Contaminated

1. Einstein Was a Fat Baby with Large Head

When Albert’s mother, Pauline Einstein gave birth to him, she thought that Einstein’s head was so big and misshapen that he was deformed!

    As the back of the head seemed much too big, the family initially considered a monstrosity. The physician, however, was able to calm them down and some weeks later the shape of the head was normal. When Albert’s grandmother saw him for the first time she is reported to have muttered continuously "Much too fat, much too fat!" Contrasting all apprehensions Albert grew and developed normally except that he seemed a bit slow. (Source)

 2. Einstein Had Speech Difficulty as a Child

As a child, Einstein seldom spoke. When he did, he spoke very slowly - indeed, he tried out entire sentences in his head (or muttered them under his breath) until he got them right before he spoke aloud. According to accounts, Einstein did this until he was nine years old. Einstein’s parents were fearful that he was retarded - of course, their fear was completely unfounded!

One interesting anecdote, told by Otto Neugebauer, a historian of science, goes like this:

    As he was a late talker, his parents were worried. At last, at the supper table one night, he broke his silence to say, "The soup is too hot."
    Greatly relieved, his parents asked why he had never said a word before.
    Albert replied, "Because up to now everything was in order." (Source)

In his book, Thomas Sowell noted that besides Einstein, many brilliant people developed speech relatively late in childhood. He called this condition The Einstein Syndrome.

 3. Einstein was Inspired by a Compass

When Einstein was five years old and sick in bed, his father showed him something that sparked his interest in science: a compass.

    When Einstein was five years old and ill in bed one day, his father showed him a simple pocket compass. What interested young Einstein was whichever the case was turned, the needle always pointed in the same direction. He thought there must be some force in what was presumed empty space that acted on the compass. This incident, common in many "famous childhoods," was reported persistently in many of the accounts of his life once he gained fame. (Source)

 4. Einstein Failed his University Entrance Exam
 
In 1895, at the age of 17, Albert Einstein applied for early admission into the Swiss Federal Polytechnical School (Eidgenössische Technische Hochschule or ETH). He passed the math and science sections of the entrance exam, but failed the rest (history, languages, geography, etc.)! Einstein had to go to a trade school before he retook the exam and was finally admitted to ETH a year later. (Source)

5. Einstein had an Illegitimate Child

In the 1980s, Einstein’s private letters revealed something new about the genius: he had an illegitimate daughter with a fellow former student Mileva Marić (whom Einstein later married).

In 1902, a year before their marriage, Mileva gave birth to a daughter named Lieserl, whom Einstein never saw and whose fate remained unknown:

    Mileva gave birth to a daughter at her parents’ home in Novi Sad. This was at the end of January, 1902 when Einstein was in Berne. It can be assumed from the content of the letters that birth was difficult. The girl was probably christianised. Her official first name is unknown. In the letters received only the name “Lieserl” can be found.

    The further life of Lieserl is even today not totally clear. Michele Zackheim concludes in her book “Einstein’s daughter” that Lieserl was mentally challenged when she was born and lived with Mileva’s family. Furthermore she is convinced that Lieserl died as a result of an infection with scarlet fever in September 1903. From the letters mentioned above it can also be assumed that Lieserl was put up for adoption after her birth.

    In a letter from Einstein to Mileva from September 19, 1903, Lieserl was mentioned for the last time. After that nobody knows anything about Lieserl Einstein-Maric. (Source)

6. Einstein Became Estranged From His First Wife, then Proposed a Strange "Contract"

After Einstein and Mileva married, they had two sons: Hans Albert and Eduard. Einstein’s academic successes and world travel, however, came at a price - he became estranged from his wife. For a while, the couple tried to work out their problems - Einstein even proposed a strange "contract" for living together with Mileva:

    The relationship progressed. Einstein became estranged from his wife. The biography reprints a chilling letter from Einstein to his wife, a proposed "contract" in which they could continue to live together under certain conditions. Indeed that was the heading: "Conditions."

    A. You will make sure
    1. that my clothes and laundry are kept in good order;
    2. that I will receive my three meals regularly in my room;
    3. that my bedroom and study are kept neat, and especially that my desk is left for my use only.
    B. You will renounce all personal relations with me insofar as they are not completely necessary for social reasons…

    There’s more, including "you will stop talking to me if I request it." She accepted the conditions. He later wrote to her again to make sure she grasped that this was going to be all-business in the future, and that the "personal aspects must be reduced to a tiny remnant." And he vowed, "In return, I assure you of proper comportment on my part, such as I would exercise to any woman as a stranger." (Source)

7. Einstein Didn’t Get Along with His Oldest Son

After the divorce, Einstein’s relationship with his oldest son, Hans Albert, turned rocky. Hans blamed his father for leaving Mileva, and after Einstein won the Nobel Prize and money, for giving Mileva access only to the interest rather than the principal sum of the award - thus making her life that much harder financially.

The row between the father and son was amplified when Einstein strongly objected to Hans Albert marrying Frieda Knecht:

    In fact, Einstein opposed Hans’s bride in such a brutal way that it far surpassed the scene that Einstein’s own mother had made about Mileva. It was 1927, and Hans, at age 23, fell in love with an older and - to Einstein - unattractive woman. He damned the union, swearing that Hans’s bride was a scheming woman preying on his son. When all else failed, Einstein begged Hans to not have children, as it would only make the inevitable divorce harder. … (Source: Einstein A to Z by Karen C. Fox and Aries Keck, 2004)

Later, Hans Albert immigrated to the United States became a professor of Hydraulic Engineering at UC Berkeley. Even in the new country, the father and son were apart. When Einstein died, he left very little inheritance to Hans Albert.

More about Hans Albert: Obituary by UC Berkeley

8. Einstein was a Ladies’ Man

After Einstein divorced Mileva (his infidelity was listed as one of the reasons for the split), he soon married his cousin Elsa Lowenthal. Actually, Einstein also considered marrying Elsa’s daughter (from her first marriage) Ilse, but she demurred:

    Before marrying Elsa, he had considered marrying her daughter, Ilse, instead. According to Overbye, “She (Ilse, who was 18 years younger than Einstein) was not attracted to Albert, she loved him as a father, and she had the good sense not to get involved. But it was Albert’s Woody Allen moment.” (Source)

Unlike Mileva, Elsa Einstein’s main concern was to take care of her famous husband. She undoubtedly knew about, and yet tolerated, Einstein’s infidelity and love affairs which were later revealed in his letters:

    Previously released letters suggested his marriage in 1903 to his first wife Mileva Maric, mother of his two sons, was miserable. They divorced in 1919, and he soon married his cousin, Elsa. He cheated on her with his secretary, Betty Neumann.

    In the new volume of letters released on Monday by Hebrew University in Jerusalem, Einstein described about six women with whom he spent time and from whom he received gifts while being married to Elsa.

    Some of the women identified by Einstein include Estella, Ethel, Toni and his "Russian spy lover," Margarita. Others are referred to only by initials, like M. and L.

    "It is true that M. followed me (to England) and her chasing after me is getting out of control," he wrote in a letter to Margot in 1931. "Out of all the dames, I am in fact attached only to Mrs. L., who is absolutely harmless and decent." (Source)

9. Einstein, the War Pacifist, Urged FDR to Build the Atom Bomb

In 1939, alarmed by the rise of Nazi Germany,physicist Leó Szilárd convinced Einstein to write a letter to president Franklin Delano Roosevelt warning that Nazi Germany might be conducting research into developing an atomic bomb and urging the United States to develop its own.

The Einstein and Szilárd’s letter was often cited as one of the reasons Roosevelt started the secret Manhattan Project to develop the atom bomb, although later it was revealed that the bombing of Pearl Harbor in 1941 probably did much more than the letter to spur the government.

Although Einstein was a brilliant physicist, the army considered Einstein a security risk and (to Einstein’s relief) did not invite him to help in the project.

10. The Saga of Einstein’s Brain: Pickled in a Jar for 43 Years and Driven Cross Country in a Trunk of a Buick!

After his death in 1955, Einstein’s brain was removed - without permission from his family - by Thomas Stoltz Harvey, the Princeton Hospital pathologist who conducted the autopsy. Harvey took the brain home and kept it in a jar. He was later fired from his job for refusing to relinquish the organ.

Many years later, Harvey, who by then had gotten permission from Hans Albert to study Einstein’s brain, sent slices of Einstein’s brain to various scientists throughout the world. One of these scientists was Marian Diamond of UC Berkeley, who discovered that compared to a normal person, Einstein had significantly more glial cells in the region of the brain that is responsible for synthesizing information.

In another study, Sandra Witelson of McMaster University found that Einstein’s brain lacked a particular "wrinkle" in the brain called the Sylvian fissure. Witelson speculated that this unusual anatomy allowed neurons in Einstein’s brain to communicate better with each other. Other studies had suggested that Einstein’s brain was denser, and that the inferior parietal lobe, which is often associated with mathematical ability, was larger than normal brains.

The saga of Einsteins brain can be quite strange at times: in the early 1990s, Harvey went with freelance writer Michael Paterniti on a cross-country trip to California to meet Einstein’s granddaughter. They drove off from New Jersey in Harvey’s Buick Skylark with Einstein’s brain sloshing inside a jar in the trunk! Paterniti later wrote his experience in the book Driving Mr. Albert: A Trip Across America with Einstein’s Brain

In 1998, the 85-year-old Harvey delivered Einstein’s brain to Dr. Elliot Krauss, the staff pathologist at Princeton University, the position Harvey once held:

    … after safeguarding the brain for decades like it was a holy relic — and, to many, it was — he simply, quietly, gave it away to the pathology department at the nearby University Medical Center at Princeton, the university and town where Einstein spent his last two decades.

    "Eventually, you get tired of the responsibility of having it. … I did about a year ago," Harvey said, slowly. "I turned the whole thing over last year [in 1998]." (Source)

It sounds like science fiction, but it is taken so seriously by relativists that some of them have proposed that there must be a law of nature to prevent time travel and thereby prevent paradoxes arising, even though nobody has any idea how such a law would operate. The classic paradox, of course, occurs when a person travels back in time and does something to prevent their own birth — killing their granny as a baby, in the more gruesome example, or simply making sure their parents never get together, as in Back to the Future. It goes against commonsense, say the sceptics, so there must be a law against it. This is more or less the same argument that was used to prove that space travel is impossible. So what do Einstein’s equations tell us, if pushed to the limit? As you might expect, the possibility of time travel involves those most extreme objects, black holes. And since Einstein’s theory is a theory of space and time, it should be no surprise that black holes offer, in principle, a way to travel through space, as well as through time. A simple black hole won’t do, though. If such a black hole formed out of a lump of non-rotating material, it would simply sit in space, swallowing up anything that came near it. At the heart of such a black hole there is a point known as a singularity, where space and time cease to exist, and matter is crushed to infinite density. Thirty years ago, Roger Penrose (now of Oxford University) proved that anything which falls into such a black hole must be drawn into the singularity by its gravitational pull, and also crushed out of existence.[It] consists of two chambers, each containing two parallel metal plates. The intense electric fields created between each pair of plates (larger than anything possible with today’s technology) rips the fabric of space-time, creating a hole in space that links the two chambers. Taking advantage of Einstein’s special theory of relativity, which says that time runs slow for a moving object, one of the chambers is then taken on a long, fast journey and brought back: Time would pass at different rates at the two ends of the wormhole, [and] anyone falling into one end of the wormhole would be instantly hurled into the past or the future [as they emerge from the other end]. It works like this. According to one interpretation of quantum physics (there are several interpretations, and nobody knows which one, if any, is "right"), every time a quantum object, such as an electron, is faced with a choice, the world divides to allow it to take every possibility on offer. In the simplest example, the electron may be faced with a wall containing two holes, so that it must go through one hole or the other. The Universe splits so that in one version of reality — one set of relative dimensions — it goes through the hole on the left, while in the other it goes through the hole on the right. Pushed to its limits, this interpretation says that the Universe is split into infinitely many copies of itself, variations on a basic theme, in which all possible outcomes of all possible "experiments" must happen somewhere in the "multiverse". How does this resolve the paradoxes? Like this. Suppose someone did go back in time to murder their granny when she was a little girl. On this multiverse picture, they have slid back to a bifurcation point in history. After killing granny, they move forward in time, but up a different branch of the multiverse. In this branch of reality, they were never born; but there is no paradox, because in he universe next door granny is alive and well, so the murderer is born, and goes back in time to commit the foul deed!

Do you have a really bad memory, or past heartache, that you would prefer to forget?Researchers at Harvard and McGill University (in Montreal) are working on an amnesia drug that blocks or deletes bad memories. The technique seems to allow psychiatrists to disrupt the biochemical pathways that allow a memory to be recalled.

In a new study, published in the Journal of Psychiatric Research, the drug propranolol is used along with therapy to "dampen" memories of trauma victims. They treated 19 accident or rape victims for ten days, during which the patients were asked to describe their memories of the traumatic event that had happened 10 years earlier. Some patients were given the drug, which is also used to treat amnesia, while others were given a placebo.

A week later, they found that patients given the drug showed fewer signs of stress when recalling their trauma.

Similar research led by Professor Joseph LeDoux has been carried out at New York University on rats; scientists were able to remove a specific memory from the brains of rats while leaving the rest of the animals’ memories intact. An amnesia drug called U0126 was administered.

The rats were trained to associate two musical tones with a mild electrical shock so that when they heard either of the tones they would brace themselves for a shock. The researchers then gave half the rats the drug when playing one of the musical tones.

After the treatment, the rats that had been given the drug no longer associated that particular tone with an imminent shock but still braced themselves upon hearing the second tone, demonstrating only one memory had been deleted.

Science fiction fans have a number of associations with the idea of banishing unwanted memories. In the 2004 film Eternal Sunshine of the Spotless Mind, Kate Winslet and Jim Carrey play lovers who have a falling out. Winslet’s character goes to a company called Lacuna, Inc. to have her memories of the relationship removed; Carrey’s character also has the procedure performed (see photo).

In the film, the process involves showing the person a memento of the relationship and then encouraging them to bring up specific memories while an electric shock is given. Not to give away the film, but this technique does not work as planned.

Here’s a memory you might have repressed. In the classic Star Trek episode Requiem for Methuselah, Jim Kirk becomes enamored of Rayna, a beautiful woman who turns out to be an android created by a five thousand year old man who calls himself Flint, who was also Leonardo DaVinci and Shakespeare (among many others) during the course of his long life. Flint wants Rayna for himself, Kirk wants her, she loves them both, her circuits overload resulting in her death, and Kirk is devastated.

Finally, Spock saves the day by applying a little-known property of the Vulcan mind-meld, which is that he can make Kirk forget about his sorrows and return to duty (see touching photo).

Science fiction legend Philip K. Dick was one of the first to make use of this idea. In his 1966 short story We Can Remember It For You Wholesale he writes about selectively erasing memories:

Someone, probably at a government military-sciences lab, erased his conscious memories; all he know was that going to Mars meant something special to him, and so did being a secret agent…