Even with the newest technology,
the memory capacity these powerful machines are incomparable to our brain. In
Jourdain’s book, Music, The Brain, and
Ecstasy, musical memory is discussed in both the composition and
performance section. As a pianist, I always have to memorize my music.
Memorizing music was considered an important step in the learning process. I
was also expected to retain the memory for an extended period of time to ensure
that was ready for performance.
Memory is divided into three
sections: sensory, store term and long term memory. Sensory is environmental
information we receive from our visual, auditory, and kinesthetic senses. If we
need to remember this sensory memory, it gets transferred to our short-term
memory. Our short term memory controls our everyday functions. In terms of
music, sight reading and improvisation happens here as new information is
retained and repeated. When the information in short term memory is rehearsed
and elaborated, it is stored alongside with our existing knowledge in our long
term memory compartment. Long term memory can retain information for an
unlimited capacity and duration of time. It is responsible for procedural
knowledge, semantic knowledge and episodic memories. In terms of musical
memory, procedural knowledge allows the performer to make music by coordinating
movements to produce sequences of note such as scales and arpeggios. Semantic
memory is the knowledge of this particular sequence of notes which represent
the pattern; while episodic memory is specific associations to the melody of
the piece.
In Williamon’s book, When Musical Excellence: Strategies and
Techniques to Enhance Performance, many studies were conducted to solidify
which memory methods are most effective for musicians when memorizing music. It
goes on by saying how most people have the same memory structure. Musicians who
have superior memory attribute this to using highly effective strategies when
learning and retaining this information in the memory. Some useful strategies
include improving memory in its most general sense, preventing age-related
memory loss, enhancing study skills and using mnemonics by associating
meaningless information with the material to be remembered.
In Hansen, Wallentin & Vuust’s 2012
article, Working memory and musical
competence of musicians and non-musicians, there have been many studies
trying to link language and music. However, they have come to the conclusion
that there is not enough significant evidence to prove that music and language
memory are linked. A study was conducted where musicians and non musicians were
given a sequence of four syllables and asked to determine the temporal order of
two syllables (Jakobson, Cuddy & Kilgour, 2003). Results indicated that
musicians were less likely to confuse the order of the syllables. The study
suggests that this may have to do with pitch and sub-vocalization being
involved. The study followed up by memorizing a word-list given to musicians
and non-musicians preventing them from using sub-vocalization. The results
indicate that there were no significant differences in verbal memory scores.
There are many positive reasons to
develop our musical memory. Firstly, as soloist, we will not have to turn pages
and be able to monitor the physical aspects of our performance. There seems to
be a stigma that when music is memorized, it will enhance the musicality of the
piece. Memory also seems to guarantee a more thorough knowledge of the piece
and intimate connection with the music. It also allows the performer to better
connect to the audience.
The first strategy is memorizing by
rote. The use of kinesthetic memory, which is by repeating it until it can be
played automatically or by “feel”. Pianists do this by practicing hands
separately using the same fingerings each time to develop kinesthetic memory.
Professional musicians use rote memory to over learn their music for
performance because kinesthetic is very vulnerable. Students learning using
rote memory must be careful as it can be done without conscious awareness,
which makes it unreliable because when there is a slight distraction during the
performance, kinesthetic memory can be lost.
Another strategy musicians use to
aid them with memory is visualization. Many musicians admit that they “know
where they are on the page”. A study was conducted by Nuki (1984) to see which
method of memory, visual, aural, kinesthetic or a mixture of them all, was most
effective when piano and compositions were first to sight read and then
memorize a piece of music. The results indicated that when students reported
using a visual strategy were significantly quicker when memorizing the piece.
Memory by ear is also a strategy.
Musicians need a conceptual framework before aural memory can be used. This can
be completed through repetition through playing, singing or imagining the
sound. Aural memory is developed when auditation occurs, which is when sound
can be heard in the inner ear before beginning to practice
Analysis of music provides the
musician with a roadmap for the piece. Analysis can help musicians chunk the
music into sections. These sections can be further broken into smaller phrases
and practiced through repetition. After these phrases have been mastered, they
can be linked again into the sections. A study, Rubin – Rabson (1937), was conducted
where the experimental group were asked to analysis their music before
listening to it and memorizing it and the controlled group were asked to listen
and memorize it. The results indicated that the experimental group memorized
the pieces the quickest. Analysis of the music also helps with visual memory.
When I teach with my piano
students, I always encouraged them to memorize their music at the final stages
of polishing their music. Besides the fact that it is a tradition, I believe
that memory facilitates the learning experience and produces a well balanced final
performance. It allows students to utilize a variety of memory techniques that
can be easily transferred to other school subjects and areas of life. We should
be promoting the development of memory skills in the brain through musical
experiences.
Reference
Hansen,
Mads, Mikkel Wallentin, and Peter Vuust. "Working memory and musical
competence of musicians and non-musicians." Psychology of Music 41
(2013): 779-793.
Jourdain, R.
(1997). Music, the brain, and ecstasy: How music captures our imagination.
New York: W. Morrow.
Williamon, A.
(2004). Musical excellence: Strategies and techniques to enhance performance.
Oxford: Oxford University Press.
1 comment:
I found this entry very helpful, informative and interesting. A great review on some of the recent literature that exists in regards to music memorization.
While also looking at what you mentioned about our short-term memory being primarily involved in new tasks, such as sight reading, I am curious if anything was mentioned about the use of the other main parts of our memory in sight reading skills. I find in some ways that sight reading on an instrument is much different than sight singing. I tend to rely on my already stored information in order to interpret the music in front of me, and so that it almost doesn't "feel"like new music, because once i look over it, I know what it will sound like. Although, I'm sure that when sight reading is a new skill, that you are constantly using our improvisational/"survival" skills in order to accomplish the task.
Reflecting on the way that we receive memories (through auditory, visual, and kinesthetic senses), I obviously wondered what best seems to work for me. In agreement with
what you mentioned about visual memory, I often rely on "seeing" the page in a memorized performance. Having that visualization stored in memory always helps me to remember what I am really doing, and to focus on thinking ahead as well.
I think that developing the ability to memorize music is integral to the young musician, and one that will serve them well in years to come.
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