bibliography
natural selection
→ commentIt has been pointed out by Boltzmann that the fundamental object of contention in the life-struggle, in the evolution of the organic world, is available energy. In accord with this observation is the principle that, in the struggle for existence, the advantage must go to those organisms whose energy-capturing devices are most efficient in directing available energy into channels favorable to the preservation of the species. — Alfred Lotka in “Contribution to the Energetics of Evolution“
→ cats:: bibliography, thesis
→ tags:: energy, evolution, quotes
highly recommended!
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Odum, Howard T. (2007). Environment, Power, and Society (for the 21st Century) The Hierarchy of Energy. New York: Columbia University Press. |
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Back to basics, with Howard Odum’s rewrite of his 1971 classic on energy and social systems. At this point, it should be required reading for anyone undertaking an undergrad liberal arts degree, and anyone who might be unclear and consequently confused/concerned about the contemporary dynamics of human and ‘natural’ systems. The principles outlined together form a powerful model for understanding the contemporary global social/ecological mess. He approaches evolution, religion, economics, social systems, cosmology, and numerous other concepts with a fresh and thoroughly-researched point of view. He has done (he did, he passed away in 2002) what I would like to do with my thesis, but given that a book like this is the result of 30+ years of rigorous scientific research (both in the field and across numerous disciplines), combined with readable writing skills, I should have started years ago. The fact that I get everything he writes says something, and even that I can make several crucial additions to his world-view (relating to the dynamics of human presence and encounter, media, and creative action), gives me some small hope.
Acquiring these holistic views, given the education system that I participated in, was impossible because these ideas and their implications were simply not taught. Although I got some thermodynamics, there was no applied conceptual grounding or ‘big picture,’ but rather only simplistic problem-solving-in-a-bubble for the engineer. And the visionary, conceptual overview was ignored. (Well, with the singular exception of several courses with Gene Woolsey, the flamboyant Don of applied systems analysis at Mines — his courses were challenging, and definitely real-world in their execution and subject material.) Otherwise, disciplines were/are self-limited and self-censored by the whole discipline-specific and hermetic peer-review publishing system. Etc., etc. I could rant, maybe I already am. But only the fact that I have, on my own, read widely from a spectrum of sources across arts and science, western and eastern, that brought me to this point. The weak link is the writing style. I have no trouble teaching these topics, but making acceptable textual presentations is a hopeless prospect. Old dog, old tricks.
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→ tags:: energy, natural system, society
The Value of Nothing
The first short narrative illustrates a single dimension of Patel’s multi-faceted and very readable treatise that covers the connection between politics, economics, human rights, and democracy. He maps out a set of powerful view points on the blighted and complex landscape of the contemporary social milieu. Somewhat harsh, especially in juxtaposition with conventional ‘wisdom,’ Patel makes a strong argument for a more humane pathway to an egalitarian society. |
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Patel, Raj (2009). The value of nothing : how to reshape market society and redefine democracy. New York: Picador. |
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→ cats:: bibliography, now reading, thesis
→ tags:: bibliography, connection, economic, freedom, geo-politics, heart, human, Light, money, narrative, pathway, people, power, quotes, resources, society, source, thesis, wisdom, words
A warning
Another Eisenhower warning in his address to Congress prior to his leaving office in 1961:
→ commentOne of the deepest concerns of the framers of our Constitution was to make sure that no military group arose to challenge the civil authority, and that no segment of industry be allowed to develop which was permanently and exclusively concerned with building the weapons of war.
For a hundred and sixty years, our military posture was characterized by a very small regular establishment, quickly bolstered in time of emergency by large contingents of militia and reserves, and just as quickly reduced upon the return of peace. There was no armaments industry. The makers of plowshares could, when required, make swords as well. The Army which I joined in 1911 numbered 84,000 — one-tenth of its present strength.
For many reasons, this has all changed. A great and continuing threat to our security made it impossible for us to demobilize after the Korean War in the way we had previously done. Three-and-a-half million Americans continue to be directly and fully engaged in defense activities. In seven and a half years of nominal peace we have spent for defense a sum substantially greater than the cost of World War II, and our national security budget annually exceeds the net income before taxes of all United States corporations. And the direct result of this continued high level of defense expenditures has been to create a permanent armaments industry, of vast proportions, where none had existed before.
The conjunction of a large and permanent military establishment and a large and permanent arms industry is something totally new in American experience. No thinking citizen would deny the need for such a commitment in today’s perilous world; yet none can fail to read its grave implications. For this is power — tremendous economic and political power — with a specific and tangible interest in both national policy and national strategy. Billions of dollars in purchasing power and the livelihood of millions of people are directly involved. Its influence is felt in every city, in every state house, and by every responsible official in the Federal government. We can take comfort in the knowledge that none of our basic safeguards has given way. But let us take nothing for granted. We shall need all the organizing genius we possess to mesh the huge machinery of our defenses with our peace-oriented economy so that liberty and security are both well served. It requires constant vigilance, and a jealous precaution against any move which would weaken the control of civil authority over the military establishment. We must be especially careful to avoid measures which would enable any segment of this vast military-industrial complex to sharpen the focus of its own power at the expense of the sound balance which now prevails. The potential for disastrous abuse of power in this area is great. Let us watch it carefully. — President Dwight D. Eisenhower
→ cats:: 50 years on, bibliography, texts, thesis, third party texts
→ tags:: economic, military-industrial complex, power, quotes, socio-political, weapons
the leisure class … (at 11.11.10, 11:11)
The erection of class/caste protocols (another harsh historical judgment in the midst of the industrial age):
Entrance into the leisure class lies through the pecuniary employments, and these employments, by selection and adaptation, act to admit to the upper levels only those lines of descent that are pecuniarily fit to survive under the predatory test. And so soon as a case of reversion to non-predatory human nature shows itself on these upper levels, it is commonly weeded out and thrown back to the lower pecuniary levels. In order to hold its place in the class, a stock must have the pecuniary temperament; otherwise its fortune would be dissipated and it would presently lose caste. Instances of this kind are sufficiently frequent. The constituency of the leisure class is kept up by a continual selective process, whereby the individuals and lines of descent that are eminently fitted for an aggressive pecuniary competition are withdraw from the lower classes. In order to reach the upper levels the aspirant must have, not only a fair average complement of the pecuniary aptitudes, but he must have these gifts in such an eminent degree as to overcome very material difficulties that stand in the way of his ascent. Barring accidents, the nouveaux arrivés are a picked body.
This process of selective admission has, of course, always been going on; ever since the fashion of pecuniary emulation set in–which is much the same as saying, ever since the institution of a leisure class was first installed. But the precise ground of selection has not always been the same, and the selective process has therefore not always given the same results. In the early barbarian, or predatory stage proper, the test of fitness was prowess, in the naive sense of the word. To gain entrance to the class, the candidate had to be gifted with clannishness, massiveness, ferocity, unscrupulousness, and tenacity of purpose. These were the qualities that counted toward the accumulation and continued tenure of wealth. The economic basis of the leisure class, then as later, was the possession of wealth; but the methods of accumulating wealth, and the gifts required for holding it, have changed in some degree since the early days of the predatory culture. In consequence of the selective process the dominant traits of the early barbarian leisure class were bold aggression, an alert sense of status, and a free resort to fraud. The members of the class held their place by tenure of prowess. In the later barbarian culture society attained settled methods of acquisition and possession under the quasi-peaceable regime of status. Simple aggression and unrestrained violence in great measure gave place to shrewd practice and chicanery, as the best approved method of accumulating wealth. A different range of aptitudes and propensities would then be conserved in the leisure class. Masterful aggression, and the correlative massiveness, together with a ruthlessly consistent sense of status, would still count among the most splendid traits of the class. These have remained in our traditions as the typical “aristocratic virtues.” But with these were associated an increasing complement of the less obtrusive pecuniary virtues; such as providence, prudence, and chicanery. As time has gone on, and the modern peaceable stage of pecuniary culture has been approached, the last-named range of aptitudes and habits has gained in relative effectiveness for pecuniary ends, and they have counted for relatively more in the selective process under which admission is gained and place is held in the leisure class. — Thorstein Veblen (2008, online)
When the body was the primary technology, physical fitness and strength-of-arms guided entry into the über class. This persisted until industrial times where the ability to collect social power rested on ones social engineering skills — how to forcefully facilitate the construction of widely distributed social structures with many participants — which took not physical aptitude but the ability to raise capital which consequently attracted the necessary participants.
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→ tags:: accident, culture, distributed, economic, engineering, historical, human, nature, place, power, process, protocol, society, socio-cultural, technology, violence
down on this
Einstein’s relativity and Heisenberg’s uncertainty have become our own. Even if we do not
understand the science, we experience the reality. — Steve Dietz, Dreams of an (Un)Certain Future, in the “Sarai Reader 03,” p. 202
Part of the reminder that the map is not the territory, and the model is not the thing itself. We have the territory, we hold the thing itself, and it is a matter of finding our voice to describe both to those who are most immediately around us.
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→ tags:: being, dreams, future, matter, mind, model, physics, reality, science, voice
twiddling thumbs for the Knighthood
Thanks for that positive, pragmatic, and ultimately true statement of current affairs. Fifty years later. We can only hope.
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Russell, Bertrand. (1968). The Impact of Science on Society. New York: AMS Press. |
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→ tags:: art, artist, community, creative, economic, freedom, machine, night, pain, quotes, science, society
schizophonia
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This Julian Treasure talk is a very short (seven minute) but provocative dance around some issues of sound and hearing (and listening). By substituting the concept ‘energy’ for ‘sound’ the issue expands and finds some wider principles. Action, activity, creative and destructive both, releases energy. Many times this energy is in the form of sound. Techno-social systems generate massive amounts of waste energy in this form of sonic vibrations. Living organisms tend not to generate waste sounds as any wasted energy possibly compromises the life-form (life being a negentropic energy-optimizing process). On an evolutionary scale, waste energy (in the form of adaptive experimentation by the life-form) is incrementally minimal when considered in juxtaposition to the total energy expenditure of the life-form itself. However, en masse life clearly plays a role in accelerating the production of entropy of the Terran system when considered in comparison to a planetary system without life. Humans, in their superficially intelligent pursuit of technological solutions, especially in the recent era, have created the means to generate tremendous amounts of waste energy. While engineering is about solving problems in the most efficient manner possible, the vast majority of devices created are clearly inefficient. This is especially apparent when the entire process necessary to bring a device to a completed configuration is considered, ensemble — that is, the extraction of earth materials, transport, processing, and manufacturing. Whenever one has a technological process, it is likely that at one or more points in the process, sonic waste energy is being spewed out into the surroundings. This plethora of waste energy impinges on the body system with (un)certain results. (Remember the experiments of playing heavy metal or classical music at plants? It’s easier to understand the effects when you consider the energy content of the two different sonic manifestations.) In a typical urban environment, a tremendous amounts of (sonic) waste energy is, literally, reverberating everywhere. Any flux of (waste) energy will change that which it encounters. It will change the energy state of everything along its pathway to eventual almost-dissolution in the un-stellar void. Using your ears to guide you, find a place where you can comfortably be for an hour. If eyes desire — sight falling between night sky stars tracing on the retina — could carry the ears to a same-such place, life would have different potential. Schafer, R. Murray. (2006). The Music of the Environment in “Audio Culture.” New York: Continuum International Publishers. |
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→ tags:: action, creative, culture, earth, energy, engineering, entropy, everything, evolution, eye, hearing, human, listening, locative, music, natural, night, pathway, place, potential, process, sight, sky, sound, system, techno-social, thesis, travel, voice, waste
I and Thou
The rumbling classic of coming-to-be in the dynamic of encounter with the Other. Buber’s classic work is dense and difficult. Working through it is slow. It may take a month, or perhaps a year. Sentence by sentence, discovering resonant meaning. While preparing for the doctoral assessment arising in a couple week’s time. Strange to have actually bought a copy of I and Thou there in Portland, along with a new copy of Wilhelm’s I Ching. Nothing to be made of it except that mediated energies from the Other are felt, are compelling, and, in the end, are all we have. But does spirit need this mediation, or, as is framed in many systems, is it a task, a challenge, set to our roving ghosts by something greater, or is it merely the nature of it all, of which we are a substantive part? |
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I and Thou, Buber, Martin, Scribner, New York, 1987 ISBN-0-684-18254-8 |
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gait and gluteals
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The foot print, the pressure of the foot on the ground, walking in mud, on grass, ice, walking on the water.
Edward Tenner’s book intimates how walking itself is, at least partially, a learned social process, with variations introduced by the prosthetic (shoes) and localized environmental responses. I had observed one aspect of this affect when I moved to Iceland. Icelanders are generally quite healthy — their statistical longevity is second only to the Japanese. But one formal thing I did notice is the lack of prominent gluteal muscles. Flat arses! The difference was notable, coming the ethnically diverse US, where (aside from rampant morbid obesity) arses are, well, noticeable. In Iceland, they were noticeably absent: flaccid and flat. This puzzled me for some time until winter arrived and ice began to cover everything on a regular basis. Walking with a rolling gait that emphasizes a constant forward propulsion, ending with a final accelerating push off the big toe is fine when on a solid surface with decent traction. Try that on ice (this is Ice Land, right?), and one immediately discovers how, without traction, that ‘normal’ gait destabilizes the balance as the body is expecting acceleration, but not getting it (when it loses traction). The push off with the toe is ineffectual, and when one foot actually leaves the surface, between the lack of acceleration, and a compromised vertical positioning of the body (which was expecting the legs to be more forward), slipping and falling becomes a very real possibility. |
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Why Things Bite Back: Technology and the Revenge of Unintended Consequences, E. Tenner, Vintage Books, 1996. |
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Understanding this from being aware of my own movements (and instances of compromised balance), and watching locals, I noticed several major differences between their gait and mine. The primary feature of the local walk was that both feet never really left the ground and contact was flat-footed and somewhat stiff-legged. There was a substantial time when the full sole of the shoe was flat on the ice, and it was during that time when forward acceleration was made.
If you try this yourself, you will immediately see that the glutes are not the site of any muscular effort for locomotion as opposed to when accelerating off the big toe and Achilles tendon. Could this be the source of the predominance of flat arses in Iceland?
Aside from the glare-ice technique, there was another endearing and embodied gait by farmers when walking their fields. A thousand years of overgrazing sheep has seriously compromised most of Iceland’s grasslands. As the land was overgrazed, this exposed the underlying volcanic soil directly to powerful aeolian erosion which could strip meters away down to a gravelly bedrock surface in no time. When life again attempts to establish itself on that surface, after sheep are removed from the picture, it first starts as miniscule moss colonies which grow in the shelter of a small cobble or so. The moss begins to capture wind-borne soil which gradually increases the colony size which increases the turbulent capture of airborne sediment. Over a period of decades these moss colonies form a hummocky surface with a relief of perhaps 50 cm (18 inches) and a horizontal frequency of a meter or so. To walk across such a surface is absolutely exhausting unless you conform your body in a particular way. The Icelandic farmers gait consists of the following: hands clasped behind the back, an exaggerated forward hunch of the upper body, and the knees bent dramatically. Leaning forward, and using the bend in the knees to essentially level out the distance between the upper body and the average ground height of the bottom of the hummocks, one takes long strides where the torso never goes up and down, but rather the level changes of the hummocks are compensated by different extensions of the knees. It’s humorous to watch, but is highly effective and a very rapid gait. If one tries ‘normal’ walking, climbing up and down the hummocks, it is slow and absolutely exhausting.
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→ tags:: action, bibliography, body, difference, everything, Iceland, movement, optimization, power, process, source, technology, terrain, thesis, things, walking, water
about time
as quoted in Katinka Ridderbos’ book on time:
So what about this fragment gleaned from my notes? I suppose it is about how to tell a story, how to give it voice and perhaps humor.
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Time, Ridderbos, Katinka (Editor), West Nyack, NY, USA: Cambridge University Press, 2002. |
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network power
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Ran across this book a few days ago, and it imbued me with a sense of urgency in the effort to get more succinct ideas on paper. Grewal begins to make a connection between social systems, protocols (standards), and individual human participation in those social systems. He does not approach it from an energy/flow point-of-view, but rather a traditional materialist one.
Using the examples of the gold standard and the English language to drive his argument, he frames in detail the relation between the individual and the inevitable social network (system) that the individual is embedded in, looking at the dynamic feedback mechanism that occurs between the evolving social system (and the protocols which are its substrate) and human choice. His analysis of intrinsic and extrinsic values for protocols (and standards) that define network power flows are spot on — along with direct and indirect forces which motivate the adoption of a standard — his framework goes a long way in circumscribing the dynamic between individual and collective and the politics of globalization. Network power arises through the concentrating affect that protocols apply to the various energy flows available to the techno-social system |
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Network Power: The Social Dynamics of Globalization, Grewal, D. S., Yale University Press, New Haven, 2008. |
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→ tags:: bibliography, connection, feedback, flow, human, language, materialism, network, participation, point-of-view, power, protocol, research, standards, system, techno-social, thesis
Food, Energy, and Society
Food, Energy, and Society, Pimentel, D., Pimentel, M., Third Edition, Taylor And Francis Group, Boca Raton, Florida, 2008. Food Energy and Society, [Pimentel, D., Pimentel, M., (revised edition), University Press of Colorado, Boulder, Colorado, 1996] |
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I haven’t gotten access to the most current (2008) edition of this major collation of numbers, but the 1996 version is recent enough for the extrapolation process to be framed and the principles to be clearly demonstrated. Unfortunately that extrapolation reveals a worsening situation than they originally laid out (or imagined!) in 1979. With a detailed quantitative analysis of the (energy) costs of all eras and types of food production, as well as an examination of pesticide use, water, biodiversity, and soil resource issues, the separate chapters are full of numbers and comparisons which are remarkable in extent and sobering in their basic message. It would be possible to verify the extensive research in detail by tracking down the fifty-pages of references, but the message is simple: the human species is exerting an ever-increasing energy drain on the global environment merely to subsist, and there are definitely better and worse ways to marginally affect the situation. Humans tend to be wasteful — but any life-form causes this process of entropic waste (energy) production merely by living — it is not an avoidable condition. It appears now that the problems are of such a wide-scale, and the solutions are presently so haphazard (as applied by nation-states rather than through some trans-national instrument), that the inevitable upward geometric curves (population, resource consumption, environmental degradation, etc) will reach their limit. Those curves as they exist in the mathematical domain have no real upward limit and may approach infinity asymptotically. This would represent the system with infinite energy reserves. The earth, taken as a sub-system of the cosmos, is finite, and so are the energy resources it makes available for human use.
At some level, all of this is obvious and has been communicated from the science community to the general population in a variety of forms since the 1960′s. The problem is that the behavioral feedback structured by the wider and increasingly complex social system completely overrides almost any reasonable possibility to connect cause and effect. One could begin to try and connect the dots: the energy expended driving five kilometers to the grocery store — just in the hydrocarbon cost, not accounting for the energy cost of the vehicle, the roads, the massive food distribution system — is itself enough, converted to plant protein, to live off of for several months. This book allows one to ‘do the math,’ problem is, most people can’t do math, and wouldn’t if they could. It is the principle that matters. The connection between higher technological systems and increased per capita energy consumption for ‘basic’ living is direct. While there are a few surprises, most data reflects common sense. Although common sense (common knowledge) would likely not realize that 1 kg. (2.2 lbs) of chocolate or coffee requires 18,000 kcal of energy input for the processing — and that doesn’t include packaging, delivery, or brewing. That’s the amount of energy a well-nourished adult in a developed country consumes in four days. More elsewhere! As for slavery, mentioned above, that is another topic to address later! |
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→ tags:: animal, bibliography, bio-systems, community, connection, consume, consumption, cosmos, culture, driving, earth, energy, feedback, human, hydrocarbon, knowledge, matter, natural system, nature, now reading, passion, people, power, process, project, quotes, research, resources, road, roads, science, society, source, system, vehicle, waste, water
innovation
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Technology, at base, may be defined as a means or pathway to gather and concentrate the (productive) energies of individuals in a social grouping. The difference between inventions lost in the detritus of history and those that become widely integrated in a social system is not necessarily related to the efficiency of the technology itself. The primary difference lies in the efficiency with which the broader social system uses the technological pathway as an effective means of tapping into the individual energies of the population. The broader social system is usually controlled by a subset of people, elites, who impose the pathway on whole (and who tap off a surplus of energy from the pathway). It is controlled by those who define the pathway of flow. Set pathways have come into being to benefit those who are accessing the concentrated powers they provide. When a pathway is set, it has a built-in inertia which more-or-less resists alteration. This inertia is a mapping of a (counter-(r)evolutionary) resistance of human systems to change. The resistance comes from the relationship of energy flow that the pathway is defining. Individuals participating in either giving and receiving energy are reluctant to change the architecture of that relationship: it is a symbiotic relationship. There can be no receivers without those willing to give their life-energy and attentions to the receivers. Change comes hard. Innovation, the tendency to seek (newer and more) optimal pathways, is always negatively affected by this resistance to some degree. A(ny) technological pathway, once fixed upon, is adapted to and becomes the norm. (The Machine Stops, by E. M. Forster is a nice fictional sketch of this from 1900.)
Nye addresses many other topics aside from innovation, so I’ll be picking through his book in the next days. |
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Technology Matters: Questions to Live With, Nye, David E., MIT Press, Boston, 2006. |
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→ tags:: bibliography, creativity, difference, evolution, flow, history, human, inertia, innovation, life-energy, machine, matter, participation, pathway, people, power, process, questions, quotes, relationship, road, system, technology, thesis
The Science of Disorder
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I’ll retroactively begin to add bibliographic resource links with short reviews or notes on books that come to my attention. This one arrived via the usual intentional browsing. It represents several that begin to connect the dots between thermodynamics, techno-social systems, and the affect of human presence on the planet. It suggests that the movement away from a scientific approach to a technological approach is critical to the loss of our way to understanding the messy phenomena of human intervention in our world. Technological subjects are often taught without any grounding in philosophic principles of any sort. My own education at the School of Mines required only four three-credit-hour courses of (very general and poorly taught!) humanities for the entire undergraduate degree in geophysical engineering. And those courses in no way influenced the approach or the execution of any of the hard-core engineering courses. Instead they were frequently the object of derision as juxtaposed to the tough and demanding engineering classes — an implicit gendered polarity — wussy classes versus the rough and tough get-your-hands-dirty and only-the-toughest-survive macho applied-engineering classes. Things have changed somewhat in many engineering curricula (as evidenced by the fact that I do rather often have engineering students in my seminars and workshops), but there is the overt assumption that technology is above the messy fray of soft human affairs to which it brings only ordered progress, material wealth, and sustainable harmony. The former two are evidenced when examining closed (and limited) systems, the latter, nothing could be further from the truth.
Well-researched with both scientific and popular/media references, The Science of Disorder is readable, explicit, and provocative. (I’ll be expanding these reviews as I can manage: there is a huge backlog of rolling all previous bibliographic references to this style.) |
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The Science of Disorder: Understanding the Complexity, Uncertainty, and Pollution in Our World, Hokikian, J., Los Feliz Publishing, Los Angeles, 2002. |
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→ tags:: bibliography, bio-systems, complexity, economic, education, energy, engineering, human, influence, intention, loss, movement, politics, presence, research, review, science, seminar, source, students, sustainability, system, techno-social, technology, thermodynamics, thesis, things, workshop
Into The Cool
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The Second Law of Thermodynamics, a foundation of Western science, circumscribes the role of energy and order in the observed behaviors of the cosmos. (It’s not just a recommendation, it’s The Law!) Into the Cool is an elegant and well-researched book that makes the linkage between this law and the fundamentals of life as a dynamic energy re-organizing process. I was frequently using the image of concentration and rarefaction in my exploration of energy-as-driving metaphor for the cosmos at all scales. This is a classic error — mistaking the stasis of Yin and Yang for the actuality that those ‘conditions’ were merely perihelion points in a dynamic process symbolized by the taijitu. Rarefaction and concentration are dynamic and reciprocal conditions in a non-equilibrium thermodynamic system at all times and at all scales — a sustained condition that can only be ‘resolved’ by the application of a theoretical limit on the system which makes it a closed and tending-to-equilibrium system. With the reciprocal maxim Nature abhors a gradient, the authors frame the issues surrounding energy and life. That is, observing the cosmos at all scales, it is noted that entropy, or the gradual descent into complete isotropic ‘disorder’ is a tendency — at the same time there is a tendency for ordering driven by gravity (and the rest of the fundamental interactions of physics). Defining life, and consequently, defining the role of life in this dynamic interplay of processes is essentially the same goal. Life could perhaps be defined by that which causes anisotropy to develop in the cosmos. Certainly anisotropy is a necessary condition for life — necessary but perhaps not sufficient — although sufficiency, well, the existence of anisotropy at all scales plays a crucial role in life — without it the universe would be exhibit no difference and would thus not be comprehensible nor could anything happen. The continuously-variable energy fabric upon which all is drawn in may not logically be sufficient, but in the poetic schema of be-ing and presence, I would say that it was sufficient. |
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Into the Cool: Energy Flow Thermodynamics and Life, Schneider, Eric D. and Dorion Sagan, The University of Chicago Press, Chicago, 2005. |
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→ tags:: action, anisotropy, bibliography, concentration, cosmos, difference, driving, energy, entropy, equilibrium, flow, gravity, nature, order, physics, presence, process, research, science, stasis, system, thermodynamics, thesis
Rousseau?
On Durkheim’s exploration of Rousseau and Montesquieu: the immediate impression is that Rousseau, when stripped of the colloquialisms of the time, has a greater precision in circumscribing the social order than Montesquieu. More on that later. But given the situation that Obama is currently mulling over, Afghanistan, a bit of Rousseau would probably have eliminated the entire issue in the years earlier, had the enormous hubris not entirely blinded those in power at the time:
What a lesson to learn! Completely counter to the previous US regime’s goal of bringing Democracy (with a Big Dee) to those places that they think need it, with no awareness of the actual suitability of that particular (theoretical no less!) social framework for that localized human situation. One needs to consider all prior flows extant in a social system in order to ascertain whether the system can stand a modification of those flows that are likely to be imposed by external forces. Oracle, prophesy, the I Ching, mixed with Sun Tzu and Machiavelli. And recognizing that variability is a human trait.
With a close-to-infinite availability of energy, an external power can accomplish any finite changes in an arbitrarily limited system in a finite time. Imagine a squad of high-tech equipped Special Forces for every household in Afghanistan, staying for two or three generations. That would do. It would cast iron-order on the country, and re-educate any young people to the Amurikan way. Of course, you would need one Amurikan teacher for every five children for that entire time as well. |
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The Social Contract, Rousseau, Jean-Jacques (1987c[1762]) On The Social Contract in The Basic Political Writings of Jean-Jacques Rousseau, Donald A. Cress (trans. and ed.), Indianapolis: Hackett, 1987. |
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Montesquieu and Rousseau: Forerunners of Sociology, Durkheim, Emile (1960[1893]), Georges Davy (trans.), Ann Arbor: University of Michigan Press, 1960. |
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Cultural Systems
A few minor references to energy and socio-cultural systems.
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In order to evolve, a biological or a cultural system must obtain energy in increasing quantities from the external world. In the process of evolving, these systems move in a direction opposite to that of the cosmos as a whole as specified by the Second Law of Thermodynamics: i.e., they move toward greater concentrations of energy and increasing structural complexity. — Leslie White The concept of cultural systems: a key to understanding tribes and nations, White, Leslie, Medium Aevum monographs, Columbia University Press, New York, 1975. |
This view is simple, but outlines the fundamental situation. Research in thermodynamics (Prigogine, etc) has looked at the actual counter-intuitive problem of living systems countering general thermodynamic principles. It may come back to the mystical views of Simone Weil:
Two forces rule the universe, light and gravity. — Simone Weil
With gravity driving the coalescing of matter, the concentration of energy, or fluctuating densities (or simply fluctuation) of the cosmos. The anisotropic distribution of matter in the universe is not an insignificant evolving or existing condition. And Light, well, what may or may not be said about Light?
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→ tags:: anisotropy, bibliography, complexity, concentration, cosmos, driving, energy, gravity, Light, matter, order, process, quotes, research, socio-cultural, system, techno-social, thermodynamics
believing
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A Believing Humanism: Gleanings, Buber, Martin, (Credo Perspectives Series), Edited by Ruth Nanda Anshen, Touchstone, 1969 ISBN-13 9780671203443 |
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Wholeness and the Implicate Order
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Finally getting down to some David Bohm works that I’ve been wanting to absorb for years but never had the time or access. I had a short correspondence with his widow some years back for the purpose of responding to the Dialogue essay and subsequently hosting it on the neoscenes third-party texts area. After Buber, Bohm was the first to show up as a source on my dialogue radar, an influential one at that, when a contemporary concept of dialogue-praxis is examined. Bohm has a powerful and holistic approach, literally, grounded in a worldview based on his interpretation of Quantum, the development of which he was an integral player. I am more than encouraged — inspired would be the correct word — by his approach, rigor, and mapping of a powerful foundational approach to human relation both with the cosmos and with each Other.
Also crucial to his view is the problematic nature of language as it exists (English, specifically), suggesting that the (tyranny) of subject-verb-object be replaced with a structure that emphasizes the verb — emphasizing action over thing (reflecting back to ancient Hebrew as did David Abram in The Spell of the Sensuous: Perception and Language in a More-Than-Human World where the written language only included the consonants, and vowels (which necessarily need expiration, a projection of the spirit) were introduced by the spoken reader, infusing the word with life-spirit. The shifting of English that Bohm suggests illustrates how language informs/forms ones worldview as Benjamin Whorf promoted with his concept of linguistic relativity (which has always seemed obvious to me, an awareness perhaps brought about through the process of photographic abstraction of the world). Wholeness and the Implicate Order, Bohm, David, Routledge, London, 2002 |
The diversity of languages is not a diversity of signs and sounds but a diversity of views of the world. — Wilhelm von Humboldt
Then the question of how to deal with all these books at once? Where to read them, how to take notes, how much to read in any one at a time, and such. Reading in the evening before sleeping isn’t very good, although restful. Mid-afternoon is optimal, but carving out several hours from the daily to-do grind makes that difficult. Having a space in the CMAI office is very helpful now, as there are more comfortable chairs. The collective grad offices are too noisy and busy. Dislocating to Bronte or a cafe elsewhere is possible, but not time-effective if only for reading. Ach!, the questions of methodology …
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Theorizing Communication
Hunting in the communications area of social research, doing a basic review of various theories of communications to focus in on what might be a useful jumping-off point. I’ll need one that is anchored, but also with some degrees of freedom to map the important new characteristics of my broader definition of dialogue. Craig and Muller’s survey of the field of communication theories (seven by their count) is a helpful text, allowing me to zoom into the phenomenological area of inquiry (anchored by Buber and people influenced by his committed I-Thou dialogical approach). More on that shortly. I’ve got 15 books out from the library already, and have made more than 200 entries in Zotero… yikes, how to cope with all that material! Still generating a internal process methodology that brings at least some impression of progress on a daily basis.
Theorizing Communication: Readings Across Traditions, Craig, Robert T. (Editor), Muller, Heidi L. (Editor), Sage Publications, Inc; 1st edition (April 5, 2007) ISBN-10 1412952379
It’s a pity that I didn’t previously know this book and that the editors were at CU-Boulder in the Communications Department. That would have been a nice coincidence, and perhaps if I get up there sometime in the long-term, I’ll drop them a line.
The most daunting challenge is the difficulty of mind-mapping all the disparate sources. I’m thinking a big wall with sticky notes might be good, and translate that over to hyper-linking within this WordPress armature. The sticky-notes technique has served me well in workshops situations. Howard has been using Adam Somlai-Fisher’s prezi mind-map software (think Minority Report data-space interface), but I find it too clunky. In theory that would be an excellent way to map and interface with the substantial data-cloud that will eventually accrete. But on this old G4 PB running Firefox, the Java scripting seems to dog the whole machine, consuming the CPU and rendering the machine worth-less. One would be better off with a huge wall-sized touch-screen to play with. So, sticky-notes are fine.
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→ tags:: communication, communications, dialogue, fire, focus, freedom, influence, machine, methodology, mind, people, process, research, review, road, source, space, thesis, workshop
Energy and economic myths
Energy and Economic Myths, Georgescu-Roegen, Nicholas, Elsevier Science & Technology, 1977. ISBN 0080210562
Georgescu-Roegen critiques the mechanistic basis for much economic theory (which predominantly focuses on the movement of goods — a state which, thermodynamically, appears as a reversible process — and one which leads, at least conceptually if not in fact to the infinite cycle from production to consumption). It would appear that our current situation is the result of that infinite cycle occurring in a locally finite system.
This book leads to:
More heat than light : economics as social physics, physics as nature’s economics, Mirowski, Philip, Cambridge, Cambridge University Press, 1991. ISBN: 0521350425 (hardback)
and ends up at this reflection from Borges:
It is useless to answer that reality is also orderly. Perhaps it is, but in accordance with divine laws — I translate: inhuman laws — which we never quite grasp. Tlön is surely a labyrinth, but it is a labyrinth devised by men, a labyrinth destined to be deciphered by men.
In the introduction Mirowski inspires as he details his struggle to build a conceptual and actual bridge between physics and economics. Understanding that economics is an important dimensional descriptor of the techno-social system is a nice advance. Although the number of economists who have made this connection are few, and the bulk of the discipline are still mired in juggling abstractions. It’s important to realize that the abstracted metrices of economy are abstracted from something and that something is energized matter. He extends the argument, marking the parallel between the terms value in economics and energy in physics. And later, he develops the concept of energy as one critical to understanding economics, period. This is a good find indeed! And it might end up, by studying the principles of the conservation of energy too much and I will end up a conservative. (No chance of that, as no one ends up as anything but energy anyway…) Actually, bringing thermodynamics into the picture would radically change the nature and theories of market economics both on the right and on the left.
On pages 56-57 there is a symmetric coffee-colored ring, a primitive of a Rorschach test, and on 58-59, some bits of roll-your-own tobacco. The last record of being checked out was 1998. More than a decade ago. Not too much interest in these approaches within the traditional canon.
And later, on to the indeterminacy of human tendencies towards abstracted (but sometimes brilliant) reason, in describing his ideas on electromagnetic fields:
→ commentThe substance here treated must not be assumed to possess any of the properties of ordinary fluids except those of freedom of movement and resistance to compression. It is not even a hypothetical fluid which is introduced to explain actual phenomena. It is merely a collection of imaginary properties which may be employed for establishing certain theorems in pure mathematics in a way more intelligible for many minds … I wish merely to direct the mind of the reader to mechanical phenomena which will assist him in understanding the electrical ones. All such phrases in the present paper are to be considered as illustrative, not explanatory. In speaking of the Energy of the field, however, I wish to be understood literally. — James Clerk Maxwell
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Energy and Society
Excellent resource which will allow me to trace both forwards and backwards in time on this particular worldview which, although the definition of energy is strictly based on contemporary physics and thermodynamics (of that time), it provides a valid and detailed approach to the issue.
(Not to mention that the copy I got from Newcastle University was “donated by the Newcastle District Committee of the Amalgamated Engineering Union.” Would for the survival of humanity that engineers take in the consequences of thermodynamics at all scales!)
Cottrell maps out in some detail the inter-relationships of technological (energy-usage) and the consequent/subsequent social change/evolution that occurs.
He does perhaps miss a point where he attaches the energy advantage of a rising mercantile-class in Europe in the 16-1700′s to the energy of sail. I would suggest that it was not the energy of sail, but the potential energy brought about by the technologies necessary to take advantage of this naturally-available store of energy (flows). That is, the social structure (organization of individuals) necessary to construct boats, the availability of the resources necessary for their proper construction — tall trees, steel tools (not merely iron) for working the wood, enough to build numerous boats to maintain a sufficient flow of trade (read: energy). And finally, of course, the existence of suitable natural resource reservoir, ultimately driven by the sun, wind.
He introduces the term high-energy technology which is essentially a set of technologies that have a high rate-of-return relative to the input (read: hydrocarbons, nuclear, large-scale hydro). In contrast with low-energy converters which would include plants and animals (as a food/energy converter for human consumption).
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And he makes the deep connection between the energy regime (my word!) and the consequent social/institutional structure — recognizing the complexity of the deeply embedded relationship and the conditional and continual evolution and change of whatever social system is being examined. The power of this approach is in its ability to idiosyncratically unravel numerous geopolitical problems. (The imposition of one form of social institution developed in one energy regime on another regime that does not have the same energy/resource availabilities will often simply not work!). The energy regime would equate to the holistic natural system.
Factors he ascribes that affect the adoption (and optimized/maximized use of) available resources — technological, geographical, economic — are a mixed bag, and need to be treated separately in their relation to real energy flows. (p.53) Especially the economic factor — for it is here that the concept of energy is misused, or confused — as economics, in the contemporary sense, centers on the concept of exchanges of convertible value as mediated by money. Money as a socially abstracted representation of power (energy). And trade as an equalizing process — where energy-rich, concentrated resources are redistributed (possibly after going through numerous steps of further concentration). The equalization will, in the sense that terrestrial systems are dynamic, cause variable temporal and spatial re-distributions until the concentrated energy resource is no longer an energy asset that can be utilized by the social formation. |
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Energy and society : the relationship between energy, social change, and economic development, Cottrell, William Frederick, New York, McGraw-Hill, 1955. |
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Multimodal discourse
Multimodal discourse: the modes and media of contemporary communication, Kress, Gunther R., van Leeuwen, Theo, New York : Oxford University Press, 2001.
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Grammophon, Film, Typewriter
Gramophone, film, typewriter, Kittler, Friedrich A., Stanford, Calif. : Stanford University Press, c1999.
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→ tags:: bibliography, film, thesis
Qi approaching the Equinox
go to bed reading of Qi in Ted J. Kaptchuk’s treatise on Chinese medicine and wake up early from a deep dream where I was working with a group of boisterous and engaged young people who are somehow brought together by the impulse of Barack Obama. my immediate thought upon waking is why does a political figure enter my dreams? social action is important, sure, along with an interest in community dynamics, but a politician (community organizer none-the-less)? somewhat disturbing, though that thought is outweighed by the energy of the scenario. I suppose I am missing teaching. there will be opportunities for that in Oz, although I will keep it highly restricted to workshops rather than term courses. nothing should get in the way of the appointed task.
the Qi discussion illustrates the absolute difficulty in framing a concept in the language — the specific social protocol — within which the concept did not arise. the fundamental problem of translation. and in this case, translation of a term that is so formative to any worldview built on it that if one adopts that specific term, it will map, literally, where one stands in the world. and the ensuing conclusion that the adoption of another social protocol, language, precipitates a shift in worldview. no surprise there.
one global ‘solution’ to this issue especially in regard to fundamentals like Qi or energy (noting that even here I am making no one-to-one correspondence between the two!), when ‘comparing’ fundamentals, is to consider that each human individually is observing the world, and, at the same time, the social collective that they are participating in exerts an impressive synergy on all these points-of-view, and generates a collectively determined world view. this is the dominant social protocol, their language. Both the individual and collective world view are reductive apprehensions of essentially the same phenomena — that of be-ing in the world — seen from the particular point of view of that individual or collective. Of course, there are the instances where the worldview of the collective is impressed on the individual when the individual is forced to sacrifice personal autonomy to the collective — often through violence or threat of violence. it becomes a deep issue of personal autonomy or idiosyncrasy versus the power of the collective and where to set the line.
… the unusual difficulty in making Qi intelligible in modern Western philosophy suggests that the underlying Chinese metaphysical assumption is significantly different from the Cartesian dichotomy between spirit and matter…. (Furthermore) the continuous presence in Chinese philosophy of the idea of Qi as a way of conceptualizing the base structure and function of the cosmos, despite the availability of symbolic resources to make an analytical distinction between spirit and matter, signifies a conscious refusal to abandon a mode of thought that synthesizes spirit and matter as an undifferentiated whole. The loss of analytical clarity is compensated by the reward of imaginative richness. The fruitful ambiguity of Qi allows philosophers to explore realms of being which are inconceivable to people constricted by Cartesian dichotomy …. Qi, in short, seems inadequate to provide a philosophical background for the development of empirical science as understood in a positivistic sense. What it does provide, however, is a metaphorical mode of knowing, an epistemological attempt to address the multidimensional nature of reality by comparison, allusion, and suggestion. — Tu Wei-ming in Confucian Though
furthermore, the adoption of another linguistic naming system or protocol represents the potential of seeing the world anew. at the same time as it represents a separation from the dominant or previous system. this is an essential feature of the process of immigration, this identity shift that comes through a (linguistic) re-naming the world. but it is also inherent in the process of adoption of any protocol or technology that is produced and imposed on the individual.
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killing hidden waters
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I was not expecting what he presented, and was fascinated when he repeatedly makes the connection between levels of technological implementation and several attendant processes — the consequent overall social structure, the impact on the environment, and the absolute energy cost of the different implementation levels. Starting with indigenous tribal groups and continuing through the contemporary inhabitants in the desert Southwest, he examines the usage of a range of resources — water, fossil fuels, soil, and forests — and makes a good case for the cataclysmic risk of unsustainable use. Indeed, pointing out the obvious, he makes it clear that unsustainable use (always) ends in some kind of socio-economic collapse — perhaps deferred temporarily by substituting one resource for another — but eventually depletion precipitates a collapse. Noting a sequence of energy-coalescing advances (the horse for the Comanche Indians, fossil groundwater for the High Texas Plains (the Llano Escatado), the metal shovel for the Pima indians, etc), Bowden examines the consequences of resource exploitation via those technological advances and compares the social system both before and after access to the resource (as afforded by the technology change). Basing the view on the intrinsic energy value of the resource, he forms a powerful critique against contemporary social systems that blindly insist on technologically maximizing usage of a non-renewable resource base. It is probably necessary to be reminded that these cycles occur across any (and all) civilizations, down to rather small population groups. Compared to my own energy-based worldview, Bowden confirmed some examples that I often use in class — where the history of civilizations may be directly correlated to the existence of one or more non-renewable resources which causes the ‘rise and fall’ of the society. The rise is facilitated when the resource-base becomes exploitable through technological advance or through simple physical access to the geographic locus of the resource followed by the subsequent fall when the access is denied or the extent of the resource is exhausted. One example I use are the British hardwood forests that, through technical advance became the basis for the construction of the British fleet which eventually defeated the Spanish fleet. When those forests were depleted, the British had no substitute for the first-growth elm and oak trees which were used for the unitary keels of ships-of-the-line. Not long after the depletion of British forests towards the end of the Napoleonic Wars, coal, a potent form of concentrated solar energy is discovered, and drove the industrial revolution. British Imperial hegemony follows the decline in this readily available coal. And, aside from a tenacious clinging to Gulf oil resources following World War I and continuing as a secondary partner to US hegemony, the British Empire is in very late decline. This example is over-simplified, but it is not difficult to make the case that a single fundamental resource or energy source or a combination of a few underlies any concentration of social power. And conversely, it is not difficult within any social system to identify those primary sources, given that much of the attention of the social system as a whole is dedicated to the secure utilization of those resources. Bowden, Charles (2003) Killing the Hidden Waters: The Slow Destruction of Water Resources in the American Southwest. Austin: University of Texas Press. |
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