1: You Only Use 10 Percent of Your Brain

We've often been told that we only use about 10 percent of our brains. Famous people such as Albert Einstein and Margaret Mead have been quoted as stating a variation of it. This myth is probably one of the most well-known myths about the brain, in part because it's been publicized in the media for what seems like forever. Where did it come from? Many sources point to an American psychologist of the early 1900s named William James, who said that "the average person rarely achieves but a small portion of his or her potential" [source: AARP]. Somehow, that was converted into only using 10 percent of our brain.

This seems really puzzling at first glance. Why would we have the biggest brain in proportion to our bodies of any animal (as discussed in the sixth myth in our list) if we didn't actually use all of it? Many people have jumped on the idea, writing books and selling products that claim to harness the power of the other 90 percent. Believers in psychic abilities such as ESP point to it as proof, saying that people with these abilities have tapped into the rest of their brains.

Here's the thing, though; it's not really true. In addition to those 100 billion neurons, the brain is also full of other types of cells that are continually in use. We can become disabled from damage to just small areas of the brain depending on where it's located, so there's no way that we could function with only 10 percent of our brain in use.

Brain scans have shown that no matter what we're doing, our brains are always active. Some areas are more active at any one time than others, but unless we have brain damage, there is no one part of the brain that is absolutely not functioning. Here's an example. If you're sitting at a table and eating a sandwich, you're not actively using your feet. You're concentrating on bringing the sandwich to your mouth, chewing and swallowing it. But that doesn't mean that your feet aren't working -- there's still activity in them, such as blood flow, even when you're not actually moving them.

So there's no hidden, extra potential you can tap into, in terms of actual brain space. But there's still so much to learn about the brain.

2: Alcohol Kills Brain Cells

Just one observation of a drunken person is enough to convince you that alcohol directly affects the brain. People who drink enough to get drunk often end up with slurred speech and impaired motor skills and judgment, among other side effects. Many of them suffer from headaches, nausea and other unpleasant side effects afterward -- in other words, a hangover. But are a few drinks on the weekend, or even the occasional long drinking session, enough to kill brain cells? What about binge drinking or the frequent, sustained drinking of alcoholics?

Not so much. Even in alcoholics, alcohol use doesn't actually result in the death of brain cells. It can, however, damage the ends of neurons, which are called dendrites. This results in problems conveying messages between the neurons. The cell itself isn't damaged, but the way that it communicates with others is altered. According to researchers such as Roberta J. Pentney, professor of anatomy and cell biology at the University at Buffalo, this damage is mostly reversible.

Alcoholics can develop a neurological disorder called Wernicke-Korsakoff syndrome, which can result in a loss of neurons in some parts of the brain. This syndrome also causes memory problems, confusion, paralysis of the eyes, lack of muscle coordination and amnesia. It can lead to death. However, the disorder isn't caused by the alcohol itself. It's the result of a deficiency of thiamine, an essential B vitamin. Not only are severe alcoholics often malnourished, extreme alcohol consumption can interfere with the body's absorption of thiamine.

So while alcohol doesn't actually kill brain cells, it can still damage your brain if you drink in mass quantities.

*How much of your brain did you use while reading this top 10 list? The next myth will explain all.

3: You Can Get Holes in Your Brain Through Drug Use

Exactly how different drugs affect your brain is a pretty controversial subject. Some people claim that only the most severe drug use can have any lasting effects, while others believe that the first time you use a drug, you're causing long-term damage. One recent study states that using drugs like marijuana only cause minor memory loss, while another claims that heavy marijuana use can permanently shrink parts of your brain. When it comes to using drugs like cocaine or Ecstasy, some people even believe that you can actually get holes in your brain.

Not so smiley, Ecstasy -- you might not cause holes in the brain, but that doesn't mean you're good for it.


In truth, the only thing that can actually put a hole in your brain is physical trauma to it. Researchers do claim that drugs can cause short-term and long-term changes in the brain. For example, drug use can lower the impact of neurotransmitters (chemicals used to communicate signals in the brain) like dopamine, which is why addicts need more and more of the drug to achieve the same feeling. In addition, changes in the levels of neurotransmitters can result in problems with neuron function. Whether this is reversible or not is also up for debate.

On the other hand, a study in New Scientist from August 2008 states that long-term use of some drugs actually causes certain structures in the brain to grow, resulting in a permanent change. They claim that this is which is why it's so difficult to change the behaviors of addicts.

But although the jury's still out on exactly how different drugs can affect your brain for the long term, we can be reasonably sure of one thing: No drug actually puts holes in your brain.

Next up, let's see exactly what alcohol does to your brain.

4: Brain Damage Is Always Permanent

Brain damage is an extremely scary thing. For something so mysterious and amazing, the brain can actually be quite fragile and susceptible to a multitude of injuries. Brain damage can be caused by anything from an infection to a car accident, and it essentially means the death of brain cells. To many people, the mere idea of brain damage conjures images of people in persistent vegetative states, or at the very least, permanent physical or mental disability.

But that's not always the case. There are many different types of brain damage, and exactly how it will affect someone depends largely on its location and how severe it is. A mild brain injury, such as a concussion, usually occurs when the brain bounces around inside the skull, resulting in bleeding and tearing. The brain can recover from minor injuries remarkably well; the vast majority of people who experience a mild brain injury don't experience permanent disability.

On the other end of the spectrum, a severe brain injury means that the brain has suffered extensive damage. It sometimes requires surgery to remove built-up blood or relieve pressure. For nearly all patients who live through a severe brain injury, permanent, irreversible damage results.

So what about those in between? Some people with brain damage experience permanent disability but can recover partially from their injury. If neurons are damaged or lost, they can't grow back -- but the synapses, or connections between neurons, can. Essentially, the brain creates new pathways between neurons. In addition, areas of the brain not originally associated with some functions can take over and allow the patient to relearn how to do things. Remember the phenomenon of brain plasticity mentioned in the myth about brain wrinkles? That's how stroke patients, for example, can regain speech and motor skills through therapy.

The important thing to remember is that there are still a lot of unknowns about the brain. When a person is diagnosed with a brain injury, it's not always possible for doctors to know exactly how well someone will be able to recover from the damage. Patients surprise doctors all the time and exceed expectations of what they're able to do days, months and even years later. Not all brain damage is permanent.

Speaking of brain damage, in the next myth, we'll look at the effects that drugs can have on our brains.

5: Your Brain Stays Active After You Get Decapitated

At one time in history, decapitation was one of the preferred methods of execution, in part thanks to the guillotine. Although many countries that execute criminals have dispatched with the method, it's still performed by certain governments, terrorists and others. There's nothing more final than the severing of one's head. The guillotine came about because of the desire for a quick, relatively humane death. But how quick is it? If your head were cut off, would you still be able to see or otherwise move it, even for just a few seconds?

This concept perhaps first appeared during the French Revolution, the very time period in which the guillotine was created. On July 17, 1793, a woman named Charlotte Corday was executed by guillotine for the assassination of Jean-Paul Marat, a radical journalist, politician and revolutionary. Marat was well-liked for his ideas and the mob awaiting the guillotine was eager to see Corday pay. After the blade dropped and Corday's head fell, one of the executioner's assistants picked it up and slapped its cheek. According to witnesses, Corday's eyes turned to look at the man and her face changed to an expression of indignation. Following this incident, people executed by guillotine during the Revolution were asked to blink afterward, and witnesses claim that the blinking occurred for up to 30 seconds.

Another often-told tale of demonstrated consciousness following beheading dates to 1905. French physician Dr. Gabriel Beaurieux witnessed the beheading of a man named Languille. He wrote that immediately afterward, "the eyelids and lips ... worked in irregularly rhythmic contractions for about five or six seconds." Dr. Beaurieux called out his name and said that Languille's eyelids "slowly lifted up, without any spasmodic contraction" and that "his pupils focused themselves" [source: Kershaw]. This happened a second time, but the third time Beaurieux spoke, he got no response.

These stories seem to give credence to the idea that it's possible for someone to remain conscious, even for just a few seconds, after being beheaded. However, most modern physicians believe that the reactions described above are actually reflexive twitching of muscles, rather than conscious, deliberate movement. Cut off from the heart (and therefore, from oxygen), the brain immediately goes into a coma and begins to die. According to Dr. Harold Hillman, consciousness is "probably lost within 2-3 seconds, due to a rapid fall of intracranial perfusion of blood" [source: New Scientist].

So while it's not entirely impossible for someone to still be conscious after being decapitated, it's not likely. Hillman also goes on to point out that the so-called painless guillotine is likely anything but. He states that "death occurs due to separation of the brain and spinal cord, after transection of the surrounding tissues. This must cause acute and possibly severe pain." This is one of the reasons why the guillotine, and beheading in general, is no longer an accepted method of execution in many countries with capital punishment.

If your head stays on your shoulders, though, it can still be damaged beyond repair. Next, let's take a look about how long brain damage can last.

6: The Human Brain Is the Biggest Brain

Many animals can use their brains to do some of the things that humans can do, such as finding creative ways to solve problems, exhibiting self-awareness, showing empathy toward others and learning how to use tools. But although scientists can't agree on a single definition of what makes a person intelligent, they do generally agree that humans are the most intelligent creatures on Earth. In our "bigger is better" society, then, it might stand to reason that humans should have the biggest brains of all animals, because we're the smartest. Well, not exactly.

The average adult human brain weighs about 3 pounds (1,361 grams). The dolphin -- a very intelligent animal -- also has a brain that weighs about 3 pounds on average. But a sperm whale, not generally considered to be as intelligent as a dolphin, has a brain that weighs about 17 pounds (7,800 grams). On the small end of the scale, a beagle's brain is about 2.5 ounces (72 grams), and an orangutan's brain is about 13 ounces (370 grams). Both dogs and orangutans are pretty smart animals, but they have small brains. A bird like a sparrow has a brain that weighs less than half an ounce (1 gram).

You may notice something important in all of those comparisons. An average dolphin's body weighs about 350 pounds (158.8 kilograms), while a sperm whale can weigh as much as 13 tons. In general, the larger the animal, the larger the skull, and therefore, the larger the brain. Beagles are fairly small dogs, at about 25 pounds (11.3 kg) maximum, so it stands to reason that their brains would also be smaller. The relationship between brain size and intelligence isn't really about the actual weight of the brain; it's about the ratio of brain weight to the entire body weight. For humans, that ratio is about 1-to-50. For most other mammals, it's 1-to-180, and for birds, it's 1-to-220. The brain takes up more weight in a human than it does in other animals.

Intelligence also has to do with the different components of the brain. Mammals have very large cerebral cortexes, unlike birds, fish or reptiles. The cerebellum in mammals houses the cerebral hemispheres, which are responsible for higher functions like memory, communication and thinking. Humans have the largest cerebral cortex of all mammals, relative to the size of their brains.

Heads up; we're looking at a grislier brain myth next.

7: You Can Learn Through Subliminal Messages

The concept of subliminal messages feeds into our suspicions about what the government, big corporations and media are really trying to tell us. A subliminal message (meaning, below "limen," or our conscious perception threshold) is a message embedded into images or sound meant to penetrate into our subconscious and influence our behavior. The first person to coin the term was James Vicary, a market researcher. In 1957, Vicary stated that he inserted messages into a showing of a movie in New Jersey. The messages, which flashed for 1/3000th of a second, told moviegoers to drink Coca-Cola and eat popcorn.

According to Vicary, Coke sales in the theater increased by more than 18 percent and popcorn sales by more than 57 percent, proving that his subliminal messages worked. Books published in the late 1950s and early 1970s outlined how advertisers could use techniques like Vicary's to convince consumers to buy their products. Some radio and TV commercials included subliminal messages, but many networks and professional associations banned them. In 1974, the FCC banned the use of subliminal advertising.

But did the messages work? Turns out, Vicary actually lied about the results of his study. Subsequent studies, including one which flashed the message "Call now" during a broadcast on a Canadian TV station, had no effect on viewers. The infamous 1990s Judas Priest trial, in which the families of two boys who committed suicide claimed that a song told the boys to do it, ended with the judge stating that there was no scientific evidence in their favor. Yet some people still claim that music, as well as advertisements, contains hidden messages.

So listening to those self-help tapes while you sleep probably can't hurt you, but they aren't likely to help you quit smoking, either.

When it comes to the human brain versus other animals' brains, does size matter? Check out our next myth to find out.

8: You Get New Brain Wrinkles When You Learn Something

When you think about how your brain looks, you probably picture a roundish, two-lobed gray mass covered in "wrinkles." As humans evolved as a species, our brains grew larger to accommodate all of the higher functions that set us apart from other animals. But in order to keep the brain compact enough to fit into a skull that would actually be in proportion with the rest of our body size, the brain folded in on itself as it grew. If we unfolded all of those ridges and crevices, the brain would be the size of a pillowcase. The ridges are called gyri and the crevices are called sulci. Several of these ridges and crevices even have names, and there are variations in exactly how they look from person to person.

Lots of wrinkles = lots of smarts?

We don't start out with wrinkly brains, however; a fetus early in its development has a very smooth little brain. As the fetus grows, its neurons also grow and migrate to different areas of the brain, creating the sulci and gyri. By the time it reaches 40 weeks, its brain is as wrinkled as yours is (albeit smaller, of course). So we don't develop new wrinkles as we learn. The wrinkles we're born with are the wrinkles we have for life, assuming that our brains remain healthy.

Our brains do change when we learn -- it's just not in the form of additional sulci and gyri. This phenomenon is known as brain plasticity. By studying changes in the brains of animals like rats as they learn tasks, researchers have discovered that synapses (the connections between neurons) and the blood cells that support neurons grow and increase in number. Some believe that we get new neurons when we make new memories, but this hasn't yet been proven in mammalian brains like ours.

If you've ever gotten the feeling that there were hidden messages in commercials, TV shows or movies, the next myth should interest you.

9: Listening to Mozart Makes You Smarter

Don't you just feel cultured when you tune in to a classical music station and take in an opera or a symphony by a great composer like Mozart? Baby Einstein, a company that makes DVDs, videos and other products for babies and toddlers incorporating classical art, music, and poetry, is a million-dollar franchise. Parents buy the products because they believe that exposure to great art (like Baby Mozart DVDs and CDs) can be good for their children's cognitive development. There are even classical music CDs designed to be played to developing fetuses. The idea that listening to classical music can increase your brainpower has become so popular that it's been dubbed "the Mozart effect." So how did this myth start?

In the 1950s, an ear, nose and throat doctor named Albert Tomatis began the trend, claiming success using Mozart's music to help people with speech and auditory disorders. In the 1990s, 36 students in a study at the University of California at Irvine listened to 10 minutes of a Mozart sonata before taking an IQ test. According to Dr. Gordon Shaw, the psychologist in charge of the study, the students' IQ scores went up by about 8 points. The "Mozart effect" was born.

A musician named Dan Campbell trademarked the phrase and created a line of books and CDs based on the concept, and states such as Georgia, Florida and Tennessee set aside money for classical music for babies and other young children. Campbell and others have gone on to assert that listening to Mozart can even improve your health.

However, the original University of California at Irvine study has been controversial in the scientific community. Dr. Frances Rauscher, a researcher involved in the study, stated that they never claimed it actually made anyone smarter; it just increased performance on certain spatial-temporal tasks. Other scientists have been unable to replicate the original results, and there is currently no scientific information to prove that listening to Mozart, or any other classical music, actually makes anyone smarter. Rauscher even said that the money spent by those states might be better spent on musical programs -- there's some evidence to show that learning an instrument improves concentration, self-confidence and coordination.

Mozart certainly can't hurt you, and you might even enjoy it if you give it a try, but you won't get any smarter.

10: Your Brain Is Gray

Have you given any thought to the color of your brain? Maybe not, unless you work in the medical field. We have all colors of the rainbow in our bodies in the form of blood, tissue, bone and other fluids. But you may have seen preserved brains sitting in jars in a classroom or on TV. Most of the time, those brains are a uniform white, gray or even yellowish hue. In actuality, though, the living, pulsing brain currently residing in your skull isn't just a dull, bland gray; it's also white, black and red.

Like many myths about the brain, this one has a grain of truth, because much of the brain is gray. Sometimes the entire brain is referred to as gray matter. Mystery writer Agatha Christie's famous detective Hercule Poirot often spoke of using his "little gray cells." Gray matter exists all throughout the various parts of the brain (as well as in the spinal cord); it consists of different types of cells, such as neurons. However, the brain also contains white matter, which comprises nerve fibers that connect the gray matter.

The black component is called substantia nigra, which is Latin for (you guessed it) "black substance." It's black because of neuromelanin, a specialized type of the same pigment that colors skin and hair, and it's a part of the basal ganglia. Finally, we have red -- and that's thanks to the many blood vessels in the brain. So why are preserved brains chalky looking and dull instead of spongy and colorful? It's due to the fixatives, such as formaldehyde, that keep the brain preserved.

From color, to sound -- the next myth may have you rethinking your musical choices.

1. The Big Lie: Nazi Propaganda

By the time Nazism arose in Germany in the 1930s, anti-Semitism was nothing new -- not by a long shot. The J*ewish people had suffered a long history of prejudice and persecution. And although Nazis perpetuated centuries-old lies, this time those lies would have their most devastating effects. Like never before, anti-Semitism was manifested in a sweeping national policy known as "the Final Solution," which sought to eliminate Jews from the face of the Earth.

To accomplish this, Adolf Hitler and his minister of propaganda, Joseph Goebbels, launched a massive campaign to convince the German people that the Jews were their enemies. Having taken over the press, they spread lies blaming Jews for all of Germany's problems, including the loss of World War I. One outrageous lie dating back to the Middle Ages claimed that Jews engaged in the ritual killings of Christian children and used their blood in the unleavened bread eaten at Passover [source: Landau].

Using Jews as the scapegoat, Hitler and his cronies orchestrated what they called "the big lie." This theory states that no matter how big the lie is (or more precisely, because it's so big), people will believe it if you repeat it enough. Everyone tells small lies, Hitler reasoned, but few have the guts to tell colossal lies [source: Hoffer]. Because a big lie is so unlikely, people will come to accept it.

This theory helps us understand so many of the lies throughout history.

2. Watergate

Two decades before the Clinton scandal, another U.S. president was caught in a web of lies, and the controversy had devastating effects on the country as a whole.

In the summer before President Richard Nixon's successful re-election to a second term, five men were caught breaking into the Democratic National Committee headquarters, housed in the Watergate Hotel. As details emerged over the next year, it became clear that officials close to Nixon gave the orders to the burglars, perhaps to plant wiretaps on the phones there. The question soon became about whether Nixon knew of, covered up or even ordered the break-in.

In response to mounting suspicions, Nixon denied allegations that he knew anything and proclaimed, "I am not a crook." This lie came back to haunt him. When it was revealed that private White House conversations about the matter were recorded, the investigative committee subpoenaed the tapes. Nixon's refusal on the basis of "executive privilege" brought the matter to the U.S. Supreme Court, which ruled that he had to relinquish the tapes.

The tapes were exactly the smoking gun needed to implicate Nixon in the cover-up of the scandal. They revealed that he obviously knew more about the matter than he claimed. Upon the initiation of impeachment proceedings, Nixon gave up and resigned from office. The scandal left a lasting scar on the American political scene and helped usher Washington outsider Jimmy Carter into the presidency a few years later.

3. Clinton/Lewinsky Affair

In January 1998, citizen journalist Matt Drudge reported a sensational story tha*t turned out to be true. The president of the United States, Bill Clinton, had an affair with a White House intern, Monica Lewinsky. As suspicions mounted, Clinton publicly denied the allegations. As if this lie weren't big enough, it turned out that Clinton had lied under oath about the affair as well -- which was perjury and grounds for impeachment.

Here's how the truth came out. Paula Jones was an Arkansas state employee when then-governor Clinton allegedly propositioned her. She later sued him for sexual harassment. In an effort to prove that Clinton had a pattern of such behavior, lawyers set out to expose his sexual affairs. They found Linda Tripp, a former White House secretary and confidant of Lewinsky. Tripp recorded telephone conversations in which Lewinsky talked of her affair with Clinton. Lawyers then probed Clinton with specific questions and cornered him into denying the affair under oath.

During the highly publicized scandal, prosecutor Kenneth Starr subpoenaed Clinton, who finally admitted to the relationship. Based on Starr's report, the House of Representatives voted to impeach Clinton for not only perjury but obstruction of justice. Despite the scandal, Clinton maintained relatively high approval ratings from the American public, and the Senate acquitted him of the charges. However, in the eyes of many Americans, his legacy remained tarnished.

4. The Dreyfus Affair

Like t*he conspiracy invented by Titus Oates, this scandal was built on a lie that dramatically affected national politics and was perpetuated for years by hatred. Alfred Dreyfus was a Jewish officer in the French Army in the late 19th century when he was accused of a treasonous crime: selling military secrets to Germany.

After his highly publicized trial, authorities sentenced him to life imprisonment on Devils Island, and anti-Semitic groups used him as an example of unpatriotic Jews. However, suspicions arose that the incriminating letters were in fact forged and that a Maj. Esterhazy was the real culprit. When French authorities suppressed these accusations, the novelist Emile Zola stepped up to accuse the army of a vast cover-up.

The scandal exploded into a fight between so-called Dreyfusards, who wanted to see the case reopened, and anti-Dreyfusards, who didn't. On both sides, the debate became less about Dreyfus' innocence and more about the principle. During the dramatic 12-year controversy, many violent anti-Semitic riots broke out and political allegiances shifted as Dreyfusards called for reform.

After Maj. Hubert Joseph Henry admitted to forging key documents and committed suicide, a newly elected Cabinet finally reopened the case. The court found Dreyfus guilty again; however, he soon received a pardon from the president. A few years later, a civilian court of appeals found Dreyfus innocent, and he went on to have a distinguished army career and fought with honor in World War I. Meanwhile, the scandal had changed the face of politics in France.

5. Piltdown Man

After *Charles Darwin published his revolutionary "On the Origin of Species" in 1859, scientists scrambled to find fossil evidence of extinct human ancestors. They sought these so-called "missing links" to fill in the gaps on the timeline of human evolution. When archaeologist Charles Dawson unearthed what he thought was a missing link in 1910, what he really found was one of the biggest hoaxes in history.

The discovery was the Piltdown man, pieces of a skull and jaw with molars located in the Piltdown quarry in Sussex, England. Dawson brought his discovery to prominent paleontologist Arthur Smith Woodward, who touted its authenticity to his dying day.

Although the discovery gained world renown, the lie behind Piltdown man slowly and steadily unraveled. In the ensuing decades, other major discoveries suggested Piltdown man didn't fit in the story of human evolution. By the 1950s, tests revealed that the skull was only 600 years old and the jaw came from an orangutan. Some knowledgeable person apparently manipulated these pieces, including filing down and staining the teeth.

The scientific world had been duped. So who was behind the fraud? Many suspects have surfaced, including Dawson himself. Today, most signs point to Martin A. C. Hinton, a museum volunteer at the time of the discovery. A trunk bearing his initials contained bones that were stained in exactly the same way the Piltdown fossils were. Perhaps he was out to embarrass his boss, Arthur Smith Woodward, who refused to give him a weekly salary.

6. Titus Oates and the Plot to Kill Charles II

By the time he fabricated his notorious plot, Titus Oates already had a history of deception and *general knavery. He'd been expelled from some of England's finest schools as well as the navy. Oates was even convicted of perjury and escaped imprisonment. But his biggest lie was still ahead of him.

Raised Protestant by an Anabaptist preacher, Oates entered Cambridge as a young man to study for Anglican orders. After misconduct got him dismissed from his Anglican post, he started associating with Catholic circles and feigned conversion [source: Butler]. With the encouragement of fellow anti-Catholic Israel Tonge, Oates infiltrated enemy territory by entering a Catholic seminary. In fact, he entered two seminaries -- both of which expelled him. But it hardly mattered. By this time, he had gathered enough inside information and names to wreak enormous havoc.

In 1678, Oates concocted and pretended to uncover a plot in which the Jesuits were planning to murder King Charles II. The idea was that they wanted to replace Charles with his Catholic brother, James. What ensued was a three-year panic that fueled anti-Catholic sentiment and resulted in the executions of about 35 people [source: Encyclopaedia Britannica].

After Charles died in 1685, James became king and had Oates tried for perjury. Oates was convicted, pilloried and imprisoned. He only spent a few years in jail, however, as the Glorious Revolution swept through England in 1688. Without James in power, Oates got off with a pardon and a pension.

7. Anna Anderson, Alias Anastasia

With the onslaught of the Russian Revolution, the existence of a royal family was intolerabl*e to the Bolsheviks. In 1918, they massacred the royal Romanov family -- Czar Nicholas II, his wife, son and four daughters -- to ensure that no legitimate heir could later resurface and rally the public for support.

Soon, rumors floated around that certain members of the royal family had escaped and survived. As one might expect, claimants came out of the woodwork. "Anna Anderson" was the most famous. In 1920, Anderson was admitted to a hospital after attempting suicide and confessed that she was Princess Anastasia, the youngest daughter of the royal family. She stood out from other claimants because she held a certain resemblance to and surprising knowledge of the Russian family and life at court.

Although a few relatives and acquaintances who'd known Anastasia believed Anderson, most didn't. By 1927, an alleged former roommate of Anderson claimed that her name was Franziska Schanzkowska, not Anna and certainly not Anastasia [source: Aron]. This didn't stop Anderson from indulging in celebrity and attempting to cash in on a royal inheritance. She ultimately lost her case in the legal proceedings that dragged on for decades, but she stuck to her story until her death in 1984. Years later, upon the discovery of what proved to be the remains of the royal family, DNA tests confirmed her to be a fake. In 2009, experts were able to finally confirm that all remains have been found and that no family member escaped execution in 1918 [source: CNN].

8. Bernie Madoff's Ponzi Scheme

When Bernie Madoff admitted that his investment firm was "just one big lie," it was an understatement [source: Esposito]. In 2008, he confessed to having conned about $50 billion from investors who trusted him with their savings. Madoff used the f*ormula of a Ponzi scheme to keep up the fraud for more than a decade.

This classic lie is named after the notorious Charles Ponzi, who used the ploy in the early 20th century. It works like this: A schemer promises investors great returns, but instead of investing the money, he keeps some for himself and uses the funds from new investments to pay off earlier investors.

Madoff may not have invented this lie, but he took it to new lengths. For one, he made a record amount of money from the scheme. But he was also able to keep it going much longer than most Ponzi schemers. Usually, the scam falls apart quickly because it requires the schemer to constantly find more and more investors. It was also an especially shocking lie because Madoff, as a former chairman of NASDAQ, had been an accomplished and respected expert in the financial field. Compare this to Chares Ponzi, who was a petty ex-con by the time he launched his scheme.

9. Hans van Meegeren's Vermeer Forgeries

This lie re*sulted from a classic case of wanting to please the critics. Hans van Meegeren was an artist who felt underappreciated and thought he could trick art experts into admitting his genius.

In the early 20th century, scholars were squabbling about whether the great Vermeer had painted a series of works depicting biblical scenes. Van Meegeren pounced on this opportunity and set to work carefully forging one such disputed work, "The Disciples at Emmaus." With tireless attention to detail, he faked the cracks and aged hardness of a centuries-old painting. He intentionally played on the confirmation bias of critics who wanted to believe that Vermeer painted these scenes. It worked: Experts hailed the painting as authentic, and van Meegeren made out like a bandit producing and selling more fake Vermeers. Greed apparently overcame his desire for praise, as he decided not to out himself.

However, van Meegeren, who was working in the 1930s and '40s, made one major mistake. He sold a painting to a prominent member of the Nazi party in Germany. After the war, Allies considered him a conspirator for selling a "national treasure" to the enemy [source: Wilson]. In a curious change of events, van Meegeren had to paint for his freedom. In order to help prove that the painting was no national treasure, he forged another in the presence of authorities.

He escaped with a light sentence of one year in prison, but van Meegeren died of a heart attack two months after his trial.

10. The Trojan Horse

If all is fair in love and *war, this might be the most forgivable of the big lies. When the Trojan Paris absconded with Helen, wife of the Spartan king, war exploded. It had been raging for 10 long years when the Trojans believed they had finally overcome the Greeks. Little did they know, the Greeks had another trick up their sleeves.

In a stroke of genius, the Greeks built an enormous wooden horse with a hollow belly in which men could hide. After the Greeks convinced their foes that this structure was a peace offering, the Trojans happily accepted it and brought the horse within their fortified city. That night, as the Trojans slept, Greeks hidden inside snuck out the trap door. Then, they proceeded to slaughter and decisively defeat the Trojans.

This was unquestionably one of the biggest and most successful tricks known to history -- that is, if it's true. Homer mentions the occurrence in "The Iliad," and Virgil extrapolates the story in "The Aeneid." Evidence suggests that Troy itself existed, giving some validity to Homer's tales, and scholars have long been investigating how historically accurate these details are. One theory behind the Trojan horse comes from historian Michael Wood, who proposes that it was merely a battering ram in the shape of a horse that infiltrated the city [source: Haughton].

In any case, the story has won a permanent place in the Western imagination as a warning to beware of enemies bearing gifts.

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