isn't they horny..!!!

Here are few pictures of longhorn Bulls from Around the world, Especially from Texas Portugal and Africa.

The Bubble master

Extra Large Desi Bull Collection Pakistan

here are some pictures of desi bulls from Pakistan for eid ul azha to be sacrifice.

The Terminator

The animal termintor 2020

Dragon Became Men's Prey

There was a time when stories were told that dragon  had eaten men etc.now men are eating everything even dragons

Well at Sirkup Remains of gandhara Civilization at Taxila,Pakistan

Above is the picture of a well present at sirkup Taxila Pakistan.Though the well is only one feet deep but still is the part of a great civilization named gandhara civilization.

Gandhara Civilization - Guard's Room Sirkup, Taxila Pakistan

Above is the Pictures of Guards room in Sirkup Taxila,Pakistan.Sirkup is a part of gandhara civilization and is remains are of a city in 1st Century B.C to 2nd Century B.C

Barbie Girl - Girl Looks Alike Barbie Doll

Due to her incredible Barbie look, Wang Jia Yun became a top search term amongst many Chinese and especially Korean search engines between February 16th and 17th. With large round eyes, sharp oval face, pointed chin and slender body, Wang Jia Yun was instantly nicknamed “Chong Qi Wa Wa”  in Chinese, which means blow-up doll in English.

Wang Jia Yun Info

Other Name(s): Wang Jiayun, Chong Qi Mei, Chong Qi Wa Wa, blow-up doll, inflatable girl
Born: Kowloon, Hong Kong
Location: Shenzhen, China
Height: 164cm
Weight: 42kg
Occupation: student

17-year-old Chinese female student Wang Jia Yun  became famous overnight in the Chinese and Korean blogospheres last month. First revealed as a life-size walking doll born in Kowloon, Hong Kong, Wang Jia Yun is actually a normal high school student, currently studying in Shenzhen, Guangdong Province, China.

More Photos Of Wang Jia Yun Can Be Found At: Red Flava Gallery

55 Cancri e - Diamond Planet Found

The universe just got a bit richer with the discovery of an apparent diamond-rich planet orbiting a nearby star.

Dubbed 55 Cancri e, the rocky world is only twice the size of Earth but has eight times its mass—classifying it as a "super Earth," a new study says. First detected crossing in front of its parent star in 2011, the close-in planet orbits its star in only 18 hours. As a result, surface temperatures reach an uninhabitable 3,900 degrees Fahrenheit (2,150 degrees Celsius)—which, along with carbon, make perfect conditions for creating diamonds.
NASA's Spitzer Space Telescope collected data on the planet's orbital distance and mass, and resulting computer models created a picture of 55 Cancri e's chemical makeup.
"Science fiction has dreamed of diamond planets for many years, so it's amazing that we finally have evidence of its existence in the real universe," said study leader Nikku Madhusudhan, a postdoctoral researcher at Yale University.
"It's the first time we know of such an exotic planet that we think was born mostly of carbon—which really makes this a fundamental game-changer in our understanding of what's possible in planetary chemistry."
(See "'Diamond' Planet Found; May Be Stripped Star.")
At only 40 light-years away, in the northern constellation Cancer, the gemlike planet sits relatively near Earth. In dark skies, 55 Cancri e's host star is clearly visible to the naked eye.
Diamond Planet Has Odd Chemistry
The new models fit with previous studies that showed 55 Cancri e's parent star was abundant in carbon—much more so than our sun.
"If we make the assumption that the star and its surrounding planets are all born from the same primordial disk of material, then it makes sense that the entire planetary system would be carbon rich," said Madhusudhan, whose study will appear in an upcoming issue of the journal Astrophysical Journal Letters.
Princeton astronomer David Spergel believes the diamond-planet find probably represents the first discovery of a whole new class of planets whose chemistry has never been encountered.
"Unlike our solar system, which is dominated by oxygen and silicates, this planetary system is filled with carbon," said Spergel, who was not involved in the new study.
"While it's still unknown exactly what implication this will have on our understanding of evolution of planetary systems," he said, "there's no doubt it is an important step towards understanding the full diversity of planets."

Source : http://news.nationalgeographic.com/news/2012/10/121011-diamond-planet-space-solar-system-astronomy-science/