Tuesday, October 6, 2009

Puma Punku Mysteries (Video)

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Pumapunku is a megalithic temple complex located in Tiwanaku, Bolivia. In Quechua, the name Puma Punku means, “The Door of the Cougar”. It is situated near the south eastern shore of Lake Titicaca, and sits on a plateau in the Andes at roughly 12,600 feet elevation. Pumapunku’s construction is generally believed to have taken place beginning around 200 BC.




The temple itself stood at least 56 feet tall and took up an area of 164 square feet while the overall site and the surrounding constructions, namely the pyramid which the ruins sit on, extend over half a kilometer in length. At its peak, Pumapunku is thought to have been “unimaginably wondrous,adorned with polished metal plaques, brightly colored ceramic and fabric ornamentation, and trafficked by costumed citizens, elaborately dressed priests and elites decked in exotic jewelry.
The technological innovation and the beautiful stonework that went into the creation of Pumapunku have drawn comparisons to the Egyptian pyramids, Stonehenge and Easter Island.
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Also, associated with Puma Punku is Tiwanaku. Tiahuanacu (also called Tiwanaku) is a mystery because of its age (estimated to be 17,000 years) and the peculiar stone technology. Today there is little doubt that Tiahuanaco was a major sacred ceremonial centre and focal point of a culture that spread across much of the region. The ancient people built a stone pyramid known as the Akapana.

The quarry for these giant blocks was on the western shore of Titicaca, some ten miles away. There is no known technology in all the ancient world that could have transported stones of such massive weight and size. The Andean people of 500 AD, with their simple reed boats, could certainly not have moved them. Even today, with all the modern advances in engineering and mathematics, we could not fashion such a structure.

Monday, October 5, 2009

Demi Moore Bush Pic and Tosh








Demi Moore Bush picture somehow became the top search item on the Web today. A Demi Moore Bush picture might make one believe at first that Demi Moore met with President Bush somehow. But there is a cruder meaning to a Demi Moore Bush picture, of course. In this case, the idea of searching for a Demi Moore Bush picture came from television, as Comedy Central’s newest Internet based show gave tips to Web users everyone on how to find a particularly noteworthy “Demi Moore Bush picture“ Comedy Central’s new show Tosh.0 has comedian Daniel Tosh surfing the Internet for embarrassing, noteworthy items that Internet users can find and enjoy. In the second episode of Tosh.0 this Thursday, Tosh sent his viewers on a Google search for the term “Demi Moore George Bush”

MSM Unemployment Stories 13x More Negative Under Reagan than Obama














Still more proof of appalling leftist media bias in the United States- as if any were needed.

A new study from the Business and Media Institute finds 91% of news stories re. unemployment in the 1980s were negative towards Ronald Reagan... while only 7% of coverage has been negative towards the Obama Administration.

The author of this study -Julia Seymore- here contrasts ABC News veteran Charles Gibson's reporting during the Reagan era with today's reprehensible cheerleading for the Obama Administration... when they faced near-identical 9+% unemployment rates (0:57):

Meanwhile, the Dem's misguided $800B Porkulus is a train-wreck, with unemployment soaring and the Dear Leader's promises in tatters. Contrast this with Ronald Reagan's creation of 20M jobs, expanding Real GDP by 30% in the process and you'll see that the liberal press didn't know what they were talking about then... any more than they do now.

Clay Matthews steals football from Adrian Peterson returns fumble for touchdown Video MNF












This play goes down as a fumble recovery for a touchdown, but I believe the layman’s term is “YOINK!” On Monday Night Football, Minnesota running back extraordinaire Adrian Peterson was running to the outside left and he got plugged up by a lineman and a linebacker when number 52 Clay Matthews came in and literally stole the ball right out of his arms and ran it back the other way for a touchdown!
That was such a smooth pickpocket the Packers are changing their team name from the Green Bay Packers to Oliver and Company. Clay Matthews’ new nickname is Bernie Madoff. (I’ll refrain from my “losing a ball” John Kruk joke.)
Anywaaaaaaay… Here’s the amazing video

Clay Matthews Packers Tonight!


Rookie Clay Matthews delivered the Packers’ notable moment from Monday Night Football tonight. Clay Matthews nabbed the ball from Adrian Peterson to deliver a 42 yard touchdown in a play that will make Tuesday morning’s highlight clips.

The 23 year old Matthews from USC stands 250 lbs and 6′3” and has delivered 4 tackles for the season.

But the Packers could not overcome the push of Favre. For the season, Brett is now 61 for 94 in completions, 566 yards, and 5 TDs. So far, 2009 has Favre better than his career average, delivering 65% completions this season compared to a career average of 62%.

Allen carries on tradition: Bashing Rodgers

Jared Allen of the Vikings brought down Green Bay quarterback Aaron Rodgers in the endzone in the fourth quarter for a safety.

The Packers QB started the game with a league-high 12 sacks. The Vikings, and Jared Allen, tacked on eight more.
Jared Allen did his best to be diplomatic and say all the right things about the Green Bay Packers offensive line leading up to Monday night's game, but the Vikings Pro Bowl defensive end and his linemates privately had to know that they had a decided advantage.
The Packers line has been a complete mess this season because of injuries and ineffective play, leading to a league-high 12 sacks allowed against quarterback Aaron Rodgers. It didn't take long for the Vikings to expose that weakness.
Led by Allen's relentless effort, the Vikings kept the heat on Rodgers all game in a 30-23 victory at the Metrodome.

The Vikings sacked Rodgers eight times, including a career-high 4 1/2 by Allen, who also forced one fumble and collected a safety.
Rodgers rose to the challenge, and still finished with 384 passing yards despite being constantly harassed. But the Vikings offset those numbers with turnovers, pressure and a huge goal-line stand late in the third quarter. And a lot of Allen.
Allen punctuated his dominating performance with a sack/safety midway through the fourth quarter.
Allen tackled Rodgers in the end zone, but the officials initially ruled that Rodgers fumbled at the 1. However, replays showed that his knee was down in the end zone, giving Allen a safety.
Allen set the tone for the night with 1.5 sacks, three tackles, a forced fumble and two quarterback hurries in the first half.
On the final play of the half, Allen chased Rodgers across the field and knocked him to the ground after his last-second Hail Mary throw to the end zone. Allen jumped up, took his helmet off and started yelling at the Packers bench. He had to be restrained by several teammates as the teams went to their locker rooms.

Nobel prize for chromosome find


This year's Nobel prize for medicine goes to the three US researchers who discovered how the body protects the chromosomes housing vital genetic code.


Elizabeth Blackburn, Carol Greider and Jack Szostak jointly share the award.

Their work revealed how the chromosomes can be copied and has helped further our understanding on human ageing, cancer and stem cells.

The answer lies at the ends of the chromosomes - the telomeres - and in an enzyme that forms them - telomerase.

The 46 chromosomes contain our genome written in the code of life - DNA.

When a cell is about to divide, the DNA molecules, housed on two strands, are copied.

But scientists had been baffled by an anomaly.

For one of the two DNA strands, a problem exists in that the very end of the strand cannot be copied.

Protecting the code of life

Therefore, the chromosomes should be shortened every time a cell divides - but in fact that is not usually the case.

If the telomeres did repeatedly shorten, cells would rapidly age.
Conversely, if the telomere length is maintained, the cell would have eternal life, which could also be problematic. This happens in the case in cancer cells.
This year's prize winners solved the conundrum when they discovered how the telomere functions and found the enzyme that copies it.
Elizabeth Blackburn, of the University of California, San Francisco, and Jack Szostak, of Harvard Medical School, discovered that a unique DNA sequence in the telomeres protects the chromosomes from degradation.
Joined by Johns Hopkins University's Carol Greider, then a graduate student, Blackburn started to investigate how the teleomeres themselves were made and the pair went on to discover telomerase - the enzyme that enables DNA polymerases to copy the entire length of the chromosome without missing the very end portion.
Their research has led others to hunt for new ways to cure cancer.
It is hoped that cancer might be treated by eradicating telomerase. Several studies are underway in this area, including clinical trials evaluating vaccines directed against cells with elevated telomerase activity.
Some inherited diseases are now known to be caused by telomerase defects, including certain forms of anaemia in which there is insufficient cell divisions in the stem cells of the bone marrow.
The Nobel Assembly at Sweden's Karolinska Institute, which awarded the prize, said: "The discoveries ... have added a new dimension to our understanding of the cell, shed light on disease mechanisms, and stimulated the development of potential new therapies."
Carol Greider, now 48, said she was telephoned in the early hours with the news that she had won.
She said: "It's really very thrilling, it's something you can't expect."
Elizabeth Blackburn, now 60, shared her excitement, saying: "Prizes are always a nice thing. It doesn't change the research per se, of course, but it's lovely to have the recognition and share it with Carol Greider and Jack Szostak."
Professor Roger Reddel of the Children's Medical Research Institute in Sydney, Australia, said: "The telomerase story is an outstanding illustration of the value of basic research."

Three Americans share 2009 Nobel medicine prize



STOCKHOLM — Americans Elizabeth Blackburn, Carol Greider and Jack Szostak on Monday were named winners of the 2009 Nobel Prize in medicine for research that has implications for cancer and aging research.
"The discoveries by Blackburn, Greider and Szostak have added a new dimension to our understanding of the cell, shed light on disease mechanisms, and stimulated the development of potential new therapies," the prize committee said in its citation.
The trio solved a big problem in biology: how chromosomes can be "copied in a complete way during cell divisions and how they are protected against degradation," the citation said.
It said the laureates have shown that the solution is to be found in the ends of the chromosomes — the telomeres — and in an enzyme that forms them. Telomeres are often compared to the plastic tips at the end of shoe laces that keep those laces from unraveling.
Blackburn, who holds U.S. and Australian citizenship, is a professor of biology and physiology at the University of California, San Francisco.
Greider is a professor in the department of molecular biology and genetics at Johns Hopkins University School of Medicine in Baltimore.


London-born Szostak has been at Harvard Medical School since 1979 and is currently professor of genetics at Massachusetts General Hospital in Boston. He is also affiliated with the Howard Hughes Medical Institute, the citation said.


The award, announced Monday, includes a 10 million kronor ($1.4 million) purse, a diploma and an invitation to the prize ceremonies in Stockholm on Dec. 10.
The Nobel Prizes in physics, chemistry, literature and the Nobel Peace Prize will be announced later this week, while the economics award will be presented on Oct. 12.
Prize founder Alfred Nobel, a Swedish industrialist who invented dynamite, left few instructions on how to select winners, but medicine winners are typically awarded for a specific breakthrough rather than a body of research.
Nobel established the prizes in his will in 1895. The first awards were handed out six years later.

 
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