Bung Hatta, one of the nation’s founding fathers,
was very convinced that only through a cooperation
of its people Indonesia could realize her
independence and her greatness in the future. The
former president Soekarno once summarized Pancasila,
the philosophical basis of the Indonesian state
where “panca” means five and “sila” means principle,
into one principle: gotong royong
(cooperation). And the famous philosopher and
mathematician, Bertrand Russell, once wrote, “The
only thing that will redeem mankind is cooperation.”
They are all right.
What makes cooperation so essential is not only
because of the benefits it brings forth, but also
because it is based on principles that truly reflect
the reality of life. The key to the success of
cooperation is that coordinated combinations (read:
unity) of individuals whose different
activities (read: diversity) can do things
better than individuals can do.
So, one of the primary principles of cooperation is
diversity. In cooperative organizations,
things can be done better if there is a
specialization and division of labor. Imagine if in
an institution, say a university, all of its
employers has the same specialization, teaching the
same subject; no academic staff and no supporting
staff such as information technology division which
will facilitate the learning and teaching process.
The university will cease its operation. The
university continues running if it has diverse
divisions and the staffs who do things different one
from another and who perform the task not only for
their selves but also for others in the university.
For instance, the academic staffs do their jobs to
support the teaching-learning process while the
teachers whose job can attract students to enroll at
the university are important resource for the
university to pay its academic staff salary.
Just like any entity or individual which can hardly
survive without diversity, every individual does not
have to do everything needed for survival. We do not
have to spend time learning all the skills we need
in our lives. So we do not have to be a teacher,
carpenter, tailor, and a medical doctor
simultaneously. We have limited resources such as
time, energy and financial supports. These
limitations compels us specialize in certain jobs
and others specialize in different jobs. The result
is a highly interdependent organization in which key
tasks are performed by individuals who are specially
adapted and equipped to do them.[i]
This is called specialization or division of labor.
A cooperative division of labor can enable living
processes to function more efficiently and
effectively. We find specialization within our
bodies, within our social systems, and between
nations.[ii]
In economics for instance the theory of
international trade and specialization has been well
known since the 18th century.
Difference countries have differences endowments
such human resources and natural resources. These
differences,
and other resource characteristics such as
geographic location, provide a basis for some
nations to specialize in the production of certain
goods and exchange them for other goods from nations
with different specialties. For example, with
abundant physical capital and highly skilled human
resources, the United States specializes in the
production of highly capital goods such as computer
chips, while Indonesia, a
low-skilled-human-resources country, specializes in
the production of less capital-intensive goods such
as textile and clothes.
This is the principle of comparative advantage
introduced by David Ricardo in his book The
Principles of Political Economy and Taxation
published in 1817. The principle can be stated
as following: If countries specialize and export the
commodities whose opportunity cost is relatively
low, trade can be mutually beneficial to both
trading countries, even when one country has
absolute advantage in all goods.
In other words, a nation should specialize in the
production of goods that it can produce most
efficiently. That nation should export these goods.
A country should import goods that it can produce
less efficiently than other countries. International
trade benefits all the countries that trade. The
potential world production becomes greater with
unrestricted free trade than with restricted trade.
Trade takes place because both parties benefit from
their specialization and exchange. Specialization
increases total output, and trade allows that
increase to be shared. Trade also increases
competition and allows countries to take advantage
of economies of scale for some products.
International trade also allows citizens of a nation
to enjoy consumption possibilities that go beyond
their own domestic production possibilities.
In the sport world such as in soccer, basketball and
football, the division of labor is evident. Rarely
or never does any soccer team have only attacking or
defending players. The team must have both attacking
and defending players in order to be able to
compete. If the team only possesses attacking
players, the team will be in big trouble when its
opponent launches a counter attack. Or if it only
has defending players, the team will have
difficulties in launching attack.
Thus the core principle of cooperation is diversity.
It seems paradox, but we cooperate because we are
diverse.
Cooperation provides advantages not only through a
division of labor, but also through the principle of
unity. Cooperation is able to exploit the fact that
combinations often have new features that their
components do not.[iii]
Take for instance a chemical element called Hydrogen
(H). Hydrogen is the most abundant of all elements
in the universe. Hydrogen, the lightest and smallest
element known to science, is estimated to make up
more than 90% of all the atoms – three quarters of
the mass of the universe.
It is “the fuel of life” because it is so essential
to most biological processes in its atomic form,
positive proton form or negative ion form. No
electron moves in the living system unless it is
accompanied by hydrogen. Human body stores hydrogen
in its tissues. In the absence of an adequate supply
of negative hydrogen ions, energy production is
inhibited and our health deteriorates.
Stellar hydrogen fusion processes release incredibly
massive amounts of energy by combining hydrogens to
form another element called Helium in a process
called fusion reaction. In a fusion reaction, two atoms of the lightest element, hydrogen, fuse
to create one atom of helium, the next-lightest
element — and release much more energy. The hydrogen
bomb, which was first developed by the
United States in the early 1950s, is
perhaps a thousand times more powerful than a
uranium- or plutonium-based fission bomb, making it
effectively the nuclear weapon's nuclear weapon.[iv]
Now, consider also about Oxygen. Living organism
needs oxygen to live. The air we breathe contains
oxygen.
A
gaseous element, oxygen forms 21% of the atmosphere
by volume. About two thirds of the human body and
nine tenths of water is oxygen. Plants and animals
rely on oxygen for respiration. Hospitals frequently
prescribe oxygen for patients with respiratory
ailments. Oxygen shortage in the human body has been
linked to every major illness category including
heart conditions, cancer, digestion and elimination
problems, respiratory disease, inflamed, swollen and
aching joints, sinus problems, yeast infections and
even sexual dysfunction. It is the main energy
source for our brain function.[v]
While hydrogen and oxygen separately are extremely
important elements in the universe, the combination
of the two produces another chemical element which
provides living to organism: water.
Without hydrogen to combine with oxygen we wouldn't
have water. Oxygen burns hydrogen in the living
system, releasing the energy that runs our bodies.
Indeed, we all know that water, the matrix or mother
of life, is made from hydrogen and oxygen. In fact,
water is formed when hydrogen is burned by oxygen.
We create pure water every day as a product of our
metabolism. When we burn hydrogen in our cells, the
energy that is released is used to run our bodies.
The adult human body is composed of approximately 55
to 60% water--the brain is composed of 70% water.
These are the results of combination of hydrogen and
oxygen. Lack of water will make our body dehydrate
and a severe dehydration could lead to death.
As a result of extensive research into the role of
water in the body, the author, a medical doctor,
believes that he has found chronic dehydration to be
the cause of many conditions including asthma,
allergies, arthritis, angina, migraine headaches,
hypertension, raised cholesterol, chronic fatigue
syndrome, multiple sclerosis, depression, and
diabetes in the elderly.[vi]
Take another example from engineering. Bricks alone
cannot build a solid wall, building or house.
However, combined with cement and steel, they can
make a house or a bridge or some other useful
structure. Or imagine again the soccer team. If the
team only possesses attacking players, the team will
be in big trouble when its opponent launches a
counter attack. A good and winning sport team is a
solid combination of defending and attacking
players. When the defenders successfully defend the
opponent’s attack, they must coordinate with their
attacking players so that the ball will fall into
the possession of their attacking players. Without a
coordinated action, the ball could fall into the
opponent’s possession and the team could lose the
game.
Cooperative combinations also mean a larger scale.
Larger scale can provide power over smaller groups,
over individuals of the same species and over
individuals of other species that are used for food.
Larger-scale human groups are generally better at
defending and taking territory. In the animal
kingdom, predators such as lions that combine to
hunt as groups are able to round up and kill larger
and faster prey than they could as individuals.
The Rochdale cooperative is probably the most
classical example of a cooperation which is based on
unity principle. In the early 1840s,
Rochdale,
England
was a small town of about 25,000 people. For years
its economy had been dominated by the textile
industry. But as the Industrial Revolution
progressed and textile production became mechanized,
workers struggled to maintain the standard of living
that they had known in the past. Many weavers lived
in poverty. In 1848 the mean life expectancy in
Rochdale was only 21 years, six years less than the
English national average.[vii]
Women in surrounding areas were reported “`to give
birth standing up, their arms round two other women,
because they had no change of bedclothing; the very
people who had spent their lives weaving clothes and
blankets for the world had come down to this, rags
on their backs and no blankets on their beds”.[viii]
With this as background, it is not hard to
understand why workers were looking for a way to
better to survive amid such severe living
conditions. Hence people were looking for new ideas
that could help pull them out of their poverty and
desperation. They formed cooperative business to
help the cooperative members with their daily
needs. Members would be required to purchase at
least one share in the society at the cost of one
pound per share. The share could be paid in
installments of at least three pence per week until
the full pound was collected (1 pound = 240 pence).
At the end of the first year, the total takings were
a modest 710 pounds, the membership had risen to 74,
their capital had grown to 181 pounds, and they had
made a surplus of 22 pounds.[ix]
Six years later in 1850 membership had increased to
600, capital was more than 2299 pounds and sales
exceeded 300 pounds per week.
So, the second core principle of cooperation is
unity.
For decades, however, the development of cooperation
has been focused on institutional and ceremonial
aspects rather than on substance and spirit. Through
out the 1970s and 1990s, the New Order regime
established thousands of cooperation institutions
across the countries, but the result is nothing more
than the marginal role of cooperation,
institutionally. No wonder, for most Indonesians
cooperation means weak organization or worse, it
becomes a joke. The decades of the wrong focus have
led to a misunderstanding of cooperation from acting
together to enacting symbols; from working together
voluntarily to working together by order; and from
appreciation of diversity to paranoia of diversity.
This violates the basic principle of cooperation.
[i]
See Chapter 2 of Ridley, M. (1996) The
Origins of Virtue. London: Viking.
[ii]
A comprehensive picture of differentiation,
specialisation and integration at all levels of
living processes is provided by Miller:
Living Systems. op. cit.
[iii]
See Corning, P. (1998) The Cooperative Gene: On
the Role of Synergy in Evolution.
Evolutionary Theory 11: 183-207.
[iv]
Only
the five permanent United Nations Security
Council members — the
United
States, Russia, Britain, France and China — are
known to possess hydrogen bombs. The difference
between a hydrogen bomb and a regular uranium or
plutonium bomb is that a hydrogen bomb uses
fusion instead of fission to generate the main
explosion. In a fission reaction, unstable
isotopes of the heavy elements uranium and
plutonium are split into smaller atoms,
releasing a large amount of energy proportional
to the amount of material used. In a fusion
reaction, two atoms of the lightest element,
hydrogen, fuse to create one atom of helium, the
next-lightest element — and release much more
energy.
[v]
Optimal Breathing.
“Oxygen
Crises?” http://www.breathing.com/articles/oxygen.htm
[vi]
Batmanghelidj, Fereydoon. 1995. Your Body's
Many Cries for Water. Global Health
Solutions; 2nd edition.
[vii]
Johnston Birchall, Co-op: The People's
Business (Manchester University Press,
Manchester, UK, 1994),
p. 35.