xaverians

Wednesday, November 18, 2009

Why the jews smart?

The question has intrigued and baffled researchers for centuries. We all know people who defy the stereotype, yet it persists, demanding our attention. It leaves us wondering whether there is validity to the widespread belief that Jews are so much smarter than other people

But there can be little doubt that Jews have for centuries been substantially over-represented in many fields of learning and accomplishment. One must wonder, how could such a tiny, numerically insignificant group produce so many of the world’s smartest, most accomplished, and most influential people?

Jews comprise an amazing number of history’s most important figures, people who have had a profound impact on humanity: the Patriarch Abraham, whose life and teachings are considered sacred by Jews, Christians, and Moslems; Moses, the lawgiver to Jews and Christians; Jesus and his disciple, Paul, who founded and spread Christianity.

Looking back into the 20th century alone, one can clearly see that Jews have played many a key role in shaping the modern world (if not always in a positive way): physicist Albert Einstein; the father of psychoanalysis, Sigmund Freud; Communism’s Karl Marx; developers of the polio vaccine Dr’s Jonas Salk and Albert Sabin; and the leading developers of the first atomic bomb, as inspired by Einstein’s theories – among them, Felix Bloch, Niels Bohr, Otto Frisch, Robert Oppenheimer, Leo Szilard, and Edward Teller. Indeed, Jews were so dominant in the field of nuclear physics in Europe throughout the 1930’s that it was often referred to as “Jewish physics.”

Jews may not be history’s most popular people, but no other group has even come close to matching, proportionally, Jewish abilities and accomplishments. Combined with other commonly perceived Jewish traits such as ambition, curiosity, energy, imagination, and persistence, Jewish intelligence has elevated an incredible number of Jews to the top ranks of various fields.

Consider the following:

~The proportion of Jews with IQ’s of 140 or more is estimated to be about six times the proportion of any other ethnic group.

~ Although Jews constitute only about two-tenths of one percent of the world’s population, Jews won 29 percent of the Nobel Prizes in literature, medicine, physics and chemistry in the second half of the 20thcentury. So far this century, the figure is 32 percent. And these Jews of whom we speak were almost exclusively male Jews primarily of western European ancestry (less than one-tenth of one percent of the world’s population), in spite of pervasive discrimination, numerous legal barriers, frequent persecution, and the Holocaust.

~From 1870 until 1950, Jewish leadership in such fields as literature, music, visual arts, biology, chemistry, physics, mathematics, and philosophy equaled somewhere from four to fourteen times the Jewish proportion of the population in Europe and North America.

~In 1954, 28 children in the New York City public school system were found to have IQ’s of 170 or higher – 24 of these were Jewish.

And, of course, the extraordinarily high proportion of Jews in such fields as medicine, law, finance, literature, science, creative arts and the media is as obvious as it is astonishing. To some, these facts are awkward and even embarrassing, feeding stereotypes of “crafty” and “clever” Jews good at making money and flaunting their superiority to non-Jews. Indeed, the subject – the fact, if you will now allow -- of Jewish intellectual superiority is rarely if ever discussed in Jewish publications.

To explain this, we have a self-described “Scots-Irish gentile from Iowa,” Charles Murray of the American Enterprise Institute, author of the solidly documented “The Bell Curve”, which in 1994 stirred up a storm of controversy by discussing in not always politically correct language “differences in intellectual capacity among people and groups, and what those differences mean for America’s future.”

Murray has recently written a brilliant and convincing essay for the respected Jewish publication “Commentary,” on “Jewish Genius,” citing many of the above facts and material on which this article is based . This is the first time the magazine has systematically discussed this normally taboo topic that so many Jews are reluctant publicly to acknowledge.

Murray observes that the two most influential works of literature ever were written by and about Jews: the Hebrew and the Christian bibles, the so-called Old and New Testaments, and he goes on to cite numerous other examples of what can only be called Jewish intellectual supremacy.

Murray argues persuasively that “elevated Jewish intelligence is grounded in genetics” rather than being environmentally caused (by such factors as having books in the home), and that it is ‘substantially heritable.” And Jews, especially the Ashkenazim of central and western Europe, have been engaging for centuries in what basically amounts to selective mating and merging genes to produce children of high intelligence.

The Talmud (Pesahim 49a) says that “A man should sell all he possesses in order to marry the daughter of a scholar, as well as marry his daughter to a scholar.” In the Jewish community of the Middle Ages, the smartest men often became rabbis, and these learned men of high status were able to marry the daughters of successful merchants, thus “selecting” in favor of high intelligence.

At the same time, Christians were doing just the opposite: priests and monks of the dominant Roman Catholic Church – also usually among the best and brightest in their communities– were prohibited from marrying, thus “selecting out” through celibacy most of these intellectually superior men from the gene pool.

Murray also observes that “Sephardi Jews rose to distinction in many of the countries where they settled. Some economic historians have traced the decline of Spain after 1500 [following the expulsion of the Jews], and the subsequent rise of the Netherlands, in part to the Sephardi commercial talent that was transferred from one to the other.”


Recycle


We produce over 15,000 tons of rubbish everyday. It is only a matter of time before we run out of space to dispose of them. Recycling reduces waste, which in turn reduces the need for landfills and dumpsites.

Recycling reduces pollution and saves energy. Making
products from virgin or raw materials results in pollution
and uses more energy.

Recycling is cheaper in the long run compared to maintaining landfills and other systems. When recycling programmes
become more efficient, there will be less rubbish to dispose of.

Recycling creates up to 5 times more jobs than waste disposal alone. It will create jobs for engineers, machine specialists, environmental personnel, general workers and many more.

Recycling improves cleanliness and quality of life.


What can I recycle>>>>

  1. All coloured and clear glass, including drink bottles, food containers, vitamin bottles and cosmetic jars can be recycled.
  2. All types of aluminium and steel cans like drink cans and food cans are recyclable.
  3. All coloured and non-coloured paper, newspaper, magazines, books, paper scraps, telephone books, catalogues, pamphlets, calendars, cards, envelopes, and carton boxes are recyclable.
  4. All coloured and non-coloured plastics such as: shopping bags, supermarket bags, plastic drink bottles, plastic mineral water bottles, plastic food containers, detergent containers and vitamin containers can be recycled.

Do NOT include in the recycling containers in the buildings::

  • Napkins
  • Tissues
  • Paper or plastic plates
  • Candy wrappers
  • Paper cups
  • Food
  • Non-recyclable trash

Monday, November 16, 2009

The Temple of Zeus


The Olympic Games were made in honor of the God Zeus. They were held in the shrine to Zeus located near the west edge of Greece in a city called Peloponnesus. The statue was simple at first, but as the games became more popular everyone could tell that they would need a new, larger temple that was worthy to the king of the Gods. Between 470 B.C. and 460 B.C. a new temple was started. The maker was Libon of Elis and the masterpiece he created, The Temple of Zeus, was finished in 456 B.C. It was built on a raised rectangular platform. The sides were supported by 13 large columns and six on each end.
Though the temple was considered great, many thought that it wasn't good enough for the King of Gods.
Inside they placed a statue of Zeus, created of ivory and gold over wooden frame. The statue was 22 feet by 40 feet tall. Zeus, placed on a throne, almost touched the ceiling.
None but a few pieces of the statue remain today. They are on display at a museum.
So with everything that I have talked about, the magnificence of the temple was so great it became a landmark, therefore making it so magnificent that it became what it is known to us as one of the 7 Wonders of the Ancient World.

The Hanging Gardens of Babylon


In some stories, people say that the Hanging Gardens went hundreds of feet into the air, but through archaeological explorations people now think were probably weren't that big. The ancient city of Babylon, which was under King Nebuchadnezzar II, must have been a wonder to a travelers. In 450 B.C., a historian named Herodotus wrote, "In addition to it's size, Babylon surpasses any city in the known world." Herodotus said the outer walls were 80 feet thick, 320 feet high, and 56 miles in length. He said that it was wide enough for a four-horse chariot to turn. Fortresses and temples containing immense statues of solid gold were inside the inner walls.
Above the city was the famous tower of Babel, which was a temple to the God Marduk. It looked like it reached the heavens.
Archaeological examination has found that some of Herodotus's claims (the outer walls seem to be only 10 miles long, and not nearly as high) might not be true. But his story does tell us how cool the features of the city appeared to those who visited it.
Accounts indicate that King Nebuchadnezzar built the garden. He ruled the city for 43 years starting in 605 B.C. According to accounts, the Gardens were built by Nebuchadnezzer to cheer up his homesick wife. Where she came from, there was green grass and mountainous plains. She found the dry, flat ground of Mesopotamia depressing. The King wanted to recreate her homeland.
Babylon rarely got rain and for the gardens to survive, it would have to have been irrigated by using water from the Euphrates River. People would have probably had to lift water very far into the air at each level. A chain pump was probably used to help. A chain pump is two large wheels on top of each other. Buckets are hung on a chain that connects the wheels. The bucket goes into the water then comes up and goes into a new pool.The empty buckets go back into the water to be refilled. The water at the top is then emptied through into a channel gate that is like a artificial stream to water the gardens.
Construction of the garden wasn't only complicated by getting water to the top, but also by having to avoid having the water wreck the foundation once it was released. Stone was difficult to get in Mesopotamian. Most of the buildings in Babel used brick.

THE GREAT PYRAMIDS



The Great Pyramids were built between 2650-2500. It is said that they were a tomb of Khufu. They are located in Giza, Egypt. The largest pyramid is 756 feet long on each side and 450 feet high. It is made up of 2,300,000 blocks, that each weigh two and a half tons. It took 20 years for 100,000 slaves to build it. It required 112 men to lift each separate block.
Men that were great thieves wanted to get the hidden treasure that was hidden in the tomb.They found a small square room called the Queen's Chamber. It is a passageway. The Grand Gallery is another passageway to the King's Chamber. It is 34 feet long, 17 feet wide, and 19 feet tall. After not finding the treasure, the men got angry and tried to destroy the tomb but stopped after taking out 30 feet of stone.
No one knows what happened to King Khufu and his treasure.
Some people think that it was just an observatory, but we can't be quite sure because when people stated that, it was already over 2,000 years old. An astronomer observed a descending passageway above the Grand Gallery that could have been used for mapping the sky.
Now, except for parts of the Mausoleum and the Temple of Artemis, the Great Pyramids are the only things left standing of the 7 Ancient Wonders.

Wednesday, October 14, 2009

7 HABITS OF HIGHLY HAPPY PEOPLE



Nobody is happy all of the time, but some people are definitely more fulfilled than others. Studies on what makes people happy reveal that it doesn't have much to do with material goods or high achievement, but it boils down under. Highly happy people all share happy habits. it's as simple as that. The happiest people share seven habits.
1.Be part of something you believe in
2.Share time with friends and family.
3.Reflect on the good
4.Exploit the resources you do have access
5.Create happy endings whenever possible
6.Use personal
7.Savour the natural joy of simple pleasures.

CARROT CAKE

I have decided that my next project will be to make a good carrot cake. I never really liked carrot cake until some friends got married a few months ago and had carrot as their wedding cake. It was absolutely delicious, and I’ve been obsessed ever since. The only problem is that traditional carrot cake is SOOO bad for you! There’s tons of sugar, refined flour, shortening, and even cream cheese. It’s just a heart attack waiting to happen! I made a recipe out of a natural baking cookbook a few months back, and it was just bad. It was dry, mostly tasteless, and flat. Hence, my new quest is to develop a good recipe for carrot cake. I think this will probably involve using different fruits to get the right texture.

One ingredient I have learned to love in baking is applesauce. Applesauce is great for baking because it’s so versatile. It’s sweet enough to replace a lot of the sugar in a recipe, but also contains ample quantities of pectin, which acts as a binder. Thus, it can also replace shortening in a recipe. And applesauce, more so than flax, tends to keep baked goods more moist (although not as moist as oil). So, I think applesauce will play a key role in my carrot cake adventure. I also plan to experiment using pineapple. We’ll see how it works out.