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1.1.1 Systems and Synergy
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1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Dec 16, 2015

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Ethel Carpenter
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Page 1: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

1.1.1 Systems and Synergy

Page 2: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

What do these, and the previous pictures, have in common?

Page 3: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

They are all Systems

Page 4: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

What is the meaning of the word system?

Page 5: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

A system is something that:

Is made up of individual component parts

that work together to perform a particular function

A bicycle is an example of a system

Page 6: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

But if the parts of the bicycle are piled up in the middle of the room,

they cease to work together and thus stop being a system

Page 7: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

System according to Buckminster Fuller (a good example of the use of language)

• A system is the first subdivision of Universe. It divides all the Universe into six parts: first, all the universal events occurring geometrically outside the system; second, all the universal events occurring geometrically inside the system; third, all the universal events occurring nonsimultaneously, remotely, and unrelatedly prior to the system events; fourth, the Universe events occurring nonsimultaneously, remotely, and unrelatedly subsequent to the system events; fifth, all the geometrically arrayed set of events constituting the system itself; and sixth, all the Universe events occurring synchronously and or coincidentally to and with the systematic set of events uniquely

Page 8: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

So a system could be...?

Page 9: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

• A building• a flower• an atom• a political party• a car• your body• furniture• an electric circuit

Page 10: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

SYNERGY

• One of the most fascinating characteristics of any and all structures is the characteristic called SYNERGY

Page 11: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

SYNERGY

• Synergy is:

• The only word in any language that describes the behaviour of systems in this way:

• “The whole is greater than the sum of its parts”

Page 12: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Another way to say this is :

• Even if you know all the parts that make up a system you still cannot know or even predict how the whole system is going to behave or work.

• Can you give an example of this??

Page 13: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

The Human Body

• If you take all the stuff that makes up a person, you would find that we are made up of:

• Hydrogen, Nitrogen, Oxygen, Carbon, Water, Calcium, Sodium, Magnesium, Sulfur, Iron and many other elements. The total cost of all of these things at the store is about……????

Page 14: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

$ 1.00

• That’s right. About $ 1.00.

• You could never be able to explain YOUR behaviour or all the things that YOU do, or all the different aspects of you, if you looked at just the stuff that makes you up. Never in a million years.

• This is what we mean by SYNERGY.

Page 15: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Even if you looked at the next level up…the Cell

• Even if you knew what all the cells in your body do, you still could not describe YOU.

• Something very unique and new and unpredictable happens when the parts of a system work together.

Page 16: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Try this Puzzle.

• Using 6 sticks, all the same length, make 4 triangles, each with sides the length of the stick

• Hint #1: Think in a new way. Synergy has new and unique ways of changing things. Making them unexpected, unpredictable

Page 17: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Hint #2

• Think in 3-D

Page 18: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Ready for the Answer?

• The Answer is….

Page 19: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

The Tetrahedron

Page 20: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

The Tetrahedron is the Simplest Structural System in the

Universe• The Tetrahedron- made

of 6 sticks, 4 equilateral triangles, all 60 degrees, each vertex is part of 3 triangles

• the strongest structure for its volume and Surface area.

• Eg; diamonds

Page 21: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Synergy

• Even in the simple tetrahedron we have synergy. Because until the last stick or strut or member or piece or whatever you call it is added there is no structure at all. It would collapse. Try it!!!

• Imagine all the synergy going on in your body which is much more complex than a tetrahedron.

Page 22: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Another example of synergy

• Ordinary Table Salt (NaCl, Sodium Chloride)

• Synergy: The behaviour of whole systems that is unpredicted by knowing the behaviour of the individual parts taken separately

• Na (sodium) is a metal, highly reactive in water, explosive, burns with a yellow flame.

• Cl (chlorine) is a deadly greenish gas.• Both of these elements when taken separately are

poisonous and deadly BUT

Page 23: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

SALT

• When combined, we witness synergy. Two deadly substances combine to produce something that we cannot live without.

• Something unique and new and unpredictable happens when two or more things come together and work together

Page 24: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Atoms combine together to form structural systems

• The behaviour of the table salt is totally unpredictable by simply knowing the behaviour of the individual parts.

• All nature, all systems, all structures display synergy. The Universe is the Synergy of Synergies.

Page 25: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Another interesting aspect of Synergy

• When we understand how the parts of a structure interact together to make something new and unique and unpredictable, we can also see that when we bring together

• ideas from different areas, such as math, art, music, science they will have a synergetic effect. That is, they provide the potential for great new discoveries.

Page 26: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Discovery

• One great truth about discovery is that, “One discovery often leads to further discoveries”

Page 27: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Bring different ideas Together

• One of the best places to find ideas for structural systems is in NATURE.

• Nature always uses the most economical, efficient and reliable structural systems

Page 28: 1.1.1 Systems and Synergy. What do these, and the previous pictures, have in common?

Ecosystems Ecological Systems

• Ecological Systems follow the laws of synergy as well.

• It is the interrelationships between the parts that produces the behaviour of the whole.