesus was placed prior to his resurrection, used the cup to collect Jesus' blood while he was being crucified.
Theories abound as to where the cup eventually went. One says the Knights Templar, a medieval military order that persisted for more than 200 years, took it from Jerusalem during the Crusades.
There's also a story in which Joseph carries the Grail to Glastonbury, England, a Roman outpost at the time of Christ's crucifixion. In 1906, in fact, a blue bowl claimed by some to be the Grail was found there, and since then at least four other cups have been proclaimed to be the Grail, two from England and Wales and two from the Middle East.
But the reality, says historian Richard Barber, author of The Holy Grail: Imagination and Belief, is that the Grail stories are just that—stories.

The 64-member board met and voted to elect Jealous in Baltimore and plans to formally announce its decision on Saturday.
As for his experience, Ben is a former news executive and lifelong activist. For the NAACP, they'll get a young well connected leader familiar with black leadership and social justice issues.
Jealous takes the helm as the NAACP's 17th president just months before the organization's centennial anniversary, as the group grapples with dwindling membership and looks to boost its coffers.










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Theodore Maiman made the first laser operate on 16 May 1960 at the Hughes Research Laboratory in California, by shining a high-power flash lamp on a ruby rod with silver-coated surfaces. He promptly submitted a short report of the work to the journal Physical Review Letters, but the editors turned it down. Some have thought this was because the Physical Review had announced that it was receiving too many papers on masers—the longer-wavelength predecessors of the laser—and had announced that any further papers would be turned down. But Simon Pasternack, who was an editor of Physical Review Letters at the time, has said that he turned down this historic paper because Maiman had just published, in June 1960, an article on the excitation of ruby with light, with an examination of the relaxation times between quantum states, and that the new work seemed to be simply more of the same. Pasternack's reaction perhaps reflects the limited understanding at the time of the nature of lasers and their significance. Eager to get his work quickly into publication, Maiman then turned to Nature, usually even more selective than Physical Review Letters, where the paper was better received and published on 6 August.
With official publication of Maiman's first laser under way, the Hughes Research Laboratory made the first public announcement to the news media on 7 July 1960. This created quite a stir, with front-page newspaper discussions of possible death rays, but also some skepticism among scientists, who were not yet able to see the careful and logically complete Nature paper. Another source of doubt came from the fact that Maiman did not report having seen a bright beam of light, which was the expected characteristic of a laser. I myself asked several of the Hughes group whether they had seen a bright beam, which surprisingly they had not. Maiman's experiment was not set up to allow a simple beam to come out of it, but he analyzed the spectrum of light emitted and found a marked narrowing of the range of frequencies that it contained. This was just what had been predicted by the theoretical paper on optical masers (or lasers) by Art Schawlow and myself, and had been seen in the masers that produced the longer-wavelength microwave radiation. This evidence, presented in figure 2 of Maiman's Nature paper, was definite proof of laser action. Shortly afterward, both in Maiman's laboratory at Hughes and in Schawlow's at Bell Laboratories in New Jersey, bright red spots from ruby laser beams hitting the laboratory wall were seen and admired.
Maiman's laser had several aspects not considered in our theoretical paper, nor discussed by others before the ruby demonstration. First, Maiman used a pulsed light source, lasting only a few milliseconds, to excite (or "pump") the ruby. The laser thus produced only a short flash of light rather than a continuous wave, but because substantial energy was released during a short time, it provided much more power than had been envisaged in most of the earlier discussions. Before long, a technique known as "Q switching" was introduced at the Hughes Laboratory, shortening the pulse of laser light still further and increasing the instantaneous power to millions of watts and beyond. Lasers now have powers as high as a million billion (1015) watts! The high intensity of pulsed laser light allowed a wide range of new types of experiment, and launched the now-burgeoning field of nonlinear optics. Nonlinear interactions between light and matter allow the frequency of light to be doubled or tripled, so for example an intense red laser can be used to produce green light.
I had a busy job in Washington at the time when various groups were trying to make the earliest lasers. But I was also supervising graduate students at Columbia University who were trying to make continuously pumped infrared lasers. Shortly after the ruby laser came out I advised them to stop this work and instead capitalize on the power of the new ruby laser to do an experiment on two-photon excitation of atoms. This was one of the early experiments in nonlinear optics, and two-photon excitation is now widely used to study atoms and molecules.
Lasers work by adding energy to atoms or molecules, so that there are more in a high-energy ("excited") state than in some lower-energy state; this is known as a "population inversion." When this occurs, light waves passing through the material stimulate more radiation from the excited states than they lose by absorption due to atoms or molecules in the lower state. This "stimulated emission" is the basis of masers (whose name stands for "microwave amplification by stimulated emission of radiation") and lasers (the same, but for light instead of microwaves).
Before Maiman's paper, ruby had been widely used for masers, which produce waves at microwave frequencies, and had also been considered for lasers producing infrared or visible light waves. But the second surprising feature of Maiman's laser, in addition to the pulsed source, was that he was able to empty the lowest-energy ("ground") state of ruby enough so that stimulated emission could occur from an excited to the ground state. This was unexpected. In fact, Schawlow, who had worked on ruby, had publicly commented that transitions involving the ground state of ruby would not be suitable for lasers because it would be difficult to empty adequately. He recommended a different transition in ruby, which was indeed made to work, but only after Maiman's success. Maiman, who had been carefully studying the relaxation times of excited states of ruby, came to the conclusion that the ground state might be sufficiently emptied by a flash lamp to provide laser action—and it worked.
The ruby laser was used in many early spectacular experiments. One amusing one, in 1969, sent a light beam to the Moon, where it was reflected back from a retro-reflector placed on the Moon's surface by astronauts in the U.S. Apollo program. The round-trip travel time of the pulse provided a measurement of the distance to the Moon. Later, ruby laser beams sent out and received by telescopes measured distances to the Moon with a precision of about three centimeters—a great use of the ruby laser's short pulses.
When the first laser appeared, scientists and engineers were not really prepared for it. Many people said to me—partly as a joke but also as a challenge—that the laser was "a solution looking for a problem." But by bringing together optics and electronics, lasers opened up vast new fields of science and technology. And many different laser types and applications came along quite soon. At IBM's research laboratories in Yorktown Heights, New York, Peter Sorokin and Mirek Stevenson demonstrated two lasers that used techniques similar to Maiman's but with calcium fluoride, instead of ruby, as the lasing substance. Following that—and still in 1960—was the very important helium-neon laser of Ali Javan, William Bennett, and Donald Herriott at Bell Laboratories. This produced continuous radiation at low power but with a very pure frequency and the narrowest possible beam. Then came semiconductor lasers, first made to operate in 1962 by Robert Hall and his associates at the General Electric laboratories in Schenectady, New York. Semiconductor lasers now involve many different materials and forms, can be quite small and inexpensive, and are by far the most common type of laser. They are used, for example, in supermarket bar-code readers, in optical-fiber communications, and in laser pointers.
By now, lasers come in countless varieties. They include the "edible" laser, made as a joke by Schawlow out of flavored gelatin (but not in fact eaten because of the dye that was used to color it), and its companion the "drinkable" laser, made of an alcoholic mixture at Eastman Kodak's laboratories in Rochester, New York. Natural lasers have now been found in astronomical objects; for example, infrared light is amplified by carbon dioxide in the atmospheres of Mars and Venus, excited by solar radiation, and intense radiation from stars stimulates laser action in hydrogen atoms in circumstellar gas clouds. This raises the question: why weren't lasers invented long ago, perhaps by 1930 when all the necessary physics was already understood, at least by some people? What other important phenomena are we blindly missing today?
Maiman's paper is so short, and has so many powerful ramifications, that I believe it might be considered the most important per word of any of the wonderful papers in Nature over the past century. Lasers today produce much higher power densities than were previously possible, more precise measurements of distances, gentle ways of picking up and moving small objects such as individual microorganisms, the lowest temperatures ever achieved, new kinds of electronics and optics, and many billions of dollars worth of new industries. The U.S. National Academy of Engineering has chosen the combination of lasers and fiber optics—which has revolutionized communications—as one of the twenty most important engineering developments of the twentieth century. Personally, I am particularly pleased with lasers as invaluable medical tools (for example, in laser eye surgery), and as scientific instruments—I use them now to make observations in astronomy. And there are already at least ten Nobel Prize winners whose work was made possible by lasers.
There have been great and good developments since Ted Maiman, probably a bit desperately, mailed off a short paper on what was then a somewhat obscure subject, hoping to get it published quickly in Nature. Fortunately, Nature's editors accepted it, and the rest is history.











She made her entry into the films through a Telugu film Chirutha, starred opposite Ram Charan Teja (Son of Telugu Megastar Chiranjeevi). Chirutha is debut movie for both Neha Sharma and Ram Charan Teja. The movie was released on September 28,2007 and did good business in spite of mixed reviews but it didn't reach expectations. Neha Sharma got good recognition for her dance skills, acting & beauty in the movie.It has been confirmed that she will be doing another movie by the name of "Jandapai Kapiraju" with Krishna Vamsi as the director and Manchu Vishnu Vardhan Babu as the hero.
Mesopotamia (from the Greek meaning "The land between the two rivers")[1] is an area geographically located between the Tigris and Euphrates rivers, largely corresponding to modern Iraq[2], northeastern Syria,[2] southeastern Turkey,[2] and the Khūzestān Province of southwestern Iran[3][4].
Commonly known as the "Cradle of civilization", Bronze Age Mesopotamia included Sumer and the Akkadian, Babylonian, Assyrian Empires. In the Iron Age, it was conquered into the Neo-Assyrian Empire, which gave way to the Achaemenid Empire. It mostly remained under Persian rule until the 7th century Islamic conquest of the Sassanid Empire.
History
Mesopotamian history extends from the emergence of Urban societies in Southern Iraq in the 5th millennium BC to the arrival of Alexander the Great in the 4th century BC (which is seen as the hallmark of the Hellenization of the Near East, therefore supposedly marking the "end" of Mesopotamia). A cultural continuity and spatial homogeneity for this entire historical geography ("the Great Tradition") is popularly assumed, though the assumption is problematic. Mesopotamia housed some of the world's most ancient states with highly developed social complexity. The region was famous as one of the four riverine civilizations where writing was first invented, along with the Nile valley in Egypt, the Indus Valley in the Indian subcontinent and Yellow River valley in China (Although writing is also known to have arisen independently in Mesoamerica and the Andes).
Mesopotamia housed historically important cities such as Uruk, Nippur, Nineveh, and Babylon as well as major territorial states such as the Akkadian kingdom, Third Dynasty of Ur, and Assyrian empire. Some of the important historical Mesopotamian leaders were Ur-Nammu (king of Ur), Sargon (who established the Akkadian Kingdom), Hammurabi (who established the Old Babylonian state), and Tiglath-Pileser I (who established the Assyrian Empire).
"Ancient Mesopotamia" includes the period from the late 6th millennium BC until the rise of the Achaemenid Persians in the 6th century BC. This long period may be divided as follows:
Dates are approximate for the second and third millennia BC; compare Chronology of the Ancient Near East.


The source of his power: loyal soldiers










The show Naked Office plans to have cameras following fully clothed employees at work and gauging their views on nudity.
Some will be asked to pose for life-drawing classes to see how comfortable they feel in the buff in public.
And, every now and then, the firm’s staff will all be asked to come to work in the buff for an event called Naked Friday.
The basic idea behind the whole plot is to look at people’s attitudes to nudity, body image and the role clothes play in office hierarchy.
In a letter inviting companies to take part in Naked Office, producers assure potential participants the project would be a “very productive day as well as a day to remember.”
What is rogue anti-spyware? Rogue anti-spyware programs are defined by spyware and anti-spyware expert Eric Howes on the Rogue/Suspect Anti-Spyware Products and Sites page.
"Rogue/Suspect" means that these products are of unknown, questionable, or dubious value as anti-spyware protection.
Some of the products listed on this page simply do not provide proven, reliable anti-spyware protection or may be prone to ridiculous false positives. Others may use unfair, deceptive, high pressure sales tactics to scare up sales from gullible, confused users. A very few of these products are either associated with known distributors of spyware/adware or have been known to install spyware/adware themselves.
A bit of history about the Rogue Anti-Spyware page, if you will. I had been loosely tracking complaints on the web about anti-spyware apps for some time when the first "super rogue" was unleashed just over 2 years ago. In late November 2003, complaints about a program called Spy Wiper started popping up by the dozens in forums and blogs all over the net. I had an entire blog category devoted to Spy Wiper and its successor Spy Deleter. Eventually the Center for Democracy & Technology (CDT) filed a complaint about the two, and later the FTC took action and that operation was shut down.
Due to the Spy Wiper/Spy Deleter attacks I was really fired up about rogue anti-spyware and started blogging about rogue apps. A while later I learned that Eric Howes had also been tracking anti-spyware complaints and testing the applications. We began collaborating and the Rogue/Suspect Anti-Spyware page was officially launched on June 26, 2004 with about 50 apps listed.
Less than a year later, on June 9, 2005, the rogue list reached 200 apps. If you are wondering why there are so many rogue anti-spyware apps, click here and scroll down a bit. The list currently stands at 241 programs including 19 that have been de-listed but remain on the page with notes about why they were listed and later de-listed.
This year we have seen a proliferation of what I call super rogues, blogged here and here. These super rogues are usually seen on pages designed to look like a Windows security center, seen here and here. The super rogues are also known for hijacking desktops and being installed via security exploits, along with a myriad of spyware and adware apps, and are usually part of an infestation called smitfraud.
Let me say that choosing the top few was very difficult because they are all nearly identical in behavior and installation methods. I’ve ranked them in part by their pervasiveness and the number of complaints found about them on the web. They are apps that debuted this year, except for one honorable mention, an app that’s been around for about 2 1/2 years but continues to appear regularly in spyware infestations. The names of the programs are linked to a complaint or example of the app, not the website of the vendor or program.
Without further ado, I present to you the top 10 rogue anti-spyware applications of 2005.
Dis-Honorable mention goes to VirtualBouncer/AdDestoyer for its 2 1/2 year history of being stealth installed in exploits without notice or consent.
10. Spyware Bomber brought to us by the same folks behind Enternet Media, the spyware company shut down recently by the FTC.
9. SlimShield tied with Winhound Spyware Remover for hijacking and stealth installation.
8. WinAntiVirus and its companion WinAntiSpyware 2005 for hijacking, aggressive advertising and inappropriate collection of personally identifying information.
7. SpywareNo and its clone SpyDemolisher for stealth installation and deceptive aggressive advertising.
6. Razespyware for stealth installs, desktop hijacks and aggressive advertising.
5. Spy Trooper for stealth installs, desktop hijacks and aggressive advertising.
4. WorldAntiSpy for stealth installs, desktop hijacks and aggressive advertising.
3. PSGuard for stealth installs, desktop hijacks and aggressive advertising.
2. SpySheriff for stealth installs, desktop hijacks and aggressive advertising.
1. SpyAxe for desktop hijacks, stealth installs and deceptive, aggressive advertising.
Note: For anyone landing on this this page while searching for help with removing these rogues, I’d suggest going to one of the reputable spyware help forums and posting for help. SpyWareBeware, the home of ASAP, the Alliance of Security Analysis Professionals lists member sites where users can get expert help with spyware removal from trained volunteers.
Singer Asha Bhosle (L) is seen with cricketer Sachin Tendulkar as they arrive to receive Padma Awards.
Cricketer Sachin Tendulkar (R) gestures as he greets President Pratibha Patil (L) after receiving the Padma Vibhushan award in the field of sports during the presentation of the 'Padma Awards 2008' at the President House in New Delhi on May 5, 2008.
Cricketer Sachin Tendulkar with playback singer Asha Bhosle during the Padma awards function at Rashtrapati Bhawan in New Delhi on May 05, 2008.
President of India Pratibha Patil, left, presents Padma Vibhushan, one of country’s highest civilian awards to cricketer Sachin Tendulkar in New Delhi on May 05, 2008
Railway Minister Lalu Prasad Yadav (L) is seen with cricketer Sachin Tendulkar at the Padma Awards ceremony in New Delhi on May 5, 2008.










