any landscape …

Chicago Lake, Colorado, from Hayden, Ferdinand Vandeveer. “Annual Report of the United States Geological and Geographical Survey of the Territories: Embracing Colorado and Parts of Adjacent Territories; Being a Report of Progress of the Exploration for the Year 1874.” Washington, DC: US Geological Survey, 1876.
Chicago Lake, Colorado, from Hayden’s “Annual Report of the United States Geological and Geographical Survey of the Territories: Embracing Colorado and Parts of Adjacent Territories; Being a Report of Progress of the Exploration for the Year 1874.” Washington, DC: US Geological Survey, 1876.
Any landscape is so dense with evidence and so complex and cryptic that we can never be assured that we have read it all or read it aright. The landscape lies all around us, ever accessible and inexhaustible. Anyone can look, but we all need to see that it is at once a panorama, a composition, a palimpsest, a microcosm; that in every prospect there can be more and more that meets the eye.

Meinig, Donald W., and John Brinckerhoff Jackson, eds. The Interpretation of Ordinary Landscapes: Geographical Essays. New York, NY: Oxford University Press, 1979.

Meinig’s allusion to holistic natural systems is quoted in an essay and exhibition on the historical “Drawings of the Great Colorado Survey”:

Huber, Thomas P. Hayden’s Landscapes Revisited: The Drawings of the Great Colorado Survey. Boulder, CO: University Press of Colorado, 2016.

James Miller‘s concept of “living systems” emphasizes that all such systems—from cells to landscapes to societies—share common scale-independent patterns of organization and processes as well as divergent features. As initially articulated in an editorial by Miller in 1956 in the then-new journal Behavorial Science:

Our present thinking-which may alter with time-is that a general theory will deal with structural and behavioral properties of systems. The diversity of systems is great. The molecule, the cell, the organ, the individual, the group, the society are all examples of systems. Besides differing in the level of organization, systems differ in many other crucial respects. They may he living, nonliving, or mixed; material or conceptual; and so forth.

Miller, James Grier. “Editorial.” Behavioral Science 1, no. 1 (January 17, 2007): 1–5. https://doi.org/10.1002/bs.3830010102.

In the context of landscapes, this approach aligns with systems thinking by focusing on how ecosystems, organisms, and human activities interact within larger networks, and are themselves comprised of smaller and smaller networks. A landscape may be seen as a living system with a complex of nested subsystems, where elements like nutrient cycles, energy flows, and information exchanges are interconnected. These interactions contribute to emergent properties and systemic behaviors, underscoring the need to consider the whole landscape when analyzing environmental changes and implementing management strategies. Augmenting or supplanting those more empirical methods, we believe that artistic, creative, imaginative, embodied, and other refined sensory-based processes can very effectively address and engage not only the astounding complexity, but the raw and inspiring beauty of these systems. Key to what may be a singular holistic ‘understanding’ of a landscape is focused and sustained observation that is aware of the scalar similarities and differences.


The original Hayden report from 1876:

Hayden recognized the profound value of William Henry Holmes‘ drawings, though he did not formally recognize the other artists who produced documentary drawings on the expeditions, He reserved most of his praise for William Henry Jackson, the photographer who documented so expansively the landscapes of the American West setting the creative precedent for the likes of Ansel Adams, Richard Misrach, Robert Adams, Willy Sutton, and the many others who followed.

Systems thinking and the narrative of climate change (excerpt)

The problem of climate change has become a part of the current global discussion, due to the Paris Accord. Current mainstream arguments focus on three specific components of the problem: (1) the disputability of global warming, (2) the relevance of anthropogenic contribution, and (3) the extent of the dangers associated to an increase of the global temperature. Key players appear to have difficulty moving the discussion past these three components of the problem, towards potential solutions. Instead, the discussion returns again and again to describing the problem, in greater and greater detail, with arguments stalling on various small pieces of the problem. Our inability to move past the problem to solutions is based in part on how the various critics frame the discussion. Critics on both sides of the issue are subject to a framing effect, where we house the problem mentally within the boundaries of the human economy. While opponents of climate change suffer from their own framing effect, this post focuses specifically on the proponents’ framing effect. Those who advocate for policies to limit climate change make four main assumptions that impact their thinking:

  • Those concerned about the climate place the environment either within the global human economy, as a subsystem, or externally, where it can be used at will, endlessly. As a corollary to this mindset, the problem of climate change is an anthropogenic problem caused by humans, with no real impact on our resource base, which is either external to the system and infinite, or internal and thus, not critical to our life support.
  • Because the human economy is more important than the environment, societal economic growth is an inviolate mandate for all countries. The assumption is that we can support economic growth while solving the problem of climate change.
  • Globally politicians have the will and options to create viable, effective actions that limit the temperature increase without harming economic growth.
  • We can use technology to find suitable solutions that will eventually handle, if not overcome, most of the problems. Moreover, added technology does not use added energy or environmental resources.

Unfortunately, these postulates are false.

Gonella, Francesco. “Systems Thinking and the Narrative of Climate Change – A Prosperous Way Down.” Blog. A Prosperous Way Down, July 23, 2017.

shitstorm continues

No, nothing political or social in this posting, aside from oblique references. Instead, the radical politics of incarnation: Covid breaches body wall. After more than two years of remaining out of the reach of the virus, I fall. And not out of the woods at all, yet. Physical health continues to take a beating: from the elimination of daily swimming at the onset of the pandemic; the substitution of solo cycling and hiking that was impacted by hernia issues; cancer diagnosis, surgery 1, surgery 2; dental issues, surgery 3; moving west into isolation, cycling was coming back, and then, after the first major travel in more than four years, getting hammered down by Covid.

Thoughts flicker across seven chakras: unattainable transcendence. Systems for dealing with existence, for bringing it to a higher level, fail. Rumbling through archive, tweaking, reading, re-membering situations, people, and flows: frozen and reductive fragments. Consuming way too much media as time-filler. The only substantive understanding that surfaces is the imperative for change, before it becomes impossible. The past six years under the influence of bland and negative energies: the end is coming. Change. and Movement.

Carlo Rovelli’s book “The Order of Time” pushes forward many of Bohm’s ideas on the nature of reality (without attribution), and in the process, emphasizes how thin the facade is on our constructed reality of solid, constant, and immutable things. His cumulative sketch on the nature of time obliquely vaporizes anything carnate. Hurrah for him! We are flows, we are essences of energy, negentropic, until entropy strikes us down and we merge with the cosmological eye.

What bunk. Truly I have nothing of substance to say. Evidence of what is necessary: change. Empty head, body broken, throat raw, tongue bitten, teeth cracked.

Sumar tilfinningar er ekki hægt að tjá með venulegri samsetningu af orðum. — Ingibjörg Sigurjónsdóttir

We cannot know his legendary head
with eyes like ripening fruit. And yet his torso
is still suffused with brilliance from inside,
like a lamp, in which his gaze, now turned to low,

gleams in all its power. Otherwise
the curved breast could not dazzle you so, nor could
a smile run through the placid hips and thighs
to that dark center where procreation flared.

Otherwise this stone would seem defaced
beneath the translucent cascade of the shoulders
and would not glisten like a wild beast’s fur:

would not, from all the borders of itself,
burst like a star: for here there is no place
that does not see you. You must change your life.

“Archaic Torso of Apollo” by Rainer Maria Rilke

Appendix 8: The Systems Process

[Ed: this document was written by Cleveland Hopkins as an addenda to an unidentified white paper produced in the early 1970s at the Office of Telecommunications Policy (OTP) — a White House office dedicated to policy-making in a rapidly shifting telecom environment. It is meant as an introduction to the concept of the systems process for those unfamiliar with the approach. Cleveland Hopkins was involved as a Systems Analyst looking at USPS electronic mail-handling; international and domestic telecom policy; digital medical record-keeping in the context of universal health care, among many other projects. His early career included twenty years in weapons system development (radar and ICBM) with DOD and MITs Lincoln Laboratory and Radiation Lab (Rad Lab) among other organizations. See his obit for further information.]

APPENDIX 8: The Systems Process

It is the objective of this short paper to invite attention to the Systems Process, its concepts, its essential nature, limitations and capabilities, and its output.

Introduction

“The systems approach basically applies scientific methods to the solution of practical problems,” [1], Concepts of the systems process vary from regarding it as the most powerful intellectual tool ever devised to “…the vacuous systems approach…” Historically, some of these ideas were applied to the activity used during World War II by small groups of people in trying to solve problems that were beyond the capacity of one person in the available time; these initial applications were to radar matters involved in the defense of Britain. Larger business firms have used such a process for many years to pool the efforts of management to subsequently maintain or improve their profit margins. The process began to get widespread public recognition shortly after Robert S. McNamara became Secretary of Defense; he brought in a group of technical people, later called the Whiz Kids by the military, who, after some effort were able to break up the massive military problems into pieces that could be profitably worked on by individuals of different professional backgrounds. Their results were then combined and modified by operational people so that the solutions were relevant to the real world. Some duplication was taken out of the military services, and great efforts were made to obtain maximum results for the money spent, giving rise to cost-benefit and cost-effectiveness schemes.

more “Appendix 8: The Systems Process”

fornication and fish

Gotcha. Fokkin’-A. Score.

Juvenile humor takes over when creative paucity — an end condition of holistic exhaustion — approaches.

The energy necessary to create novel configurations of matter that will titillate the senses has a distinctive threshold. I cannot get there.

Instead I fill out endless repeated medical office forms. What a stupid, dysfunctional system this healthcare-for-profit monster is. Very many kind and thoughtful people embedded in a massive clusterfuck. Why are so many human systems so utterly useless? No thought or action directed at a real cessation of greed. Not to mention the systems that are overtly cruel and intentionally aggressive towards The Other. Certainly could be worse. My white and privileged self continues to etch the idea into normative neuro-paths that who I appear to be places me in a certain position in the social hierarchy. This etching is a good process. It requires that continual re-minding, else fish returns to a base (and void) relationship with water. Fish *must* meditate on what water is and why it is important, and, look around to see who else may be swimming about.

The Five (fundamental) Rules of Systems Thinking

First rule: if we want to understand the world we must be able to “see the trees and the forest”; we must develop the capacity to “zoom” from the whole to the parts, from systems to components, and vice-versa.

Second rule: we must not limit our observation to that which appears constant but “search for what varies”; the variables are what interest the systems thinker. However, we must not limit ourselves to explicitly stating the variables we consider useful but must be able to measure the ‘variations’ they undergo over time.

Third rule: if we truly wish to understand reality and change we must make an effort “to understand the cause of the variations in the variables we observe”; we must form chains of causal relationships among the connected variables.

Fourth rule: it is not enough to search for the causes of the variations we observe; we must also “link together the variables in order to specify the loops among all the variations”. In other words, we must move from the causal chains to the systemic interconnections and from the linear variations to the systemic interactions among the variables of interest.

Fifth rule: when we observe the world we must “always specify the boundaries of the system we wish to investigate”.

the human use of human beings …

Wiener, N. 1954. The human use of human beings: cybernetics and society. Garden City, New York: Doubleday.

Memory says I could not understand the meaning of this book in the first times I picked it up, browsing through my father’s library, looking for something to take back to the cool basement rec room to read on a sticky-hot rural Maryland summer day. I was maybe ten years old. It was the cover, in part — quite different than the drab math, engineering, and analysis tomes — that made it at least seem readable.

We are swimming upstream against a great torrent of disorganization, which tends to reduce everything to the heat death of equilibrium and sameness described in the second law of thermodynamics. What Maxwell, Bolzmann and Gibbs meant by this heat death in physics has a counterpart in the ethic of Kierkegaard, who pointed out that we live in a chaotic moral universe. In this, our main obligation is to establish arbitrary enclaves of order and system. These enclaves will not remain there indefinitely by any momentum of their own after we have once established them … We are not fighting for a definitive victory in the indefinite future. It is the greatest possible victory to be, to continue to be, and to have been … This is no defeatism, it is rather a sense of tragedy in a world in which necessity is represented by an inevitable disappearance of differentiation. The declaration of our own nature and the attempt to build an enclave of organization in the face of nature’s overwhelming tendency to disorder is an insolence against the gods and the iron necessity that they impose. Here lies tragedy, but here lies glory too.

Wiener, N. 1954. The human use of human beings: cybernetics and society. Garden City, New York: Doubleday.

on [symbolic] evolution

According to von Bertalanffy the consequences that man was a symbolic animal were immense. Biological evolution which was determined in other animal species by genetic changes was superseded in the human species by cultural history based on the accumulation of experience handed down from one generation to another. In addition to the accumulation of experience, cultural history was characterized by the development of symbolic skills and symbolic systems. The latter, although created by their users, were, as in the case of language subject to their own intrinsic growth and development. This factor could be an additional influence on the behavior of the participants in a symbolic system and to accelerate further the cultural and social changes. At other times the inertia of symbolic systems could cause a delay in adaptation to changing social and economic circumstances — the phenomenon which goes under the name of ‘cultural lag.’ One consequence of the fact that cultural history had in human species superseded biological evolution was a change in its time scale. The time scale of geological epochs by which biological evolution was measured had been replaced by a much foreshortened scale of historical periods by which the sociocultural change was measured.

Weckowicz, T.E., 1988. Ludwig von Bertalanffy (1901-1972): A Pioneer of General Systems Theory.

A Natural History of Sound

At Tom Fleischner’s invite I’ll be doing a public talk this evening as part of the Natural History Institute’s lecture series. Prior to the lecture, I’ll perform a 20-minute live sonic improv [along the lines of this or this]. The day after tomorrow, Saturday, 02 April, I’ll do a full-day workshop.

changing the course of nature, Carrizo Plains National Monument, California, December 2010

TITLE: A Natural History of Sound

TIME: 31 March 2016, at the Natural History Institute, 312 Grove Avenue, Prescott College Campus, Prescott, Arizona

7:00 – 8:30 PM (GMT-7 PDT/MST) Prescott, AZ

SHORT DESCRIPTION:
This presentation, opening with a brief (20-minute) live improv sonic performance, will weave a pathway through the nature of sound as an integral feature of bio-systems and human presence on the planet.

LONG DESCRIPTION:
Sound is a particular expression of energy that is present within the living global system. The movement of sonic energy is a crucial feature of life for many organisms, humans no less than others.

This presentation will begin with a live improvisational performance arising out of an on-going sonic/visual/performance art project changing the course of nature that explores the energy dynamics of natural systems and the impact of life on those energized flows. The project plays with the subtle and not-so-subtle influence of human presence on the planet.

The talk following the performance provides a wider context to the project within Hopkins’ trans-disciplinary and nomadic life-trajectory. He will present a number of international creative projects that employ sound as the primary creative medium as well as exploring the concept of sound itself. Of particular interest to Hopkins’ research is a mapping of the intersection of human presence and wider systems. He will also introduce the concept of acoustic ecology.

There will be ample time for dialogue at the conclusion of the presentation.

The performance and talk will be live video-streamed at:

https://livestream.com/prescottcollege/events/4739637

10:00 – 12:00 Midnight (GMT-4 EDT) New York, NY
0400 – 0600 (GMT+2 CEST) Berlin, DE
1:00 – 3:00 PM Friday, 01 April (GMT+11 AEDT) Melbourne, AU

[calculate other times]

ipse dixit:

New York Times comment:

Just as a mass deflects the space-time continuum around it, every organism changes the flux of energies it is immersed within merely by its presence. Ecosystems are simple models of the complexity of inter-relation that the presence of Life brings to the planet.

Humans in their current numbers – attributable to ‘easy’ energy access (resources) – are clearly affecting the entire global system. Bolstered by a glut of consumable energy sources that allow us to propagate in unprecedented numbers, we are causing a shift in global energy flows paralleled in scope only by the rise of Prokaryotic Archean life-forms.

Our ‘management’ of the ecosystem, despite the occasional successes of a holistic systems thinking approach, is based on reductive models that can never fully anticipate the range of effects exerted on the global system.

Living organisms react to abundant energy sources by reproducing; when energy sources disappear, species numbers collapse. It may be that the planet will simply have to abide the burst of human population and its attendant systemic change. Once the species has consumed all easily accessible energy, a gradual (or precipitous!) drop in human numbers will follow, and the global system will take on yet another character, managing itself very well, thank you. Life will continue, projecting itself into the future with astonishing vigor, even ferocity, until the planet and the solar system get subsumed.

So it goes: https://tinyurl.com/hfpregr

on brainstorms

brainstorms fragment out of context:

It’s also that any system in our heads is a model, as the thing itself is ‘out there’ (although we may also be a part of the model as well!)… Recalling that it is a model accentuates the fact that there are as many models as there are [fill in the blank]. Plurality rules, whether we like it or not! And none of them are the ‘thing’ itself. Talking, thinking about systems is an immediate reduction to model state rather than the whole of the whole. In a way it’s all about how we relate/react to the plurality.

systems theory integration

… in a world whose educational systems fail to integrate current findings about education, much less […] advanc[e] fields of inquiry. Persons coming through such systems to specialize in any particular career in a field of empirically unfolding inquiry, must perforce make an accounting for things as best they can. If their basis of understandings is not much broader than the tradition and special vocabulary of their own specialty, then their accounting in turn must be narrow and therefore complex, intelligible only from within the specialty. Without an adequate provision for conserving and re-rendering this jumble of particulars into a larger and simpler whole, “knowledge” does not so much explode as disintegrate.

Either some form of general systems theory, or its equivalent in intellectual, perceptual and aesthetic convenience, therefore, should be made an integral part of the core of every curriculum.

Wenger, Win. “A General Theory of Systems: One Man’s View Within Our Universe,” 1996.

Getting more and more convinced that this should be implemented — I notice a special need in the ‘field’ that is coalescing into a ‘discipline’: Digital Humanities. Much of the coalescing is driven by a sense of desperation among Humanities academics as their mission and jobs come under attack from a higher education that evermore trends towards ‘practical’ disciplines. Unfortunately, many in the Humanities are taking yet another stale and conservative approach to the questions — similar in process to the academicization of post-modernism as a concept. Some attention is being paid to systems thinking in Europe as a powerful approach to examining the relation between technology and social systems. But a parallel trend that is given the label ‘new materialism’ is already off track, slogging through distinctly conservative and unproductive ways of interacting with or even understanding reality. I’ve introduced systems thinking to a number of folks who are moving in digital humanities circles, but with limited success. Seems like a no-brainer to me, as the approach is so powerful in understanding both macro- and micro-scaled interactions (energy flows!!) that are at the core of human-technology relation. But it is apparently difficult for text-based researchers to embrace a thought tool that pulls in a much wider span of, say, actualized social effect than that limited to post-semiotic big-data word-play research.

IoT dystopias

We are diverted while foundations are being re-molded by the current generation of ‘captains of cybernetics’. Nothing new: technological change forms the techno-social system in the image of those who control the protocols that are being deployed. [ed: my emphasis below]

And in the legacy of the cyberneticians, the purveyors of “smart” technologies promise a form of perfectly predictable interaction between individual and environment, in which nothing needs to be said along the way.

But there is another, less frequently articulated reason why Silicon Valley wants to replace speech. One characteristic of verbal languages is that nobody can own them. Meanwhile, emoji characters are copyrighted, and software can be patented. The machinic capacity to measure emotions via the face or tone of voice is in the possession of businesses, and currently being rapidly capitalized by private-equity investment. Industrial capitalism privatized the means of production. Digital capitalism seeks to privatize the means of communication.

But somebody—a human being—still needs to decide what counts as “happy” or “want” before a machine can be programmed to identify and transmit those concepts. Zuckerberg’s “ultimate communication,” uncluttered by culture or metaphor, would still be mediated by something, designed according to the cultural assumptions of the scientist or programmer. The telepathic fantasy— which is also the ideal of “smartness”— is of a world so wonderfully accommodating to our needs that we never even need to ask for anything. Purveyors of this silent future promise absolute intimacy between self and world—but feelings and desires in their purest form, unencumbered by the messiness of language, will still be filtered through someone else’s lens.

Davies, W., 2015. Mark Zuckerberg and the End of Language. The Atlantic. [Accessed September 15, 2015].

sliding scale versus spectral range

I often use the metaphor of “sliding scale” to indicate a situation that can be described as having two end points and a continuum of blended conditions between those two points. The image came about first when talking about the different social relations indicated by the two end points “network” and “hierarchy” — and how any particular social system can be characterized as sitting somewhere along the line between those two (theoretical!) end points. I’ve always been uncomfortable with the geometric linearity of such a metaphoric illustration, though, as is relies on a limited Cartesian model. And, indeed, in an open system there are no end points to any particular description system. So, does “spectrum” OR “spectral range” perform an adequate substitution?

To speak of or to “re-present” an open system is to close the system. Language and re-presentation is a process of reduction and modeling of reality (where reality is the open system). The question of the adequacy of representation is core in this Age of Data Mining. The challenge of rendering digital data into human-readable analog information that can be effectively interpreted will always be the limiting factor in any data-driven decision-making process.

Back to the spectrum question: it is foundational to identify the (multi)variables that are of interest or crucial to what is being examined. A spectral space allows for this, but also allows for degrees of complexity that are greater than can be sensibly interpreted. This is where intuition, not analysis, comes into play. Forget artificial intelligence (what has intelligence brought us, anyway?); forget fast-Fourier-transformations (except in the case that they are generated through meat-space neural cascades; better to use a manual quasi-Gaussian blur by squinting and whatever analog output you can manage)… argh; the question of interpretation of what the spectral model presents is another challenge altogether.

the persistence of systems

If a factory is torn down but the rationality which produced it is left standing, then that rationality will simply produce another factory. If a revolution destroys a government, but the systematic patterns of thought that produced that government are left intact, then those patterns will repeat themselves. . . . There’s so much talk about the system. And so little understanding.

Pirsig, R.M., 2009. Zen and the Art of Motorcycle Maintenance: An Inquiry Into Values, Pymble, NSW; New York, NY: HarperCollins e-books.

Full dissertation text: The Regime of Amplification

Well, I guess it’s about time to put the PhD dissertation text out there in .pdf form, so, here it is (PDF download):

The Regime of Amplification

Have at it, be polite, no grabbing, pushing, or shoving. Do not fold, spindle, or mutilate. If you can prove that you’ve read it back to front, I’ll buy you a bottle of Herradura Añejo Tequila*, as long as we can split it!

*this is my hard liquor drink of choice since 1980 when it was hard to find even in the US southwest — cherished bottles imported into Iceland (bought in NYC at NY Liquors on Canal Street, the only place in NYC that carried it!) would last up to six months, like a fine Scottish whiskey, small glasses for sipping — none of that brutish slugging down shots or making margaritas with this fine distillate.

The Energy of Archive: Re-membering the Cloud

[this paper was presented at the Balance/UnBalance Conference at Arizona State University in March where I also joined a panel with Mél Hogan, et al.]

We are living in a time where the wholesale storage of information exerts a dominant influence across the entire social system. The connection between this archive and both the stability and sustainability of the social system is direct. Few people are cognizant that it takes real(!) energy to drive “Big Data,” nor are they aware that such wide-scaled archiving (in “The Cloud”) directly affects the wider global environment.

This paper reflects on the fundamental energy (thermodynamic) conditions that apply to any ordered system. Order, as a temporal state — whether arising autopoetically or whether created intentionally within a wider structured system — functions as an information transfer or communication system and always requires an influx of energy to be maintained. The crucial issue embedded at the root of any archive relates directly to this necessity. Where does that energy come from, how is it secured, and what is the cost? As a near-ubiquitous feature of any social structure, the archive — as an ordered expression of information — is one such system. As there are apparently no violations of the Laws of Thermodynamics in the observed universe, is the fate of the archive the same as that of the cosmos: a slow heat-death? Obliquely invoking an interpretation of living (or general) systems theory, it is possible to 1) demarcate the trajectory of the archive (as (social) memory); 2) examine in the widest conceptual sense the cost of information storage and reproduction; and 3) predict the path that individual and collective knowledge takes into the future.

I will briefly introduce systems theory, as well as some principles of thermodynamics that will, as models, undergird the discussion. Relating energy, order, and information, I will tie these conceptions into the actuality of the contemporary archive by exploring the question: What does it mean to have a sustainable archive? As a creative media arts practitioner and, as a consequence, an analog and digital archivist, I will include in the discussion pertinent fragments of personal narrative that arise from that lived praxis.

Keywords: archive, thermodynamics, entropy, energy, information, systems, code, analog, digital, media arts, sustainability

[download full paper]

Ecosa Institute and more

Another interesting meeting this month — portending an engaged 2015 — this crossing with Antony “Tony” Brown, the founder of the Ecosa Institute. A possibility to collaborate or so, as they make a systems approach in their educational program that focuses on “regenerative” ecological design. They are on the verge of a major expansion of their mission as a result of a substantial philanthropic gift that allows for a new facility to be built in the Granite Dells. Tony founded the .org about fifteen years ago, and it’s a pity that I didn’t find them sooner than this week. Better late than never!

I’m still learning how to live in a small town. Can’t be a selective hermit. So, made a serious effort to ‘get out.’ Following my own advice to students — do everything [whups, got to change that — this was the original John Cage text — I did a remix on that]. Find the interesting people doing interesting things, one can hardly go wrong.

But it’s been difficult to do this reaching out with the Displace book running far over the allotted month of editing. Many ten-hour days sunk into that, and it’s not going to press until after the New Year now, I think. Mindaugas just sent the cover proof yesterday. These editing projects always run over. It’s rarely possible to estimate what effort it will take to make readable texts from unknown sources.

naming

Hyla arenicolor, Mint Wash, Williamson Valley, Arizona, April 2005

“What is it?” we ask, meaning what is its name? This odd quirk of the human mind: Unless we can name things, they remain for us only half-real. Or less than half-real: nonexistent. A person without a name is nobody. A human’s name can become more important than his person. A plant, an animal, a thing without a name is no thing — nothing. No wonder we humans like to think that in the beginning was — the Word. What word? Any word. Any word at all, anything rather than the silence and terror of the nameless.” — Edward Abbey

Plowing (ploughing) through Abbey this time, after years since reading “The Monkey Wrench Gang,” his writing seems dated, depressing, even dark. So much of the landscape that he passed through is (de)evolved, so much of what he prognosticated about the Southwest, at the hands of corrupt politicians and developers has materialized like a cancer across the face of the land. The forever-expansion, development-is-good, it-creates-jobs mantra that is chanted by deeply unholy men (and women). Bringing 4000+ square-foot pseudo-adobe MacMansions to dot the landscape along with scaled-up vehicular afterbirth: Hummers in every five-car garage. Although there are places one might go and on a middle-scale — meaning the easily visible — local scale, to the uninitiated eye, the natural system seems untouched. But with any consideration of scientific data — atmospheric systems, plant and animal ecosystems, and hydrological systems are being irretrievably altered. What of the domination of a species that will destroy most of the other macro-species only to live on briefly in an impoverished environment: soon to succumb to a viral celebration in the host of hosts. Definitely, catch it while you can. Take the last road trips around before gas costs what it should and the only way to get out of Dodge will be on foot. And the only way to survive the plague is through a slow and costly counter-evolution.

At any rate, this IS a frog (possibly a Canyon Tree frog – Hyla arenicolor). But note the incredible coloration. The green exactly matches a particular lichen that grows on the granite in that area. The pinkish blush of the oxidized feldspar in the granite. There were four of them literally stuck to the side of a large smooth boulder on Mint Wash. I was sitting opposite from them, having lunch with Marianne, about 6 feet (2 meters) away, and at first I thought they were phenocrysts in the granite, but then saw they were frogs. This particular one was the only one I could get close enough to make an image of, it was crouched on a relatively reasonable ridge. The other three were glued to vertical (overhanging!) smooth surfaces, but there was a 2-meter deep hole in the creek bed, full of water immediately below them. So, this one had to do. The beautiful beast is about 1.5 inches (3 cm) long.

The Planning Machine

Before designing Project Cybersyn, [Anthony Stafford] Beer used to complain that technology “seems to be leading humanity by the nose.” After his experience in Chile, he decided that something else was to blame. If Silicon Valley, rather than Santiago, has proved to be the capital of management cybernetics, Beer wasn’t wrong to think that Big Data and distributed sensors could be enlisted for a very different social mission. While cybernetic feedback loops do allow us to use scarce resources more effectively, the easy availability of fancy thermostats shouldn’t prevent us from asking if the walls of our houses are too flimsy or if the windows are broken. A bit of causal thinking can go a long way. For all its utopianism and scientism, its algedonic meters and hand-drawn graphs, Project Cybersyn got some aspects of its politics right: it started with the needs of the citizens and went from there. The problem with today’s digital utopianism is that it typically starts with a PowerPoint slide in a venture capitalist’s pitch deck. As citizens in an era of Datafeed, we still haven’t figured out how to manage our way to happiness. But there’s a lot of money to be made in selling us the dials.

Morozov’s article is taking heavy flak for allegedly ‘plagiarizing’ the work of Eden Medina who recently wrote a history of Cybersyn: Cybernetic Revolutionaries. Morozov, a presumptive journalist-turned-historian is a recently matriculated PhD student at Harvard. New Yorker articles do not have foot- or end-notes, while in academic historical writing, any/every source is included in minutiae. Historians are furious, journalists shrug, and nettime is atwitter! I’ll have to read Medina’s book, it sounds interesting, and probably adds to the proliferation of recent interest in the roots of cybernetics and systems research of the 50s through 70s — the era that I have researched based on my father’s work.

So, aside from the kerfuffle, the closing paragraph quoted above points to the critical problem that is manifesting itself across many many sub-systems within the techno-social fabric these days. That problem?: the proliferation of feedback as a driving principle of the wide-scaled system. This, a system that is already (and very inefficiently!) consuming huge quantities of energy (and life-time/life-energy) on its fundamental maintenance and projection of global power. The more we depend on big data (feedback), the less energy we have for innovative evolution. I’m not talking about the new hype of ‘disruptive innovation’: much of that is drawn up in the aforementioned VC boardrooms and appears largely as the sterile product of too many tech ‘incubators.’ The evolution of a techno-social system to truly new states of being does not require more information about what is happening or more data that is necessarily about the past. It needs an unregulated space for indeterminate outcomes, those that cannot be modeled, predicted, or simulated regardless of the teraflops of churn available. As I mention in my model of the amplifier*, beyond a certain subjective threshold, feedback begins to sap the vitality of the system that it is meant to optimize. This is a problem!

*as excerpted from my dissertation

Stallman says…

… there has been growing concern that mainstream adoption of cloud computing could present a mixture of privacy and ownership issues, with users potentially being locked out of their own files.

Stallman, who is a staunch privacy advocate, advised users to stay local and stick with their own computers.

“One reason you should not use web applications to do your computing is that you lose control,” he said. “It’s just as bad as using a proprietary program. Do your own computing on your own computer with your copy of a freedom-respecting program. If you use a proprietary program or somebody else’s web server, you’re defenceless. You’re putty in the hands of whoever developed that software.” — Richard Stallman, in the Guardian

Whoever ‘owns’ the protocol by which you are ‘communicating’ will tap into at least part of the energy you are using to communicate. (to ‘express your life-energies). A proprietary protocol means that the control is complete, and those controlling the protocol may, at any time completely hijack your communications, your expressed energies. It’s a fundamental principle of systems. You will pay with either time or money (the abstracted instrument for converting life-time into energy).

Economic Growth and Environmental Policy

We conclude that economic liberalization and other policies that promote gross national product growth are not substitutes for environmental policy. On the contrary, it may well be desirable that they are accompanied by stricter policy reforms. Of particular importance is the need for reforms that would improve the signals that are received by resource users. Environmental damages, including loss of ecological resilience, often occur abruptly. They are frequently not reversible. But abrupt changes can seldom be anticipated from systems of signals that are typically received by decision-makers in the world today. Moreover, the signals that do exist are often not observed, or are wrongly interpreted, or are not part of the incentive structure of societies. This is due to ignorance about the dynamic effects of changes in ecosystem variables (for example, thresholds, buffering capacity, and loss of resilience) and to the presence of institutional impediments, such as lack of well-defined property rights.

Arrow, K., Pimentel, D. & Costanza, R., 1995. Economic Growth, Carrying Capacity, and the Environment. Ecological Economics, 15(2), pp.91–95.

What can we do?

What can we do? We should not call a moratorium on people-oriented data banks; it would serve little useful purpose and society would be set back. Moreover, historically, mankind has advanced by living dangerously, trying things, and after the fact, learning how to control what he has done. Perhaps that is the best way to do it — best because we seemingly cannot foresee the consequences of new technologies that we conceive. If we were that perceptive, we might not be sufficiently adventuresome and thus might not progress as rapidly as we ought to. So I think we should not panic and cry “let’s hold everything until we know what we are doing.” There is technical work to be done, and this is the responsibility largely of the computing industry and its technical people. Certain system design problems need to be understood so that we can conceive overall systems with complete and adequate safeguards. Legal issues do need to be resolved. They will involve protective measures for the individual and means for fixing liability; they may also involve regulation of operators of information systems.

Ware, W., 1971. Computers in Society’s Future. Available at: https://cryptome.org/2014/04/computer-society-future.htm.

we’re talking final causes here…

[C]urrently espoused, ecosystem management is a magical theory (see Ludwig 1993) that promises the impossible — that we can have our cake and eat it too. Worse, however, it addresses only the symptoms of the problem and not the problem itself. The problem is not how to maintain current levels of resource output while also maintaining ecosystem integrity; the problem is how to control population growth and constrain re­source consumption. And the solution to the problem is not anthropocentric-based ecosystem management, it is rejection of the doctrine of final causes. Humanity must begin to view itself as part of nature rather than the master of nature. It must reject the belief that nature is ours to use and control. Once this is accomplished, we can accept that the land has limits, and that to live within those limits we must halt population growth and reduce consumption. I believe this rejection of the doc­trine of final causes is at the very heart of the biocentric view of ecosystem management (see Noss & Cooper­rider 1994). Unfortunately, the “seismic shift” in the mindset of humans (Grumbine 1994) required by this
view of ecosystem management may never occur and, if it does, it will be a slow process that may come too late.

Stanley, T.R., 1995. Ecosystem Management and the Arrogance of Humanism. Conservation Biology, 9(2), pp.255–262.

you got problems? Let me tell you …

The dialectical process whereby a solution to one prob­lem generates sets of new problems that eventually pre­clude solutions is summarized in the five steps of techno-social development.

1. Because of the interrelationships and limitations existing within a closed system, a techno-social solution is never complete and hence is a quasi-solution.

2. Each quasi-solution generates a residue of new techno-social problems arising from: (a) incomplete­ness, (b) augmentation, and (c) secondary effects.

3. The new problems proliferate at a faster rate than solutions can be found to meet them.

4. Each successive set of residue problems is more difficult to solve than predecessor problems because of seven factors: (a) dynamics of technology, (b) increased complexity, (c) increased cost, (d) decreased re­sources, (e) growth and expansion, (f) requirements for greater control, and (g) inertia of social institutions.

5. The residue of unsolved techno-social problems converge in an advanced technological society to a point where techno-social solutions are no longer pos­sible.

Stanley, T.R., 1995. Ecosystem Management and the Arrogance of Humanism. Conservation Biology, 9(2), pp.255–262.

#collapse?

A new study sponsored by Nasa’s Goddard Space Flight Center has highlighted the prospect that global industrial civilisation could collapse in coming decades due to unsustainable resource exploitation and increasingly unequal wealth distribution.

Noting that warnings of ‘collapse’ are often seen to be fringe or controversial, the study attempts to make sense of compelling historical data showing that “the process of rise-and-collapse is actually a recurrent cycle found throughout history.” Cases of severe civilisational disruption due to “precipitous collapse – often lasting centuries – have been quite common.”

weeeelllll, what else to note this morning? Odum’s explication of bio-cycles (fully reliant on, intertwined with, energy sources) give us this conclusion: when energy sources run down, order runs down.

en-ess-ay

Eavesdropping, censorship, recording, and surveillance are weapons of power. The technology of listening in on, ordering, transmitting, and recording noise is at the heart of this apparatus. The symbolism of the Frozen Words*, of the Tables of the Law, of recorded noise and eavesdropping — these are the dreams of political scientists and the fantasies of men in power: to listen, to memorize — this is the ability to interpret and control history, to manipulate the culture of a people, to channel its violence and hopes. Who among us is free of the feeling that this process, taken to an extreme, is turning the modern State into a gigantic, monopolizing noise emitter, and at the same time, a generalized eavesdropping device. Eavesdropping on what? In order to silence whom?

Attali, J., 1985. Noise: the political economy of music, Minneapolis, MN: University of Minnesota Press.

* “As the cold of certain cities is so intense that it freezes the very words we utter, which remain congealed till the heat of summer thaws them, so the mind of youth is so thoughtless that the wisdom of Plato lies there frozen, as it were, till it is thawed by the ripened judgment of mature age.”Antiphanes in Plutarch’s “Morals.”

cyberwar, or so (what)

Why is it nearly impossible to limit or ban cyberweapons? First, although the purpose of “limiting” arms is to put an inventory-based lid on how much damage they can do in a crisis, such a consideration is irrelevant in a medium in which duplication is instantaneous. Second, banning attack methods is akin to banishing “how-to” information, which is inherently impossible (like making advanced mathematics illegal). The same holds for banning knowledge about vulnerabilities. Third, banning attack code is next to impossible. Such code has many legitimate purposes, not least of which is in building defenses against attack from others. These others include individuals and non-state actors, so the argument that one does not need defenses because offenses have been outlawed is unconvincing. In many, perhaps most cases, such attack code is useful for espionage, an activity that has yet to be banned by treaty. Furthermore, finding such code is a hopeless quest. The world’s information storage capacity is immense; much of it is legitimately encrypted; and besides, bad code does not emit telltale odors. If an enforcement entity could search out, read, and decrypt the entire database of the world, it would doubtless find far more interesting material than malware. Exhuming digital information from everyone else’s systems is hard enough when the authorities with arrest powers try it; it may be virtually impossible when outsiders try.

Libicki, M., 2009. Cyberdeterence and Cyberwar. RAND Corporation. pps. 199-200.

towards self-organization, or else what?

The maintenance of the organization in nature is not — and can not be — achieved by central management; order can only be maintained by self-organization. Self-organizing systems allow adoption to the prevailing environment, i.e., they react to changes in the environment with a thermodynamical response which makes the systems extraordinarily flexible and robust against perturbations of outer conditions. We want to emphasize the superiority of self-organizing systems over conventional human technology which carefully avoids complexity and hierarchically manages nearly all technical processes. For instance, in synthetic chemistry different reaction steps are usually carefully separated from each other and contributions from the diffusion of the reactants are avoided by stirring reactors. An entirely new technology will have to be developed to tap the high guidance and regulation potential of self-organizing systems for technical processes. The superiority of self-organising systems is illustrated by biological systems where complex products can be formed with unsurpassed accuracy, efficiency and speed.

Biebricher, C.K. & Nicolis, G., 1995. Self-organization in the physico-chemical and life sciences: grant contract No. PSS*0396, Luxemburg: Off. for Official Publ. of the EU.

the dorsal turn

As readily as one accepts the status of artistic creation, as a paradigm for human production, in terms of a terrestrial afterlife — the desire to leave something behind — so might we insist that the artifact functions as archive and memory bank. And the same might be said of technological invention in general, for, as has often been pointed out, the word tekhne was used in Greek as much for what was produced as art as what was manufactured; it stands for the artisanal all the way from art to industry. Although the relation to memory and to archivation might not be immediately apparent in the case of a rudimentary tool, it can be understood that whatever is produced as nonorganic or “nonbiodegradable” remainder will necessarily constitute some form of memorial trace. And it is an obvious fact that artifactual technologies such as language, especially via writing, consist precisely in what Bernard Stiegler refers to as the exteriorization of memory, and that the contemporary technologies of information amount to a veritable “industrialization of memory.” If technology is a matter of exteriorization, of the human reaching outside itself (but, as was argued regarding corticalization and the upright stance, in a way that calls into question the integrity of any interiority), then it is also a matter of archivation: what is created outside the human remains as a matter of record and increasingly becomes the very record or archive, the artificial or exterior memory itself. The production of an artifact is the production of an archive; it means depositing in the present- in some “present” — an object, which, as it inserts and catalogs itself in the past, will become available for a future retrieval.

In reaching outside itself, the human therefore reaches both forward and back; in seeming to turn away from the past, it leaves the artificial that will have it forever referring back to that constructed past as the trace of its memory, as promise of artificial memory and promise or threat, eventually, of artificial intelligence. Memory might be called, after all, the first artificial intelligence, and it comes to be recognized explicitly as such once Freud discovers the unconscious like some self-produced biochip that controls (and derails), as if from behind, the conscious. The life of memory, its status as alive or dead, internal or external, real or artificial, draws the fault line along which the question of technology is still debated, from the desirability of “replacing” mental functions by machines (oral histories by writing, arithmetic by calculators, spelling by word processors, to begin with) all the way to nanoscientific cerebral implants and the manipulation of genetic memory systems.

Wills, D., 2008. Dorsality: thinking back through technology and politics, Minneapolis, MN: University of Minnesota Press.

Carl Canary

Frieder tells me that a student of his challenged him to deal with Twitter, so, starting a few months ago, he committed to making a Twitter account and sending one tweet a day for the following year. For some brilliant insights into informatiks, computing, human systems, digital art, algorithm, follow @CarlCanary!

systems

The basic idea behind the systems approach is that all relevant interests or values should be served by the kinds of change we can institute in our society and in nature. — Churchman

general systems theory, systems analysis, operations analysis, systems theory: is it possible to take this, maybe re-member Bertalanffy’s holism, and make something useful to creative production … ? Or is humanistic fear of systems thinking justified? Given that many aspects of the techno-social milieu we are embedded within are constructed on, many concepts are predicated on, the super-structure of systems. Doesn’t this justify at least a close look at the role of systems in effecting change in our life-trajectories?

At least it’s one pathway among others. Efficacy to be determined by future outcomes. But then, no-one will remember what the hell the initial conditions were anyway!

The Energy of Archive

[Proposal to the Media Art Histories Conference 2013 in Riga, Latvia :: (section: Archiving, preserving and representing new media art) :: fast-forward, couldn’t make it to the conference in Riga, so had to wait to deliver the paper at Balance/UnBalance in 2015…]

Ordered systems require a more-or-less continuous influx of energy to maintain that order. This is the crucial issue embedded at the root of archive. Where does that energy come from and what is the cost?  My paper is a brief reflection on this fundamental thermodynamic condition that applies to any ordered system. The archive is one such system. As there are no violations of the Laws of Thermodynamics in the observed universe, is the fate of the archive the same as the heat-death of the cosmos? Invoking an interpretation of living (general) systems theory, it is possible to demarcate the trajectory of the archive (as externally configured (social) memory); to calculate in the widest sense the cost of information storage and reproduction; and to predict the path that individual and collective knowledge takes into the future. In a space of energy flows, it is a relatively simple matter to understand the requirements for the propagation of information. Examining several scalar examples, I will explore the problematic costs of preserving the energized configurations of the past.

John Hopkins holds a transdisciplinary creative practices PhD from La Trobe University/University of Technology Sydney, an MFA from the University of Colorado Boulder, and a BSc in Geophysical Engineering from the Colorado School of Mines. His work and writings explore the role of energy in techno-social systems and explore the effects of technology on energized human encounter. He has taught in more than 20 countries and 60 higher education situations. He is currently teaching on the “Meaning of Information Technology” in the Technology, Arts, and Media program at the University of Colorado Boulder. You may track his process at https://neoscenes.net/blog/. His current CV is located at https://www.neoscenes.net/info/cv/index.php.

The Hybrid: This and/or That

1 The Hybrid: This and/or That

2 Abstract: This text is a meditation on the concept of hybridity and hybridization as a construct of our techno-social system that attempts to safely frame (chaotic change) at the same time as to be a creative source.

3 Keywords: bifurcation, schizophrenia, catalysis, difference, gradient, edge, reaction, culture, change, innovation, control, systems

4 Introduction:

4.1 What happens when two things come together? What happens when two energies come together?  In certain situations there can be a catalytic response which allows the two disparate systems or impulses to encounter and change each other with gusto. In other situations the two systems retain their essential character and apparently do not mix, merely coming into separate relation or juxtaposition with one another. Why do humans bring things together? Why is life combinatorial and synergistic? Recognizing the expanse of territory posed by these questions, as well as the main thematic question proposed at the Hybrid Space workshop “How does art create, visualize and network hybrid spaces,” this essay will not attempt to provide answers, but rather will plot a simple course through some ideas and reflections on what may be the foundations that the questions rest upon.
more “The Hybrid: This and/or That”

Friday, 18 January, 1963

Showed the Mt’l on pp. 8 & 9 to ELE who thot Walter Wells should see it. Also showed him my procedures for ATC systems analysis and the ATC parameters, as our conversation turned to such matters after he asked me if I had read the article on ATC in the Saturday Evening Post. He said that the FAA had been gradually reducing its support of the work at MITRE; I must read it and call HJM at MITRE.

Ordered a cy. of the Photo-Lab-Index.

Overcast
25˚F
Freezing rain again

The little hill east of the intersection of Rt. 2A & Virginia Street was iced, and provided little traction. One car going West tried to stop at the intersection and slid 180˚ around; he finally backed down.

Took LCH & girls in to PSC. Attended a CE Board mtg. during prayer mtg. The usual routine discussions were engaged in . I raised the question of specific educational activities for the senior high schoolers. Woody pointed out that he tries to cover ethics, cults, doctrine, etc., in his Sunday AM class, and that we need to examine the whole CE program.

The mtg. called by HJO was to enable him to tell the joint boards of additional pressure put on him to take the presidency of Fuller with its wide-spread activities. His principle question was whether or not we thought he is the man to continue leading us – particularly in view of the heavy expenditures and expansion of the future. He also pointed out that there has been a decline in attendance of Officers at the Friday and Sunday night services. He then called on Dr. Andreason, the Moderator, and retired to wait recall. A number of individuals the spoke to the effect that he should be retained. Two motions were passed: 1) That each individual send HJO a hand-written letter by Monday morning, expressing personal appreciation and esteem; and 2) a re-dedication service in the near future for the Officers’ direct participation, and at the discretion of the Deacons.

HJO was escorted back to the Rose Room and apprised of the unanimous support of the group, for which he was thankful. An unusual depth of emotion was present.

Ed Poor advised me that the M-20 microphone was discontinued by the contractor.

quantitative living systems science

Living Systems Theory is a general theory about how all living systems “work,” about how they maintain themselves and how they develop and change.

By definition, living systems are open, self-organizing systems that have the special characteristics of life and interact with their environment. This takes place by means of information and material-energy exchanges.

Living systems can be as simple as a single cell or as complex as a supranational organization (such as the European Economic Community). Regardless of their complexity, they each depend upon the same essential twenty subsystems (or processes) in order to survive and to continue the propagation of their species or types beyond a single generation. more “quantitative living systems science”

resonance: bursting

Interest in resonance is spread widely as the phenomena shows up in many systems. In bio-systems resonant responses to [energy] burst communications (as an intrinsically generated stereotypical pattern of closely spaced action potentials) is a crucial means for the propagation of flows across neural networks: STOP SHOUTING AT ME, I get it!

Many electrical, mechanical and biological systems exhibit free vibrations or damped oscillations when stimulated by a brief strong pulse. The frequency of such oscillations is known as the natural frequency or ‘eigenfrequency’ of the system, and the period is known as the natural period. For example, the Hodgkin–Huxley model exhibits oscillatory potentials with natural period 12.5 ms when a single brief pulse of current is injected. If the injected current is sinusoidal, sweeping through many frequencies (a so-called ZAP current), then the elicited oscillations of membrane potential have largest amplitudes (possibly resulting in action potentials) when the frequency of the input is near the natural frequency of the system, which is 80 Hz (1/0.0125 s) in the Hodgkin–Huxley model. (This frequency might be slightly different when an oscillating synaptic conductance rather than a current is injected.)

Izhikevich, E.M. et al., 2003. Bursts as a unit of neural information: selective communication via resonance. Trends in Neurosciences, 26(3), pp.161–167.

mucker, amok

John Brunner immediately comes to my mind as events continue to develop in our over-crowded and hyperventilating, hyper-mediated world:

True, you’re not a slave. You’re worse off than that by a long, long way. You’re a predatory beast shut up in a cage of which the bars aren’t fixed, solid objects you can gnaw at or in despair batter against with your head until you get punch-drunk and stop worrying. No, those bars are the competing members of your own species, at least as cunning as you on average, forever shifting around so you can’t pin them down, liable to get in your way without the least warning, disorienting your personal environment until you want to grab a gun or an axe and turn mucker.

Brunner, J., 1999. Stand on Zanzibar, London: Millennium.

‘Mucker’ is a word coined by the science fiction writer John Brunner in his great novel Stand on Zanzibar. The word derives from ‘amok,’ which will require a bit of history. It is a Malay word, and a person who goes violently insane, rushing through the village and murderously attacking everyone in his path, is said to have ‘run amok.’ In what was an egregiously idiotic statement, even for him, the eminent French critic Georges Bataille called running amok the purest manifestation of revolt, “the movement by which man rises up against his own condition and the whole of creation.” (Bataille never ran through the streets of Montparnasse madly slashing with a kris, so he either lacked the courage of his convictions or was a hypocrite with a small — a very small — modicum of brains.) The Malays, inevitably, were and are more sensible: they kill those who run amok.

A ‘mucker,’ then, is someone who runs amok; the times havin’ a-changed, now they use guns. As always, they are people driven to murderous madness by intolerable frustration, repression and conformity, whether in an isolated kampong or the Postal Service. So far muckers seem to have been mostly Americans, but just the other day the radio carried news of one in Germany.

It does Mr. Brunner’s prescience great credit to have foreseen the need for this word, back in 1964; and it does the rest of us no credit at all, for letting such a word be needed. — Cosma Shalizi

And then there is Firmin DeBrabander article in the NYT: The Freedom of an Armed Society. I have been known to say, lecturing, “There are three freedoms on the US: the freedom to shop, the freedom to get gunned down in the street, and the freedom to be lonely.” Of course, an extreme position, and containing a cynicism that gained depth over the years by virtue of subjective observation of the system in the US, and many other systems elsewhere. But imho, a small dramatic exaggeration not far off from the reality.

DeBrabander’s argument is profound, and despite the mis-statement about ‘high-calibre’ (an M-4 is distinctly not high-calibre, but rather high-energy & high-velocity, a difference that those in the know will quibble about), he explores the effects of the mere presence of a weapon. Ever see the looks of unarmed civilians around the world in the presence of armed intruders or militias? No free speech under those conditions. Ever had the situation of being around someone who is openly armed and there is a verbal conflict going on? Ever been armed in such a situation, when the Other is un-armed? The dialogue takes on a certain form. And that form is not open.

life is an informational phenomenon (abstract)

We extend the concept that life is an informational phenomenon, at every level of organisation, from molecules to the global ecological system. According to this thesis: (a) living is information processing, in which memory is maintained by both molecular states and ecological states as well as the more obvious nucleic acid coding; (b) this information processing has one overall function – to perpetuate itself; and (c) the processing method is filtration (cognition) of, and synthesis of, information at lower levels to appear at higher levels in complex systems (emergence). We show how information patterns, are united by the creation of mutual context, generating persistent consequences, to result in ‘functional information’. This constructive process forms arbitrarily large complexes of information, the combined effects of which include the functions of life. Molecules and simple organisms have already been measured in terms of functional information content; we show how quantification may extended to each level of organisation up to the ecological. In terms of a computer analogy, life is both the data and the program and its biochemical structure is the way the information is embodied. This idea supports the seamless integration of life at all scales with the physical universe.

Farnsworth, K.D., Nelson, J. & Gershenson, C., 2012. Living is information processing; from molecules to global systems. Available at: https://arxiv.org/pdf/1210.5908.pdf.

clade dynamics

Evolution may be dominated by biotic factors, as in the Red Queen model, or abiotic factors, as in the Court Jester model, or a mixture of both. The two models appear to operate predominantly over different geographic and temporal scales: Competition, predation, and other biotic factors shape ecosystems locally and over short time spans, but extrinsic factors such as climate and oceanographic and tectonic events shape larger-scale patterns regionally and globally, and through thousands and millions of years. Paleobiological studies suggest that species diversity is driven largely by abiotic factors such as climate, landscape, or food supply, and comparative phylogenetic approaches offer new insights into clade dynamics.

Benton, M.J., 2009. The Red Queen and the Court Jester: Species Diversity and the Role of Biotic and Abiotic Factors Through Time. Science, 323(5915), pp.728–732.

urban energy organization

Hypothesis I. The self-sufficiency of urban areas with respect to their source of emergy decreases with the urbanization process. During the urbanization process, the diversity of emergy sources driving urban systems increases at first, then decrease due to the heavy reliance on fossil fuel.

Hypothesis II. During the process of urban growth, urban productivity is greater than the energy consumed in emergy terms, and information flows of the product of urban structure and the input to support the urban life continue to increase. Due to the increase in the accumulation of urban structure, the efficiency of production decreases.

Hypothesis III. Cities have the highest empower density in the hierarchy of ecosystems. During the process of urban development, empower density and transformity of land uses increase. Owing to the reliance on imported goods and services, the emergy investment ratio of urban areas increases and emergy self-sufficiency decreases with increases in density.

Hypothesis IV. As urbanization increases, the circulation of money also increases, faster than the increase in emergy flows, decreasing the buying power of currency.

Hypothesis V. The organization of emergy flows in urban systems is arranged in a spatial hierarchy with the highest emergy use close to the urban center.

Hypothesis IV. The fragmentation of landscapes on the urban periphery that results from urbanization will affect the distribution of emergy flows.

Huang, S.-L. & Chen, C.-W., 2005. Theory of urban energetics and mechanisms of urban development. Ecological Modeling, 189, pp.49–71.

yadda-yadda-yadda

The Call of the Bureaucrat:

Dear John

The Australian Higher Education Graduate Statement (AHEGS) process is to be implemented at La Trobe University and will provide students with a complimentary transcript, information on the degree completed and information about La Trobe University upon completion of their degree.

The Department of Education, Employment and Workplace Relations (DEEWR) require a 100 word abstract to be printed on the AHEGS statement.

To ensure we are able to include all relevant information would you please provide a 100 word abstract of your thesis by return e-mail – immediately.

The above is required before we can complete your degree and recommend you to the next Academic Board meeting and therefore, be invited to undertake Graduation in 2013.

Please treat this as a matter of urgency.

The Reply (gah, yet another hoop to jump through! Their sense of urgency does not reflect on their own reciprocal level of activity: it’ll be almost a year from the time I submitted and the time the degree will be awarded next February — and only a month of that delay is remotely related to my procrastination):

This creative research PhD is an innovative exploration of a media arts practice and the energy-based world-view that the practice is sourced within. It elaborates on that energy-based approach while suggesting potential ways of addressing crucial issues facing human systems. Using the amplifier as a prototypical model, it explores energy flows across a wide range of systems to aid in understanding the complexities of sustainable creative processes and practices in our current techno-social world. The dissertation text and the integral multi-media (b)log space (https://neoscenes.net/blog/) that accompanies it critically examine the dynamic of human presence, encounter, and relationship, techno-social systems, and creative action.

Friday, 16 November, 1962

Had 2 or 3 discussions with ELE; he went after the info that I asked Jim F. to phone over.

Talked twice to Mr. Sullivan in Publications, the second time he gave me their present floor layouts and a proposed one.

Phoned to a Mr. W. A. Whitfield at Sandia to get the details on his “Clean Room,” after Carl N. noted it in his details on the micro-densitometer.

Obtained film type on 6″ A-scope photography.

Worked up floor area for data editing devices with their special environmental factors and left both sheets on Dave Moore’s desk at 5:50 PM.

WW back from BSD; BSD has $2+ million in construction funds around so it was transferred to BSD for an 80K sq.ft. new bldg. This should be large enough. With 3 almost separate air craft systems, tho, that amount of cash will just make it.

Called Will Swann EK6/Rochester at home (FIllmore 2-7047) at 7:30 PM to say I’d be there at 0900 on 19 Nov.

Clear 30°F

Cashed check from Credit Union. Put dividend check from American Security in savings acct. — $8.25.

Ret’d. the copy of “The Case for the Missing Link” with a letter to the Library of Science.

Wednesday, 14 November, 1962

Sat in mtg. with CWV, ELE, WZL, Carl Neilsen, Lee Murray, & AAG to get some guidance on the square feet for each of the special devices. This lasted until noon.

Started to summarize this mtl. in the PM.

Discussed DCH with LCH yesterday. She feels that he should be disciplined thoroughly; this after a discussion w/ NJH’s teacher who was in the middle also. NJH needs positive encouragement whenever it is warranted; she carried an A in conduct for the last reporting period, quite an achievement.

Went in to PSC for a 8 PM mtg. w/ Dave Klepper of BB&N; also present were Mr. Lake, A. Cheever & Ken Olsen. We obtained a line diagram using two Altec 1567’s and multicell & Bass reflex speakers at the ceiling center above the pulpit on the rear wall.

Went to HS to “Back to School Day.” DCH has passed the word his parents are no longer interested in him & will put him in the Army! Had good reports from CR’s teachers.

State of the Species

Agriculture gave humanity the whip hand. Instead of natural ecosystems with their haphazard mix of species (so many useless organisms guzzling up resources!), farms are taut, disciplined communities conceived and dedicated to the maintenance of a single species: us.

A tiny excerpt from a longish article in Orion, “State of the Species,” by Charles Mann. (see 1493) Here Mann explores principles of abundance and how species respond to a resource-rich environment.

1493: Homogenocene

It looked an ice cream cone. But when I came closer, I realized that the boy was eating a raw sweet potato. His father had whittled at the top to expose the orange flesh, which the boy was licking; the unpeeled bottom of the sweet potato served as a handle.

This was at a farm about 300 miles northwest of Shanghai. Sweet potatoes are often eaten raw in rural China–a curiosity to Westerners like me. I didn’t realize that I had been staring until the boy ran to seek the protection of his father, who was hoeing a row of sweet potatoes. The father glared at me as I waved an apology. Because I don’t speak Chinese, I couldn’t tell him that I had been staring not at his son, but at the sweet potato in his hand. Nor could I say that I was staring because the sweet potato was an emblem of four hundred years of convulsive global change. more “1493: Homogenocene”

Wednesday, 24 October, 1962

Started to look at Schlesinger a little more carefully. There must be some piece of the ECM analysis that DRC has not done.

With WLZ —

1) What Distribution List? (Pen Syst.)
2) IRE mtg 23-25 October
3) Model:
1) Assess pay-off from use of N-Z System from broader point of view of Anti-ICBM Systems Analysis.
2) BOMARC
3) TALOS
4) Side-Winder homing & guidance

Clear
Cool

U Thant, UN Secretary-General has addressed Khrushchev & JFK to do nothing to build up Cuban installations and to stop the quarantine. It was rejected by JFK as it did not have safeguards such as on-site inspections.

News broadcasts claim that several USSR ships have been diverted from continuing to Cuba.

Khrushchev, in replying to a wire from Bertrand Russell, pointed out the desirability of a summit mtg., but rejected the US note as contributing to the possibility of war.

Finished connecting the Pilotuner to the W clock radio it works fine without an FM dipole.

Ordered some more points for both Willys at Lincoln Auto Svc. Drew $450 from Credit Union to pay Sears.