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Metaphor and Multidiscipline 

There are many ways to discipline your metaphor. Though I do not completely approve of corporal punishment in and of itself, there is nothing that teaches a metaphor about respect better than a wholesome whoopin' - "spare the rod, spoil the metaphor" is what I always say...

But that is not what this chapter is about. Sorry for the disappointment - I'll try not to leave you stranded.

Metaphors appear essential to a multidiscipline-worthy language: a language whereby all sciences can freely communicate at a high level without translation. Though some believe mathematics may well be this language, it has hardly been established in the jargon, thus our sciences are growing without much cross flow of information. Sure, chemists and biologists may share data, but if metaphor has the power that reputation indicates, chemists and musicians should equally be found sharing notes, for example. How do we expect computers to make ingenious associations if we do not lay a linguistic foundation conducive to making lateral associations?

First off, we'll need some basic concept or principle. I like the four stroke engine, as it is a surprisingly universal concept. 

The normal four stroke engine has four simple stages through which fuel and air become power and exhaust. First, during "intake" the fuel and air are drawn into an enclosed space; then, during the "compression" phase, this working material is given less space; then "ignition" occurs via a relative pinprick of energy, resulting in a powerful expansion of space (many appropriately call this the "power" stroke, as well); finally, the energy-depleted materials are forcibly removed from the space in what is called the "exhaust" phase. This cycle then repeats itself to provide continuous mechanical energy from a chemical source fuel. 

[For those who wish to see a moving diagram with further explanation, visit: http://www.keveney.com/Engines.html and click on the "Four Stroke (Otto)" link (look around, too - it's a great site!).]

Next, have a look at the diagrams on the pages Four Stroke Engines 1 and Four Stroke Engines 2  (these will each open in new windows, perhaps taking a moment on slower systems). I will name the appropriate discipline and substitute words for each line of diagrams, following the order "intake", "compression", "ignition" and "exhaust". (material/process)

Discipline Intake Compression Ignition Exhaust
kinesiology
nutrition diet/intake ~cud/masticate       /digest excrement/defecate
mining ore/extracted       /crush       /smelt slag/
computers /input /register /process /clear
restaurant customer/enter customer/seated diner/served diner/rang out
theatre /seating /previews /feature /exit
sociology arm/reach hand/grip hand/shake hand/release
telephone /incoming call "Hello ?!" Conversation "Bye!"/hang-up
comedy /entrance /set-up /punch line /exit
golf /set-up /swing /contact /follow through
nuclear physics /approach? /collision /resultant

******** Under construction ***********

Metaphor Resources>Metaphor and Multidiscipline

 

Copyright 2003; J.D. Casnig

 

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About This Site

This website is dedicated to the proposal that the metaphorical relationships drawn between any two disciplines are, in fact, universal, being isomorphic mathematical derivations of the Unified Field Theory. Further, that this symmetric aspect of metaphor is extrapolatable both linearly and laterally, thus may be harnessed to mathematically predict missing knowledge and invention in all other disciplines: an interdisciplinary Rosetta stone of universal scope.

"The metaphor reminds us that the universe is full of cousins." - J.D. Casnig

Copyright John D. Casnig. Permitted use only. Work should be cited as:

Casnig, John D. 1997-2008. A Language of Metaphors. Kingston, Ontario, Canada: Knowgramming.com

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