Get their beauty sleep.
Yep, it’s really a thing.
We all know that getting a good amount of shuteye has a range of benefits for our health. It allows you to concentrate better, you’re less likely to get sick, your mood improves and it can even prevent you from putting on weight. Another benefit has emerged. Sleep has been proven to make us more attractive.
A study conducted by University Hospital Case Medical Centre in Ohio examined the process of “catabolysis”, which is a natural purification process that helps your skin cells get rid of internal debris that can cause cellular damage. Translation: it’s the important process that eliminates the stuff that can diminish your beautiful looks. The researchers investigated catabolysis in connection to our sleep and their results were seriously surprising.
They found that people who didn’t get enough shuteye lost 30 percent more water 72 hours after a skin barrier disruption, such as exposure to UV light, than those who regularly get their required amount of snooze time.
Our skin cells are running on a natural 24-hour rhythm, repairing themselves at night and protecting themselves during the day; so less time spent sleeping means your skin has less ability to repair and replenish itself. Hello: dull and dry skin!
The real clincher? The study found that poor sleepers had twice the amount of signs of ageing. Think: fine lines, uneven pigmentation, reduced elasticity and slower recovery time from sunburn. So how can you get the best sleep possible to look the best you possibly can?
And for those of you who believe a person’s looks are secondary to their intelligence, here’s what your brain does when you sleep:
The brain can process information and prepare for actions during sleep, effectively making decisions while unconscious, new research has found.
A study published in the journal Current Biology found that the brain processes complex stimuli during sleep, and uses this information to make decisions while awake. The researchers asked participants to categorize spoken words that were separated into different categories — words referring to animals or objects; and real words vs. fake words — and asked to indicate the category of the word they heard by pressing right or left buttons. When the task become automatic, the subjects were asked to continue but also told that they could fall asleep (they were lying in a dark room). When the subjects were asleep, the researchers began introducing new words from the same categories. Brain monitoring devices showed that even when the subjects were sleeping, their brains continued to prepare the motor function to create right and left responses based on the meaning of the words they heard.
When the participants woke up, however, they had no recollection of the words they heard.
“Not only did they process complex information while being completely asleep, but they did it unconsciously,” researchers Thomas Andrillon and Sid Kouider write in the Washington Post. “Our work sheds new light about the brain’s ability to process information while asleep but also while being unconscious.”
Creates and consolidates memories
While you’re asleep, the brain is busy forming new memories, consolidating older ones, and linking more recent with earlier memories, during both REM and non-REM sleep. Lack of rest could have a significant affect the hippocampus, an area of the brain involved in memory creation and consolidation.
For this reason, sleep plays a very important role in learning — it helps us to cement the new information we’re taking in for better later recall.
“We’ve learned that sleep before learning helps prepare your brain for initial formation of memories,” Dr. Matthew Walker, a University of California, Berkeley sleep researcher, tells the National Institutes of Health. “And then, sleep after learning is essential to help save and cement that new information into the architecture of the brain, meaning that you’re less likely to forget it.”
Makes creative connections
Sleep can be a powerful creativity-booster, as the mind in an unconscious resting state can make surprising new connections that it perhaps wouldn’t have made in a waking state.
A 2007 University of California at Berkeley study found that sleep can foster “remote associates,” or unusual connections, in the brain — which could lead to a major “a-ha” moment upon waking. Upon waking from sleep, people are 33 percent more likely to make connections between seemingly distantly related ideas.
Clears out toxins
A series of 2013 studies found that an important function of sleep may be to give the brain a chance to do a little housekeeping.
Researchers at the University of Rochester found that during sleep, the brains of mice clear out damaging molecules associated with neurodegeneration. The space between brain cells actually increased while the mice were unconscious, allowing the brain to flush out the toxic molecules that built up during waking hours.
If we’re not getting enough sleep, our brains don’t have adequate time to clear out toxins, which could potentially have the effect of accelerating neurodegenerative diseases like Parkinson’s and Alzheimer’s.
Learns and remembers how to perform physical tasks
The brain stores information into long-term memory through something known as sleep spindles, short bursts of brain waves at strong frequencies that occur during REM sleep.
This process can be particularly helpful for storing information related to motor tasks, like driving, swinging a tennis racquet or practicing a new dance move, so that these tasks become automatic. What happens during REM sleep is that the brain transfers short-term memories stored in the motor cortex to the temporal lobe, where they become long-term memories.
Be beautiful. Be smart. Sleep.