Music & Intelligence: Will Listening to Music Make You
Smarter?  
by Duane Shinn
children.

But all this information - and some misinformation too - has led to generalized
confusion about the role of music and music training in the development of the
human brain. The bottom line is this: if you're confused by all you read about music
study and brain development, you're certainly not alone.

In part, this is due to the manner in which the phrase "the Mozart Effect" has been
popularized by the media and bandied about to describe any situation in which music
has a positive effect on cognition or behavior.

In fact the Mozart Effect refers specifically to a 1993 research finding by Frances
Rauscher, Gordon Shaw and Katherine Ky and published in the prestigious journal
Nature. The scientists found that 36 college students who listened to 10 minutes of a
Mozart sonata performed higher on a subsequent spatial-temporal task than after
they listened to relaxation instructions or silence.

An enchanted media reported this interesting research as "Mozart makes you
smarter" - a huge over-simplification of the original results.

As Rauscher explains in a later paper, the Mozart Effect was studied only in adults,
lasted only for a few minutes and was found only for spatial temporal reasoning.
Nevertheless, the finding has since launched an industry that includes books, CDs and
websites claiming that listening to classical music can make children more intelligent.

The scientific controversy - not to mention the popular confusion - surrounding the
Mozart Effect, has given rise to a corresponding perplexity for parents. They wonder:
"Should my kids even bother with music education?"

In fact the answer to this question is still a resounding yes, since numerous research
studies do prove that studying music contributes unequivocally to the positive
development of the human brain. Other researchers have since replicated the original
1993 finding that listening to Mozart improves spatial reasoning. And further research
by Rauscher and her colleagues in 1994 showed that after eight months of keyboard
lessons, preschoolers demonstrated a 46% boost in their spatial reasoning IQ, a skill
important for certain types of mathematical reasoning.

In particular, it is early music training that appears to most strengthen the
connections between brain neurons and perhaps even leads to the establishment of
new pathways. But research shows music training has more than a casual
relationship to the long-term development of specific parts of the brain too.

In 1994 Discover magazine published an article which discussed research by Gottfried
Schlaug, Herman Steinmetz and their colleagues at the University of Dusseldorf. The
group compared magnetic resonance images (MRI) of the brains of 27 classically
trained right-handed male piano or string players, with those of 27 right-handed male
non-musicians.

Intriguingly, they found that in the musicians' planum temporale - a brain structure
associated with auditory processing - was bigger in the left hemisphere and smaller in
the right than in the non-musicians. The musicians also had a thicker nerve-fiber tract
between the hemisphere. The differences were especially striking among musicians
who began training before the age of seven.

According to Shlaug, music study also promotes growth of the corpus callosum, a
sort of bridge between the two hemispheres of the brain. He found that among
musicians who started their training before the age of seven, the corpus callosum is
10-15% thicker than in non-musicians.

At the time, Schlaug and other researchers speculated that a larger corpus callosum
might improve motor control by speeding up communication between the
hemispheres.

Since then, a study by Dartmouth music psychologist Petr Janata published by
Science in 2002, has confirmed that music prompts greater connectivity between the
brains left and right hemisphere and between the areas responsible for emotion and
memory, than does almost any other stimulus.

Janata led a team of scientists who reported some areas of the brain are 5% larger
in expert musicians than they are in people with little or no musical training, and that
the auditory cortex in professional musicians is 130% denser than in non-musicians.
In fact, among musicians who began their musical studies in early childhood, the
corpus callosum, a four-inch bundle of nerve fibers connecting the left and right sides
of the brain, can be up to 15% larger.

While it is now clear from research studies that brain region connectivity and some
types of spatial reasoning functionality is improved by music training, there is growing
evidence that detailed and skilled motor movements are also enhanced.

Apparently the corpus callosum in musicians is essential for tasks such as finger
coordination. Like a weight-lifter's biceps, this portion of the brain enlarges to
accommodate the increased labour assigned to it.

In a study conducted by Dr. Timo Krings and reported in Neuroscience Letters in
2000, pianists and non-musicians of the same age and sex were required to perform
complex sequences of finger movements. The non-musicians were able to make the
movements as correctly as the pianists, but less activity was detected in the pianists'
brains. The scientists concluded that compared to non-musicians, the brains of
pianists are more efficient at making skilled movements.

The study of music definitely affects the human brain and its development, in a
staggering number of ways. But what to make of all the research, especially in terms
of deciding the best course of music study or appreciation for yourself or your
offspring?

A 2000 article by N M Weinberger in MuSICA Research Notes makes the following
excellent point: Although the Mozart Effect may not list up to the unjustified hopes of
the public, it has brought widespread interest in music research to the public. And
listening to ten minutes of Mozart could get someone interested in listening to more
unfamiliar music, opening up new vistas.

Irregardless of the hype surrounding the Mozart Effect, the overall academic evidence
for music study as a tool to aid brain development, is compelling.

At the University of California School of Medicine in San Francisco, Dr. Frank Wilson
says his research shows instrumental practice enhances coordination, concentration
and memory and also brings about the improvement of eyesight and hearing. His
studies have shown that involvement in music connects and develops the motor
systems of the brain, refining the entire neurological system in ways that cannot be
done by any other activity. Dr. Wilson goes so far as to say he believes music
instruction is actually 'necessary' for the total development of the brain.

So the bottom line is this: Music study and practice probably does aid in the
development of the brain in various important ways. And after all, if you enjoy music,
there is nothing to lose by trying, and everything to gain!


About The Author

Duane Shinn is the author of over 500 music books and products such as DVD's,
CD's, musical games for kids, chord charts, musical software, and piano lesson
instructional courses for adults. He holds an advanced degree from Southern Oregon
University and was the founder of Piano University in Southern Oregon. He can be
reached at
. He is the author of the popular
free 101-week e-mail newsletter titled "Amazing Secrets Of Piano Chords & Sizzling
Chord Progressions" with over 55,000 current subscribers. Those interested may
obtain a free subscription by going to
/
Will listening to music make you
smarter? Will learning to play a
musical instrument make your brain
grow larger than normal?

Questions like these ones have been
popping up all over the place in the
past few years, and not just in
scientific journals either.

In recent times the media has been
fascinated by the research
surrounding brain development and
music, eagerly reporting on the latest
studies to the delight of the
music-loving parents of young
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