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The
Arnold
Jacobs Legacy* by Brian Frederiksen
Dr. Arnold Jacobs was born in Philadelphia on June 11,
1915 but raised in California. The product of a musical family, he credited his
mother, a keyboard artist, for his initial inspiration in music, and spent a
good part of his youth progressing from bugle to trumpet to trombone and finally
to tuba. He entered Philadelphia's Curtis Institute of Music as a
fifteen-year-old on scholarship and continued to major in tuba.
After his graduation from Curtis in 1936, he played two
seasons in the Indianapolis Symphony under Fabien Sevitzky. From 1939 until 1944
he was the tubist of the Pittsburgh Symphony under Fritz Reiner. In 1941 Mr.
Jacobs toured the country with Leopold Stokowski and the All-American Youth
Orchestra. His was a member of the Chicago Symphony from 1944 until his
retirement in 1988.
During his forty-four-year tenure with the Chicago Symphony,
he took temporary leave in the spring of 1949 to tour England and Scotland with
the Philadelphia Orchestra. He was on the faculty of Western State College’s
Music Camp at Gunnison, Colorado during the early 1960’s. In June 1962, he had
the honor of being the first tuba player invited to play at the Casals Festival
in Puerto Rico.
Mr. Jacobs, along with colleagues from the CSO were part of
the famous 1968 recording of Gabrieli’s music with members of the Philadelphia
and Cleveland Orchestras. He was also a founding member of the Chicago Symphony
Brass Quintet, appeared as a soloist with the CSO on several occasions, and
recorded the Vaughan Williams Concerto for Bass Tuba and Orchestra with
Daniel Barenboim conducting the Chicago Symphony.
The late Sir Georg Solti praised Jacobs,
"Through his
unstinting support and encouragement of generations of brass players the world
over, he has justifiably become a legend in his own lifetime."
Mr. Jacobs had the reputation as both the master performer
and master teacher. He taught tuba at the Northwestern University School of
Music and all wind instruments in his private studio. He was one of the most
sought teachers in the world, specializing in respiratory and motivational
applications for brass and woodwind instruments and voice. His students include
many in orchestras and university faculties around the world.
Mr. Jacobs had given lectures and clinics throughout the
world. During the CSO's 1977 and 1985 Japanese tours, Mr. Jacobs presented
clinics in Tokyo. In January 1978, he lectured at Chicago’s Michael Reese
Hospital about playing wind instruments for the therapeutic treatment of asthma
in children. He presented masterclasses at Northwestern University a week each
summer from 1980-1998. The Second International Brass Congress presented its
highest award to him prior to his lecture to them in 1984. In 1991 he presented
a clinic for the United States Marine Band in Washington D.C. Mr. Jacobs
presented masterclasses as part of the Hearst Scholar program at the University
of Northern Iowa and the Housewright Chair at Florida State University.
The Midwest Clinic presented Mr. Jacobs their highest award,
the Medal of Honor in 1985. In 1994, The Chicago Federation of Musicians
awarded him for Lifetime Achievement at the first Living Art of Music
awards.
During his eightieth birthday celebration in 1995, he
presented a lecture to the International Brassfest at Indiana University and the
International Tuba-Euphonium Conference at Northwestern University.
Northwestern’s School of Music presented him the first Legends of Teaching
award. Mayor Richard M. Daley proclaimed June 25, 1995 as
Arnold Jacobs Day
in the City of Chicago.
Mr. Jacobs was given an honorary Doctor of Music degrees from
the VanderCook School of Music in 1986 and DePaul University in June of 1995.
Two books written by students about Mr. Jacobs are available,
Arnold Jacobs, The Legacy of a Master by M. Dee Stewart in 1987 and Arnold
Jacobs: Song and Wind*, released in 1996.
The Teacher
While Jacobs earned a reputation as a world-class performer,
equally significant were his teachings. In more than sixty years of teaching, he
had been called the "Brass teacher’s brass teacher" and a
modern Aeolus, the Greek God of Wind. Dale Clevenger, principal horn of
the CSO, writes, "Nearly every brass player in America has studied with
Arnold Jacobs, whether they know it or not."
Listing all of the musicians that Jacobs has taught is
impossible—there are far too many and are not confined to just tuba players.
Other brass instruments, all woodwind instruments and even singers and string
players come for lessons. One student was not even a musician! Jacobs’
students generally fall into one of the following groups:
Long term students, One or two timers, Referrals from others, Aging problems,
and Therapeutic
When asked about his therapeutic specialty, Jacobs responded,
"It’s just a form of therapy, as though I were a physical therapist,
in the sense of normalizing respiratory muscles, establishing the psychological,
general attitudes in the brain as far as what thoughts to think in the art form.
I do the physiotherapy, normally away from the instrument, normalize respiratory
function away from music, establish patterns of normalcy, and then transfer them
back to the instrument, so the brain is free to concentrate on the musical
message."
An important fact is that Jacobs knew that his role was only
as a therapist. He held no medical degree and did not treat anyone or prescribe
medications. If he discovered a medical problem, he would immediately advise a
student to consult a physician. In turn, several physicians had referred their
patients to him, but only as a therapist. Jacobs gave no medical advice except
to see a physician.
The student absorbs information. The teacher imparts
information and guides the student through his development. According to Jacobs,
"The ability to learn is greater than the ability to teach."
An important consideration in Jacobs’ philosophy of
teaching is that all students are different, as every person has his own way of
thinking. One person may be highly developed in visual stimuli, such as shades
of color that are valuable in art. Another person may have developed in the
sense of hearing and pitch recall that is beneficial in music. There are those
who think with logical thought and others who think emotionally—it all depends
on the individual. Students also have different physical needs, strengths,
weaknesses, experiences, desires, and other variables.
Because there are as many teaching problems as there are
students, Jacobs treated each student individually. He was concerned only with
the student sitting in the chair beside him. Often, he will tell one student one
thing and change emphasis with the next student—what he was looking for were
results.
There are those who have studied with Jacobs who have
interpreted the way that he taught them as The Arnold Jacobs Method, and
attempt to imitate Jacobs’ style with their own students. Jacobs taught them
as individuals and the methodology would therefore change with the next student.
There is no set Arnold Jacobs method of teaching all students. Jacobs
individualized the methodology to the individual student. He was the
master with his vast knowledge and decades of experience.
Jacobs separated performing from his teaching. He stated that
he wore several hats. While performing, he wore a performer’s hat. When
teaching, he wore a teacher’s hat. When investigating respiration, he wore an
investigator’s hat. He knew when to put a hat on, and more important, when to
take a hat off. When he performed he only wore the hat of the performer. It was
not the time to investigate or analyze. Those hats are removed to avoid making
simple procedures complex.
Unlike many teachers, Jacobs worked with the student’s
strengths—what he is doing correctly being dominant over what he is doing
wrong. For example, many students come to him with an unorthodox, but functional
embouchure. While many teachers would work with a student to change it to
perfection, Jacobs may leave it alone, as it is perfectly functional, and
concentrate on other problems.
Jacobs relies on a multi-sensory approach to teaching.
Students learn through their senses and Jacobs uses tactual, visual and aural
clues. He rapidly imparts the strongest message for the particular student using
the various senses.
With the aid of external devices he motivated students with
different senses. Away from the instrument, he would have a student blow a ball
to the top of a tube. During this time he was making the student aware of the
feeling of the physical activity. Finally he would have the student play on
their instrument and tell them to forget the external device and return to the
art form of music.
To Jacobs, the art form must come first, last, and
always. Making music should be approached as an artist rather than as a
mechanic. The art form, creative thought, or song is 85 percent of music.
The artist must prevail in musical thoughts.
Jacobs did not teach a player of a particular instrument,
but, rather, taught an artist who plays a particular instrument. All students,
from the beginner on up, are performers, although their levels vary from
elementary to highly advanced. While technique is important, they should put the
study of music first and the methodology [technique] second.
Song and Wind
Jacobs’ teachings are based on one of his most famous
phrases, Song and Wind. During his lecture at the 1995 International
Brassfest in Bloomington, Indiana, he explained:
"My approach to music is expressed as Song and Wind.
This is very important to communicate a musical message to the audience.
"This approach is one of simplicity as the structure and
function of the human being is very complex, but we function in a simple manner.
When we bring it to the art form it becomes very simple.
"Song, to me, involves about 85 percent of the
intellectual concentration of playing an instrument, based on what you want the
audience to hear.
"You cannot get anywhere without wind. If you think of a
car, the wheels will not turn without an energy source—the engine. Brass
players must have a source of energy as there must be a vibrating column of air
for the instrument to amplify and resonate. The musical engine is the vibration
of the lips. However, the lips cannot vibrate without wind.
"When we combine Song and Wind, the musical message,
song, is the principal element comprising 85 percent of the consciousness. The
remaining 15 percent is the application of the breath, wind, to fuel the
vibration of the lips."
Song
With a ratio of 85 per cent to 15 per cent, song, or
the mental element is the dominant element of the consciousness by nearly six
times. Jacobs has always said that he plays two tubas simultaneously—one in
the hand and the other in the mind. The tuba in his hand is the mirror image of
his thought. It plays a pitch a split second after the proper signal is sent
from the tuba in the mind—the brain. "It does not matter what octave
you sing in the mind. What comes out of the instrument should be a mirror image
of the conceptual thought of the brain. It is a conceived sound."
Although conceptual thoughts such as these have been around for years, Jacobs
formalized them for musicians.
Unfortunately, many musicians play without a concept of the
end result—the sound coming from the instrument. Their concept is like
building a house with no plans. They play with the instrument in their hand but
no instrument in their mind and many mistakes occur. Instead they should
conceptualize on the end product—the sound coming from the instrument.
"A constant effort must be made by the student to
think musically. He should develop the ability to hear the sound in his mind
that he wants to hear from his instrument. This tremendously important concept
should be encouraged by renewing it daily.
"The important thing is not what you sound like. It’s
what you want to sound like. I have people who come to me and only listen
to themselves—they are not conceiving."
Wind
Many considered Jacobs to be the world’s foremost expert on
the study of respiration as applied to wind instruments. Before Jacobs, most of
the principles in relation to wind instruments were essentially nonexistent. In
the nineteenth century there were studies conducted, but the subjects, for the
most part were, large males, primarily vocalists, whose air requirements are
different from those who play wind instruments. Many problems encountered by
smaller males and women resulted from the misapplication of the techniques of
larger males to all others. The school of thought with brass teachers for years
was the "tight-gut method." Generations of players were taught this
style of respiration for playing believing, among other things, that the
diaphragm is located below the navel.
Jacobs is the pioneer of modern-day knowledge of respiration
in relation to wind instruments. His research was conducted through thousands of
hours of independent research studying the normals and abnormals of respiration.
Several doctors, most notable Dr. Bruce Douglass and Dr. Benjamin Burrows,
worked with Jacobs. Many have said that Jacobs knew more about the mechanics of
respiration than many physicians, although he was primarily self-taught. There
is truth in this because physicians are more concerned with diseases and not as
concerned with the physiology of respiration as is Jacobs. Jacobs realizes his
limitations, and if he senses a medical problem with a student, he always
recommends that a physician be consulted immediately.
Uses of Respiratory System
The most common use of the respiratory system’s musculature
is to exchange gasses, a requirement to sustain life. This is only one of three
phenomena of life supported by the musculature of the respiratory system.
The second use is for the contraction of the muscles in
isometric opposition where muscles become rigid. This is useful for sports or
combat, but not in playing a wind instrument.
About the final use of the respiratory system, Jacobs says,
"I
learned more about the lungs not by studying wind for playing my instrument, the
tuba, singing, or trumpet playing, but by studying defecation and
childbirth—the study of what happens with breath pressure."
The pelvic pressure syndrome uses the respiratory musculature
for both childbirth and defecation. Abdominal muscles bear down, increasing
internal air pressure. The throat closes to contain the pressure [the Valsalva
maneuver]. Inside the body, air is under considerable pressure, far more than
required to play a wind instrument.
Often during master classes, Jacobs has a man blow into a
modified blood pressure gauge with as much air pressure as possible. Usually he
can only blow three pounds of static breath pressure as sensors in the lungs
protect the tissue and prevent larger pressures.
Next, he has this man lie flat on his back on the floor and
tense up the muscles of his abdomen by isometric opposition. A small woman
[usually Mrs. Jacobs!] then stands on his chest and abdomen.
"On the trumpet, which is the highest pressure
instrument in the brass family, I have measured many people and they hardly go
up to three pounds of pressure. The average will be between one-half and one and
one-half pounds. When they are working really hard, they may get up to two to
three pounds."
This demonstration shows that the muscles of the abdomen can
only sustain a pressure around three pounds, but can also support 100 pounds or
more. "Physically, we have reflexes in each lung that will not permit us
to use any of this kind of strength. Anytime you exert a great power in these
powerful muscles, this has to do with reduction. There would be an enervation of
the muscles that make you large. That would cancel it out and this goes on all
the time. It’s foolish to use enormous strength when you are dealing with one
to two pounds."
Excess contraction of the abdomen’s musculature is
unnecessary, as it limits the potential of the respiratory system. It is
contrary to the old "tight-gut" method that decades of wind players
have been taught.
Shallow Breathers
Jacobs commented,
"The most common problems I have
seen over the last sixty-odd years I have been teaching are with respiration and
the tongue. Surprisingly enough, I rarely find problems with the embouchure.
That might sound strange because people come to see me because of problems with
their embouchure, but frequently it is the embouchure reacting to a bad set of
circumstances and failing--it is simply cause and effect. If we change the cause
of the factor, it is easy to clear up the embouchure. The embouchure is not
breaking down, it is trying to work under impossible conditions. When you are
starving the embouchure for air volume, giving it all sorts of air pressure but
not quantity, it cannot work. Very quickly you will be struggling to produce
your tone. Just increase your volume of air not by blowing hard, but by blowing
a much thicker quality of air. Very frequently the air column is just too
thin."
When a student comes to Jacobs, he always asks them their
age, height and weight. Through experience, he determines their vital capacity
[the amount of lung tissue with the physical capability of holding a certain
volume of air]. Total lung capacity cannot be increased beyond what nature
grants to a particular body. Only the elasticity of the lung tissue or chest
wall can be increased.
The following charts based on a formula from the American
Thoracic Society can determine an estimate of a person's vital capacity [in
liters] based on height, age and gender.


The Use of Breathing Devices
 To
determine a person's actual vital capacity, a test is given to determine how
much air [in liters] can be moved in or out of the lungs in a single breath.
These tests are given on medical equipment such as a respirometer or spirometer.
In 1982, Jacobs introduced to the music world the Voldyne®, an inexpensive
medical device that can give an approximate reading up to five liters. There are
two chambers—the larger [right] is to measure the air volume and the smaller
[left] for air pressure.
To use, place the tube between the teeth over the tongue so
as not to obstruct the air passageway. Inhale with a fast breath, keeping the
ball in the pressure chamber as close to the top as possible. Watch the main
chamber for the amount of air inhaled indicated by the top of the disk. There is
a marker to manually mark the amount of air previously inhaled.
In hospitals, after determining both the estimated vital
capacity [from the formulas] and the actual vital capacity [from pulmonary
function testing], the ratio is reported. It is determined by dividing the
actual capacity by the estimated capacity. If, for example, a person has an
actual capacity of two liters and an estimated capacity of four liters, this
person would have a capacity of 50 percent of normal. If there was an actual
capacity of five liters and an estimated capacity of four liters, this person
would have a capacity of 125 percent of normal. It is important to realize that
wind musicians seem to have a higher than normal vital capacity.
Most wind players use less than one-half of their vital
capacity when playing their instrument. Jacobs stated, "One of the
difficulties, with men as well as women, is that the player rarely, if ever,
uses all the usable air in their lungs. They may have a vital capacity of
four-and-a-half liters, but that is not what they use. They use only a fraction
of that capacity. A trained person might use 75 or 80 percent of their vital
capacity, others will use half or less."
For those who are well under 100 percent of their normal
capacity, Jacobs would have the student put down their instrument. While
teaching music, he divorces remedial function matters from the actual playing of
the instrument, and using a variety of external devices away from the
instrument, seeks to develop new habits of breathing and air usage with his
students.
Since the early 1960's, Jacobs has developed and used various
gauges and other such devices to help the student. In 1982, he introduced to the
music world some inexpensive devices that, for the first time, allowed the
student to use their own equipment on a daily basis.
The
simplest to use is the Breath Builder. Developed by Bassoonist Harold Hansen of
Las Vegas, Nevada, the Breath Builder is a device used to feel the sensation of
inhaling and exhaling. It is a tube of plastic [at least six inches tall] with a
ping-pong ball inside. The bottom is sealed and the top has three holes drilled
to vary the resistance.
To use the Breath Builder, place the tube between the teeth
on top of the tongue. Next, get the ball to the top of the tube by either
inhaling or exhaling, [which is easier]. Then hold the ball at the top of the
tube while slowly inhaling and exhaling. The Breath Builder requires fourteen
ounces of pressure to hold the ping-pong ball at the top of the column.
In use, visualize a string player bowing from frog to tip.
Keep the motions of inhalation and exhalation as long as possible, increasing
the length of the bow. Find the minimal function to keep the ball at the top.
Look in the mirror and observe the body's motions to keep the wind moving with
minimal effort. Exaggerate inhalation [expansion of the body] and exhalation
[contraction of the body].
Next, lower the resistance by closing more of the holes on
the top of the tube. Go for length of breath and mentally increase the length of
the imaginary string player's bow.
Another
device Jacobs used is the incentive spirometer, or Inspiron [Inspirx®]. It is a
device used in hospitals to give respiratory patients a visual demonstration of
how much air they can inhale. While the instrument was designed for inhalation,
if it is turned upside down, it can also be used for exhalation. There is a
gauge to measure resistance, with the most open position providing the most
resistance.
Place the tube between the teeth and on top of the tongue so
as not to obstruct the air passage. With the gauge set to maximum resistance,
inhale and move the ball to the top. If there is a problem, lower the
resistance. Just before exhalation, turn the Inspiron upside down and when
exhaling, move the ball to the top. Continue the inhalation/exhalation series.
Keep inhalations and exhalations as slow as possible and
exaggerate. Next, lower the resistance and keep the cycles as long as possible.
Reduce suction and control the ball. Observe the body motions in a mirror.
Another use of the inspiron is in conjunction with mouthpiece
practice. Remove the large hose at the base, replace with a four-inch rubber
hose, and place a mouthpiece in the other end. The Inspiron must be upside down
[the exhalation position]. Adjust the resistance so the ball can remain in the
up position while buzzing several notes on the mouthpiece. Imagine that the air
supporting the ball is a fountain of water--its height will vary but it should
not hit the bottom between notes. The object is to play throughout the range of
the instrument while keeping the ball suspended. When moving into the high range
any attempt to increase pressure while decreasing the rate of air flow will
cause the ball to drop. One of the most important uses of the incentive
spirometer is to teach the relaxed low pressure/high flow rate concept of
playing.
With any of these devices, remember that oxygen is being
breathed in and hyperventilation can easily occur. Do only three or four
inhalation/exhalation cycles in a row. When dizziness starts, rest for a few
minutes and let the oxygen content of the blood return to normal levels.
Using
a five or six-liter rubber bag, inhalation and exhalation can be practiced.
Since the same air is breathed, carbon dioxide, rather than oxygen, is
transferred avoiding hyperventilation.
Practice emptying and filling the lungs by slowly rebreathing
air several times in a row. In this exercise the muscles of enlargement will
learn to work apart from the muscles of reduction. It is important that the
lungs go from extremes, empty to full. Rebreathing air from a breathing bag can
be done repeatedly for about twenty seconds without discomfort.
An air bag can also be used as a rough gauge of a person's
vital capacity. Another use is with an instrument. After a full inhalation,
exhale into the bag filling it as much as possible. Hold the air in the bag with
a finger over the tube. After positioning the instrument for playing, inhale
from the bag and start playing the instrument. The bag gives a visually known
quantity of air.
Now it is a good time to use the Voldyne® and check vital
capacity again. There should be an improvement more towards the estimated vital
capacity. At this point, exercise can continue or resume playing the instrument.
At this point, Jacobs will commonly set the marker on the
Voldyne® to the highest point the student previously reached. While they
prepare their instrument, he will hold the Voldyne® while the student inhales
through it to the set point. Often the improvement in the resulting sound is
dramatic!
Unfortunately, A musical phrase does not make a distinction
with the lung capacity of the performer. Two players require roughly the same
amount of air to play a specific phrase on the same instrument. A smaller person
with only a three-liter lung capacity would have to take a full breath to get
what a larger colleague with a six-liter capacity gets in a partial breath.
Observing Mr. Jacobs in masterclasses finds that results vary
from student to student. By taking in deeper breaths, longer phrases can result
with a flute student playing the introduction Debussy's Prelude to the
Afternoon of a Fawn on a single breath. The tubist can sustain low notes
longer in Wagner's Ride of the Valkyrie or the trumpet player can have a
larger, darker sound in the Promenade to Mussorgsky's Pictures at an
Exhibition. For those who are questioning their embouchure, the additional
air volume to fuel the lip's vibration could rapidly solve their problems. The
most important results are from older players who have been life-long shallow
breathers. With age, vital capacity diminishes and many are having problems. By
developing full inhalations, the result is commonly adding years to their
career.
The use of these breathing devices shows Jacobs’
multi-sensual approach to teaching, in this case for the most common problem
that students came to Jacobs, respiration. He would use many external devices
and have the student use these away from the instrument bringing in other
senses. Sight by observing their body in front of a mirror or keeping a ball at
the top of a chamber. Touch, by having the student feel the body’s motions.
Feel, by blowing air in the students hand. Jacobs stated that with these
devices, he could accomplish in weeks and months what would take years without.
End of an Era?
With the passing of Arnold Jacobs at the age of 83 on October
7, 1998 followed by the passing of his friend and colleague, Frank Crisafulli at
the age of 82 on November 5, 1998, many believe this is truly the end of an
era.
Condolences have arrived from all over the world. Many have
stated "Although I have never met Dr. Jacobs personally, I feel he has
been a major influence on my life."
Robert Tucci, a Jacobs student, states "Arnold Jacobs
did not pass away, he only changed his address." Another student, Roger
Rocco, commented to Dr. Jacobs, "You will live forever because you
taught your students well." I am sure that all Jacobs student would
agree—we were fortunate enough to work with the master himself. Through us,
the teachings of Arnold Jacobs will be used throughout the next millennium.
Is this the end of an era? Since Dr. Jacobs is physically no
longer with us, it is the end of one era but it is the beginning of another
era—he taught his students well and it is time we continue the Jacobs
tradition.
On December 17, 1998, a Tribute to Arnold Jacobs was
held in Chicago. Gizella Jacobs, Arnold’s wife for over sixty years wrote, "Letters
from many who studied with him say that when they are playing or teaching,
Arnold seems to be right therewith them, his voice guiding them. We must believe
this is not the ‘end of an era’ but through them, the contribution of the
Arnold Jacobs tradition and method of teaching will exist for generations to
come."
It is impossible to put in writing all of the teachings of
Arnold Jacobs Nearly everything written here is excerpted from Arnold Jacobs:
Sond and Wind* which is discusses the life and teachings of Dr. Jacobs. For
further information, a listing of everything written about Dr. Jacobs is
available at:
Frederiksen, Brian. "Arnold Jacobs - A
Bibliography." INTERNATIONAL TRUMPET GUILD JOURNAL 17, no. 4 (1993):
25-27
Most material is excerpted from: Frederiksen, Brian.
Edited by John Taylor. ARNOLD JACOBS: SONG AND WIND*. 1996, WindSong Press,
Gurnee, Illinois.
ISBN 0-9652489-0-9
*Arnold Jacobs: Song and Wind. Copyright ©1996 by
Brian Frederiksen. Printed in the United States of America. All rights reserved.
No part of this book may be reproduced in any form or by any electronic or
mechanical means without permission in writing from the author.
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