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Do Or Don't: Studying While Listening To Music

By Elana Goodwin on January 31, 2015
Second semester is well underway, which means midterms and other tests are looming ahead in the not-too-distant future and that it’s time to once again question how studying while listening to music can affect a student’s studying efficiency.
Researchers and college students have often wondered whether listening to music has negative or positive effects on the student’s studying habits and whether studying while listening to music is a “do” or “don’t.”
Photo Credit: unistudentlife.co.uk
Studies have shown that listening to music before studying or performing a task can be beneficial as it improves attention, memory, and even your ability to do mental math as well as helping lessen depression and anxiety.
Many researchers, as well as students, who think listening to music helps memory have called the practice the “Mozart Effect.” Of course, nowadays many students are not actually listening to Mozart, but pop or other music, so the effect may not be the same.
These studies and researchers seem to indicate that music can actually help you study and those who listen to music while studying may actually be better off for it.
However, there have also been several studies that have shown that music can actually have negative impacts on your studying effectiveness — particularly when it comes to memorizing something in order.
Dr. Nick Perham’s 2010 study, “Can preference for background music mediate the irrelevant sound effect,” explored how music can interfere with short-term memory potential.
“We found that listening to liked or disliked music was exactly the same, and both were worse than the quiet control condition,” Perham discovered. ”Both impaired performance on serial-recall tasks.”
Listening to music may diminish your cognitive abilities in these situations because when you’re trying to memorize things in order, you can get thrown off and confused by the various words and notes in the song playing in the background, Perham theorized.
Stanford University professor Clifford Nass had similar thoughts.
“Music with lyrics is very likely to have a problematic effect when you’re writing or reading. Probably less of an effect on math, if you’re not using the language parts of your brain,” Nass said. “In my day, there was no way you could take music to the library. When [today's students] go to the library to study, they bring their noise, and music, with them.”
Photo Credit: www.cmuse.org
Today, it’s easier than ever to bring your music with you wherever you go as music has become inherently portable. We listen to music while we walk, cook, drive — when we want to feel happy or relaxed. Music has become a fundamental part of our lives, which is why students are so eager to know whether it will negatively or positively impact their studying.
Because music can impact and regulate your mood and the best mood to study in is a more relaxed mood, choosing music that helps you relax but also with enough beat or rhythm to ensure you don’t zone out while studying is crucial. But music that’s too loud or with too much of an upbeat tempo can also be distracting, so having a playlist or specific artist you turn to for studying music can really help.
If you’re the type of person who has more difficulty multitasking and is easily distracted, listening to music while studying may just cause your attention to drift to the music rather than help you concentrate on your material.
If you’re really set on listening to music while studying but know your focus will probably end up divided, choose classical music or more acoustic music with minimal words to distract you. Movie scores, which typically consist of a bunch of orchestral pieces, may also be good background music for you to study to.
So basically, the final decision about studying while listening to music is up to you — do you feel you concentrate better with Taylor Swift or Hozier singing in the background? Or do you find yourself thinking of the lyrics to the song rather than what you’re supposed to be studying?
Music’s effects on study habits will vary from person to person, and can also be affected by what you’re listening to — the genre of the music, how loud it is, etc.
Personally, when I need some background music to study to, I’ll usually make a more acoustic playlist consisting of songs by Joshua Radin, Cary Brothers, and Ed Sheeran, with some of The Fray and Goo Goo Dolls thrown in, too.
But in order for you to study the most productively, you need to figure out the effect music has on your studying ability, and then tailor your studying playlist — be it silence or music — to best suit your needs and efficiency.

5 Myths and Facts About Your Sagging Face

Photo: Getty Images
Photo: Getty Images
Let’s face it: Sagging’s only cute if you’re a Shar Pei. For most of us, our jangly jowls and hanging cheeks are a source of chagrin as we age. Here, five myths and facts about facial sagging, plus ways to stop the droop:

Running causes your face to sag

FALSE. Sagging skin is due to two age-related reasons: loss of collagen, which gives skin its elasticity, and loss of facial fat, the absence of which causes skin to droop. While your whole body bounces up and down while you’re jogging, it’s highly unlikely that you’re jostling around enough to damage collagen, points out Las Vegas–based plastic surgeon Michael Edwards, MD, president of the American Society for Aesthetic Plastic Surgery.
A more likely cause? Long hours exercising outdoors equals more UV exposure, which over time breaks collagen down. Make sure you slather up with plenty of sunscreen before venturing outside, even in colder weather.
RELATED: 13 Everyday Habits That Are Aging You

Sleeping on your stomach causes sagging

FALSE. Your sleep position won’t actually cause sagging, but it can lead to sleep wrinkles: those creases and fine lines you see each AM in your bathroom mirror. They’re caused by your pillow tugging at delicate facial skin as you sleep. When you’re younger, it’s not an issue, as fresh, elastic skin bounces back easily, but as you age, skin becomes less resilient and can settle into these lines. Your best way to avoid this is to sleep on your back, says Dr. Edwards.
But if you’re a die hard tummy sleeper or flip flop through the night—some studies have found sleepers switch positions 11 times a night on average—you can try the Juverest, a so-called “sleep wrinkle pillow” ($195; amazon.com). This specially formulated pillow has a head cradle to encourage back sleep and graded steps to minimize contact between your face and the pillow if you do roll over onto your side.
RELATED: Sleep on This: Our Top Pillow Picks

You can do facial exercises to reduce skin sagging

TRUE—but with a catch. “They increase the size of facial muscles, which, while theoretically taking away some of the slacking skin, also causes expression lines,” points out Dr. Edwards. So while a few workout moves might help relieve basset hound–like eyes, they’ll probably also worsen crows’ feet. If you’re not opposed to getting some help from a dermatologist or plastic surgeon, you may get better results from Botox.
RELATED: How to Fix the 9 Worst Signs of Aging

Weight loss causes skin sagging

TRUE. When you gain weight, the skin on your face stretches to go along with your extra padding, just like it does everywhere else. But if you’ve finally lost it, you may notice that you’re sporting under eye bags and a slack jaw.“As you age and your skin loses elasticity, when you stretch it out it won’t bounce back the same way it did when you were younger,” explains Dr. Edwards. But don’t despair: products like Retin-A can help, as can injectable fillers such as Voluma.
RELATED: Have Firmer Skin Forever

There are products that may help fight sagging skin

TRUE. You can slow down the sag from the outside in: Try topical products like over-the-counter retinols or prescription retinoids, which boost collagen production, and vitamin C serums, which help restore elasticity, advises Dr. Edwards. In one study, a daily supplement of pycnogenol, a French pine bark extract, increased skin elasticity and hydration and increased production of hyaluronic acid, a skin plumping ingredient, by 44%, according to a 2012 German study (which was funded by the maker of the raw material used in the supplements).

17 Facts About Crying & Tears You May Not Have Known


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Everybody cries whether they’ll freely admit it to others or not. The reasons why we cry are multiple and varied. Scientists, psychologists, and anthropologists have studied the topic in depth, and here are some of their surprising findings.
1. People cry for three primary reasons. When most of us think about crying, Emotional tears come to mind. Those are the horrible sobbing tears or the merciful happy ones. But there are two other types of tears (both categorized as “lacrimal”), Basal and Reflex. The former type lubricates and cleans eyes to protect vision. The latter are associated with environmental irritations like onions (via the chemical irritant Syn-propanethial-S-oxide) or pollen. Lacrimal tears are essential to clean out debris so you can see better.
2. Crocodile tears qualify as an unofficial 4th form of crying. These fake tears are specific to people with excellent acting skills, of course. The term comes from the ancient Greek anecdote about crocodiles who fake-cry in order to deceive their prospective prey. Crocodiles do appear to produce tears, but this may be due to their third eyelid, which requires a great deal of lubrication.
3. Even when you’re not crying, your body generates 1-2 microliters worth of tears. You don’t notice most of this production as they are blinked away as basal tears. Some of the tears are even rerouted down your throat while your body operates on autopilot.
4. Your nose stops up when you cry because excess tears come out of your nose. Each one of your eyes can only hold about 7 microliters of tears, and a strong crying session causes serious overflow. Those extra tears flood the nasal passages, which creates a runny and/or stuffy nose.
5. A neurological condition called Pathological Laughing & Crying (PLC) can cause involuntary crying at inappropriate times. The condition can be caused by ALS, Alzheimer’s disease, multiple sclerosis, or a stroke.
6. In general, women cry more often than men, but the true difference may surprise you. The estimated number of times a woman emotionally cries is 50 times per year. Men do it on average of 10 times per year … although they tend to deny the act on many occasions.

7. Babies average about 1 to 3 hours of crying every day. The poor creatures possess no other means of communication, much to the chagrin of their parents. Babies cry for many reasons, including hunger, discomfort, fatigue, discomfort, fear, pain, loneliness, and genuine peril. Any baby who cries for more than 3 hours a day for 3 weeks (and for no reason at all) may have the dreaded colic.
8. Crying is different in many cultures. Although babies universally cry to satisfy their needs, each culture’s socialization processes lead to different ways of crying as an older child or adult.
9. Scientists believe that emotional crying is a unique human experience, but some people do believe that animals can emotionally cry. The case of Raju the crying elephant only bolstered those claims.
10. Scientists believe emotional tears may be an evolutionary adaptation. Tears can provoke empathy or aid from other human beings. They can foster a sense of unity among a group of people mourning the same loss. There’s also a theory that predators could have helped protect humans from predators.
11. “Good” crying really can help you feel better. Crying can be a means to catharsis because it helps you release tensions and come to new peace or resolutions about the reason behind the cry. Good cries are often associated with another person soothing the crier.
12. “Bad” crying can make you feel even worse. Crying can make people worse because of resulting headaches (from dehydration and tense muscles), dry eyes, and stuffy noses. These side effects outweigh cathartic benefits especially amongst chronically depressed criers who aren’t crying about one specific thing.
13. The reasons for women crying more often than men are largely biological. Women have 60% more prolactin in their bodies than men. Prolactin is a protein that affects the endocrine system, which may cause women to cry more often than men. Women also have smaller tear ducts than men, which means their tears more readily spill over and, thus, are more visible than men’s tears.
14. The size of the tear disparity between genders is often cultural. Women in wealthier Western cultures cry more frequently than women in other countries. Simply put, excessive emotional crying is a first-world problem of sorts.
15. Tear ducts can become blocked, causing complications. Blocked tear ducts can result from aging, injury, cyst, inflammation or a tumor. This can paradoxically cause excessive tearing and lead to infection of the affected eye.
16. The different types of tears look stunningly different under a microscope. A Smithsonian photographer illustrated how, for example, onion-induced tears are much more crystallized than “happy” tears.
17. A woman’s tears send a particular chemical signal to men. One of the things this signal does is it causes a dip in male sexual arousal, which is an involuntary yet interesting means of nonverbal communication between the sexes.