How Did English End Up With There/They're/Their?

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iStock

Admit it. You get it wrong sometimes. I don’t care how many degrees you have, how steeped you are in the highest register of formal discourse, how vicious you are with the red pen, how many children’s wrists you have slapped with a ruler. You sometimes write there when you mean their or they’re.

Yes, you. You may catch it every time, correct it before pressing “send,” but you do it. The language just makes it so easy to do. Not only are these three words pronounced exactly the same, they are all constantly in use in everyday discourse. Wait and weight or flour and flower just aren’t as frequent. Most people aren’t going to mix those up. So there’s no reason to be especially proud of not mixing them up, or to make smug memes about them. But there/their/they’re is a cleverly laid, dastardly trap. To tout your mastery of this trio is an act of pride in your ability to skip over the trap.

So who set this trap? We did, of course, which is to say all the English speakers who came before us. First, in the earliest stages of Old English, we had the word for "there," which was then spelled þǽr (thǽr). The word for "their" was hiera, so there was no problem telling them apart. But when Scandinavian settlers starting coming over around the year 1000, we started borrowing a few things from them, including their word for "their": þaire (thaire).

Now we had two words with somewhat similar, but still different pronunciations and spellings. The following centuries brought a huge upheaval in English pronunciation through the Great Vowel Shift and the development of Middle and Modern English, while at the same time the spread of the printing press and literacy brought stable spelling conventions into being. Through all this, there at one point or another got the spellings thar, thaire, ther, yar, theer, thiar, and thore. Their went through its own changes with thayir, thayre, yaire, and theer. Sometimes they overlapped and had the same spellings, sometimes they didn’t, but when the dust settled and the final habits had been established, we were left with one pronunciation and two spellings.

The latest entry into the trio was they’re. People didn’t write contractions of this kind until the late 16th century, though they did say them before then. Writers began to use the apostrophe to stand for missing letters, as it does in 'tis or o’er. It couldn’t be helped that "they are" shortened into a word that sounded just like their and there. The same thing happened to I’ll/aisle and we’ve/weave, but aisle and weave didn’t show up often enough to turn the similarity into a trap.

It didn’t have to be this way. If things had gone differently, we might have ended up with one spelling for all of them, or at least for the first two. This is what happened to rose (the flower) and rose (the past tense of rise), or rock (stone) and rock (to sway). Those came from totally different words that began to be pronounced the same, and then came to be spelled the same. (Chaucer wrote of “the son that roose as rede as rose.”) Those words don’t cause any confusion, and neither would a word like ther, if that’s what we had somehow ended up with for all members of the trio.

But that’s not what we ended up with, and so we add there/their/they’re to the long list of things that make writing harder than speaking, things to keep track of, double check, and correct, lest you fall into ther traps. Ther everywhere.

See Also...

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Why Is It 'Eleven, Twelve' Instead of 'Oneteen, Twoteen'?
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Why Isn't 'Arkansas' Pronounced Like 'Kansas'?
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Why Is There an 'R' in Mrs.?

6 Factors That Determine Whether or Not You Remember Your Dreams

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iStock

Within the scientific community, dreams are still something of a mystery. Many experiments have been conducted and many theories have been put forth, but researchers still don’t fully understand why or how we dream. Further complicating matters is the fact that everyone dreams, but some people never remember their subconscious escapades.

However, improvements in brain imaging and recent physiological studies have brought us one step closer to answering the question of why some people remember their dreams more than others. There’s no simple, definitive explanation, “but there are a number of things that correlate,” Dr. Deirdre Leigh Barrett, a psychology professor at Harvard Medical School and author of The Committee of Sleep, tells Mental Floss. Barrett shared a few of the factors that can affect your dream recall.

1. SEX

Women, on average, recall more dreams than men. Researchers aren’t exactly sure why, but Barrett says it could be a biological or hormonal difference. Alternatively, women might be more cognizant of their dreams because they tend to be more interested in dreams in general. However, Barrett notes that differences between men and women in regard to dream recall are “modest” and that there are greater differences within each sex than between the sexes. In other words: There are plenty of women with low dream recall and plenty of men with high dream recall.

2. AGE

As we get older, it often gets harder to recall our dreams. Your ability to remember dreams improves in late childhood and adolescence, and tends to peak in your twenties, Barrett says. After that point, people often experience a gradual drop-off in dream recall. However, there are exceptions, and people sometimes experience the opposite.

3. PERSONALITY

Again, this is by no means a prescriptive rule, but there seems to be a correlation between certain personality traits and high dream recall. "More psychologically-minded people tend to have higher dream recall, and people who are more practical and externally focused tend to have lower recall," Barrett says. In addition, better dream recall has a “mild correlation” with better recall while completing certain memory tasks during waking hours, according to Barrett.

4. AMOUNT OF SLEEP

The amount of sleep one gets on average is one of the most important factors related to dream recall. People dream every 90 minutes during the REM (rapid eye movement) sleep cycle. However, those REM periods get longer throughout the night, meaning that you’re doing the most dreaming toward the morning—generally right before you wake up. If you only sleep four hours instead of eight, you’re only getting about 20 percent of your dream time. For this reason, some people report remembering more of their dreams on the weekend, when they have the chance to catch up on sleep.

5. BRAIN ACTIVITY

Thanks to brain imaging, scientists now have a better idea of which parts of the brain are associated with dreaming. A part of the brain that processes information and emotions is more active in people who remember their dreams more often, according to a 2014 study. This region toward the back of the brain, called the temporo-parietal junction (TPJ), may help people pay more attention to external stimuli. In turn, this may promote something called instrasleep wakefulness.

"This may explain why high dream recallers are more reactive to environmental stimuli, awaken more during sleep, and thus better encode dreams in memory than low dream recallers," Dr. Perrine Ruby told the International Business Times. "Indeed, the sleeping brain is not capable of memorizing new information; it needs to awaken to be able to do that."

Higher activity in the TPJ and another region of the brain called the medial prefrontal cortex (MPFC) might also "promote the mental imagery and/or memory encoding of dreams," researchers wrote in the study's abstract.

More recently, in 2017, researchers discovered that high dream recall is also linked to higher activity toward the front of the brain. The pre-frontal cortex is the part of the brain that deals with abstract thinking, so it makes sense that it has been linked to dream recall and lucid dreaming (being aware that one is dreaming), Barrett says.

6. RESPONSE TO EXTERNAL STIMULI

In a similar vein, people who remember their dreams more frequently also tend to exhibit more brain activity after hearing their name spoken aloud while they’re awake, according to a 2013 study. Upon hearing their names, a group of “high recallers,” who remember their dreams almost every night, experienced a greater decrease in a brain wave called the alpha wave than a group of “low recallers,” who remember their dreams once or twice a month. This decrease in alpha waves is likely preceded by an increase in brain activity upon hearing their names. Essentially, people with greater dream recall tend to experience activity in more regions of their brain in response to sounds. According to Barrett, there may be an evolutionary explanation for this.

“Evolution wants us to get restorative sleep but it also wanted us to wake up to danger and check it out and be able to go back to sleep quickly afterwards,” she says. Think of the all the dangers our prehistoric ancestors had to deal with, and it's clear that this response is important for survival. In essence, high recallers are “probably just a little more aware and watching during their dream, and that helps make it a long-term memory.”

So what can you do to help you remember your dreams? It may sound simple, but before you go to bed, think to yourself, “I’m going to remember my dreams tonight.” The very act of thinking about dreaming can make a big difference.

“You could say that just reading this article is somewhat more likely to make you recall a dream tonight,” Barrett says. “People who are taking a class on dreams or reading a book on dreams—any short-term intervention of paying more attention to them—tends to create a short-term blip in dream recall.”

When you first wake up, don’t do anything except lie in bed and try to recall any dreams you had. If something comes back to you, write it down or use a voice recorder to crystallize your thoughts. Dreams are still in your short-term memory when you wake up, so they’re fragile and easy to forget.

If you don’t remember anything, Barrett says it’s still helpful to assess how you feel when you first awaken. Are you happy, sad, or anxious? “Sometimes if you just stay with whatever emotion or little bit of content you woke up with,” she says, “a dream will come rushing back.”

Why Are Marathons 26.2 Miles Long?

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iStock/ZamoraA

What's the reason behind the cursed distance of a marathon? The mythical explanation is that, around 490 BCE, the courier Pheidippides ran from Marathon to Athens to deliver news that the Greeks had trounced the Persians at the Battle of Marathon. The trouble with that explanation, however, is that Pheidippides would have only covered a distance of approximately 25 miles. So what accounts for the extra 1.2 miles?

When the modern marathon appeared in the late 19th century, the race distance was inconsistent. During the first Olympic games in 1896, runners jogged along Pheidippides’s old route for a distance of 40,000 meters—or 24.85 miles. (That race, by the way, was won by a Greek postal worker.) The next Olympic games saw the distance bumped to a pinch over 25 miles. And while subsequent marathons floated around the 25 mile mark, no standard distance was ever codified.

Then the Olympics came to London. In 1908, the marathon, which stretched between Windsor Castle and White City Stadium in London, lasted 26.2 miles—all for the benefit of England's royal family.

It wasn't supposed to be that way. Like previous races, the original event was supposed to cover a ballpark of 25 miles. The royal family, however, had other plans: They wanted the event to start directly in front of Windsor Castle—as the story goes, the royal children wanted to see the start of the race from the castle nursery. Officials duly agreed and moved the starting line, tacking on an extra mile to the race.

As for the pesky final 0.2? That was the royal family’s fault, too. The finish line was extended an extra 385 yards so the race would end in front of the royal family’s viewing box.

Those extra 1.2 miles proved to be a curse. The race’s leader, an Italian pastry chef named Dorando Pietri, collapsed multiple times while running toward the finish line and had to be helped to his feet. One of the people who came to his aid was a journalist named Arthur Conan Doyle. Afterward, Conan Doyle wrote about Pietri's late-race struggles for the Daily Mail, saying, "Through the doorway crawled a little, exhausted man ... He trotted for a few exhausted yards like a man galvanized into life; then the trot expired into a slow crawl, so slow that the officials could scarcely walk slow enough to keep beside him."

After the London Olympics, the distance of most marathons continued to hover between 24 and 26 miles, but it seems that Conan Doyle's writing may have brought special attention to the distance of 26.2, endowing it with a legendary "breaker-of-men" reputation. Indeed, when the International Amateur Athletic Federation convened to standardize the marathon, they chose the old London distance of 26 miles and 385 yards—or 26.219 miles.

Writing for Reuters, Steven Downes concluded that, "the marathon race may have been as much a Conan Doyle creation as Sherlock Holmes."

Have you got a Big Question you'd like us to answer? If so, let us know by emailing us at bigquestions@mentalfloss.com.

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