Helene has a nice short inquiry into “Configuring yourself for the transformation” the nature of “the milieu itself”. We’d been exploring ideas for how to define “the commons” as both a place and a trust, and a new paradigm for organizing people to make the world work as a whole. I responded with what I feel is a nice concise statement of how self-organizing systems physically work.
– 8/27/12 Helene then also linked to this in her lovely elaboration of “the commons” approach and the systems thinking needed, as “Commons Sense for a Sustainable World”
Configuring Oneself for Transformation –
Our system of systems is made of parts that we could consider as coexisting in a milieu, an environment that is not just a container with properties greater than the sum of the parts, but that has a substance, a density, a richness. Something exists “in between” the parts, from which the parts get some “nutrients”. Many metaphors can be used, call it a field of possibilities and potentiality, a collection of intangibles that would precipitate serendipity, attraction, connection, exchange, osmosis… the Noosphere… and that would finally lead to a metamorphosis. Continue reading the commons, the milieu, the space of connection→
A discussion commentfrom a LinkedIn conversation on Systems Thinking World to clarify what “steering” means for complex systems and in response to a question (paraphrased).
So can you describe how “small changes at a location in a system alters the direction of the whole,” discussing the theory, certainly, but also examples because this dense country boy sometimes has trouble wrapping his mind around abstractions.
Yes, it would help to think of “steering point” as referring to a potential for controlling the direction of something, unless also speaking of someone or thing using it to steer something. They might also be like Lagrange Points in space, where due to a balance of forces it’s easier to turn.
For natural systems there’s a particularly large variety of situations where “small change” has “big influence”. It would include all the temporary positive “feedbacks”. You might as well just start listing them at the beginning. There was the “big bang”. We didn’t directly observe it but from all appearances it was produced by a process that multiplied from small beginnings, and really really blew up. That original chain of events was very small and had big results!
That ANY event in nature implicitly starts with its own “big bang” of a sort is one of the curious direct implications of the continuity principle. The proof is that it would violate energy conservation for energy uses to start without developing, requiring an individual burst of energy uses and the development of the processes doing it for every event.
True, you often don’t notice them, but with a little experience you can find them most places, like in a keystroke. Any keystroke begins with a brief multiplying cascade of focused energy releases to move your finger, “kaboom” is how it would sound if you stretch out the time scale and have a volume control on the energy surge moving your finger. It’s the attack of the “ka…” sound at the beginning of that word (same use of “attack” as in music), that refers to the explosive growth period if the local self-organizing system that releases the directed energy. Continue reading Steering for the organizational Lagrange Point→
I’ve written several short “what this site is about” essays, you’ll find in various places elsewhere. They all attempt to introduce a way to begin studying the eventful lives of the individually organized and behaving systems of nature, our many kinds of animated companions with which we share the environment . It’s naturally quite hard to understand what’s happening inside a visibly eventful social group, for example, though we may be intensely aware of its presence. That also applies to much of the eventfulness of history in general, that life is a place where “things happen” and often for relatively invisible and apparently local causes. Any natural system is defined by its own internal loops of relationships, is a way to state that as a problem, so for an observer, the working parts of any animated system start off being largely invisible.
One very powerful technique for probing the organization of eventful and self-organizing cultural or economic systems is one I’ve rarely mentioned. Maybe it’s the one I should lead with, though. It’s a way of using your two natural modes of thought, intuitive and rational, to “proof read” each other’s work. It allows your feelings to read and inform your reasoning and vis-a-vis.
The effect of learning how to do that is to create “theories with feelings”, and “feelings that make sense”, something that is some individuals achieve on their own, but is rarely if ever taught as a practical technique. It’s very valuable for connecting your naturally “reductionist” explanatory thinking with your “holistic” intuitive and experiential thinking.
Finding the emotional content in a logic driven world
It helps overcome the problem that explanations are powerful tools but completely lack the responsiveness to their environments that intuitive feelings about things bring out. Similarly, emotional realizations maybe responsive to vastly complex sets of relationships, but it’s rare that people can derive their more practically useful logical elements, what I sometimes call “cybernetic body parts” that I look for to use in explanatory models of self-organizing systems.
A great insight was mentioned on On The Media this week, on a language algorithm that detects anachronisms in Mad Men, exposing how modern terms and phrases that evolved since the time period slip in unnoticed. It exposes how change in the world that people are not watching as it occurs, seem to completely escape our awareness. So new things keep popping up in what we think is “normal”, becoming part of the “ever present” reality we wake up with every morning.
There’s a wonderful, still deeper truth, to your story, “about an algorithm that detects anachronisms in Mad Men and Downtown Abbey.”
Yes, modern TV scripts intended to be accurate about historical speech do contain “tell tale signs” of our real ignorance of the history, particularly for the histories of change we don’t pay attention to. We don’t, though, misplace the history of changing ideas for subjects that we keep track of, as they change.
The larger general problem that points to is partly that it is not just TV that is affected, for course. What’s affected is actually all of “reality” that simply appears in our brains a fixed “ever-present” state of things, glossing over most all of the things in our lives that that are constantly changing. Without the real data on the flows of change, we seem just unaware of the flow of time at all, is where I arrived at.
I’ve studied it as the quite important question of physics. It’s just hard to catch your brain making the little sequential steps of change in your own perception of “the ever-present reality” every night during sleep. It helps explain why science so strongly tends to represent nature as having fixed equations, but always a new changeless set of them each time someone tries to describe things. I think the root of it is that consciousness seems to include a kind of stop motion image making function, that updates its whole “software package” for the next day, as we sleep each night.
One of the more testable illusions that seems to give us is how the “ever-present” of our consciousness deceives each of us so completely, into thinking that the world we see in our minds is the one everyone else also lives in. That just isn’t so, of course, and so the data of the continuity of change shows clearly too (that I study). The strong illusion that our minds perceive “reality” persists anyway! Cool, no?
Peter Heffron had liked my idea for how our economy could imitate the natural means for a growth system to transform to become stable, in explaining my comment that“I think removing the growth orientation from “sustainability” might be a lot easier than adding its “getting the parts to work together” aspect into “degrowth” (further discussed fyi). I then showed him thevery simple world model demonstrating the biomimicry for how a profit seeking economy (rather than growth obsessed one) could smoothly change strategies in mid-stream to achieve it.
He suggested I show it in a full scale world model, a big task, and I asked if he knew anyone with who might be interested in inserting my biomimicry concept into their model. He replied in a surprising way, as if I might not have heard of my own field of science essentially, so I felt I needed to go back to basics in my reply. I think it ends up being a nice statement, of what’s going on here, as a struggle to reconnect our theories with the natural world humans are struggling to find how to become part of again.
Women mostly don’t lose the basic ability to connect with nature, easily using words as being defined by the things of nature they refer to. It’s men who get frustrated by that, and rely, to a point of complete preoccupation sometimes, on defining words as abstractions made from other abstractions, struggling to rationalize an abstract world in their heads. That difference is a large part too, of what distinguishes my new form of physics for studying the forms of nature in their own terms, going back and forth with the traditional physics for representing nature as abstract theories, connecting the two ways of thinking that all my work has been about for the last ~35 years…
A comprehensive method guiding investors to compete for profiting the commons
It would not just count profits but also liabilities, in financial terms, using monetized business ESG balance sheets (eco-balance sheets), in combination with normal financial balance sheets.
Then everyone will see the real societal financial costs of making money today, that present or even past investors might well be held responsible for.
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The full application of this principle is “A World SDG“, to provide TRUE MEASURES of sustainability for business, consumer and policy choices, and applying the basic science research for ‘Scope 4’ accounting and the 2011 Systems Energy Assessment (SEA)paper. It is still “new science” though, and so demands fresh questions too. It takes investigating the actual organization of the working systems of our world, looking for regular patters of in the system as a whole, what causes them and how they are change, more than theory. It’s surprising both how little we notice going on around us, and how much we see but don’t notice what is implies. A workshop method for opening people’s eyes to what’s really happening all around them can be found in the 3Step Method of Learning to Work with Nature.
The original version of this proposal was submitted to the Rio+20 Dialogues for comment and voting as: “Budgeting for “the commons” needs business “ecobalance” sheets, to compare environmental liabilities and benefits”. See “News of the Commons” for introductions to the vision and the systems thinking needed for a commons based approach to sustainability. It’s part of my “reality math” series.
It’s proposed as part of the foundation of collaborative free market institutions needed for the health of the competitive free markets, as an element of Helene Finidori’s “Commons-Sense” and the “commons based economic models” she proposed. Their intent is to solve the global economic crisis by making the commons work for the whole, as a replacement for the paradigm of “prosperity” with ever expanding development.
The proposal would accelerate how the business community is responding to their environmental liabilities. They’re hiring teams of sustainabilty experts, using comprehensive sustainabilty reporting (CSR) to track Environmental, Sustainability and Governance (ESG) factors, following both private and public standards, such as for the Global Reporting Initiative (GRI). The reason business has a new interest in environmental liabilities is that they are driving corporate assessed values, as economic liabilities.
To protect natural resources local stakeholders would still need a say in the use of local resources. To protect global resources for the future an equitable way to restrain growing economic demand is needed. World standards for Comprehensive Sustainability Reporting (CSR) wold accurately assess the impacts of business products. Then Economic Liability Assessments (ELA) of their economic costs to our future, would allow the world to act as a resource commons. It would provide equitable market constraints on high impacts would, to suppress demand, and fund investment in alternatives. ELA reports would be the basis of the “Eco-balance sheets” called for below, to be reported in business annual reports and factored into Pigovian taxes/tariffs on their products and services.
The basic scientific methods of doing accurate CSR and ELA assessments are what are discussed below. The current statistical methods of environmental and economic accounting contain a major systematic inaccuracy. Simply said the error is in relying on tracing individual records rather than assessing whole system requirements,
an inaccuracy caused by not asking who sliced up the pie, to check the accuracy of trying to trace all the crumbs.
a scientific method difference
between economic accounting and systems accounting
Slices of a business energy pie mostly go uncounted when relying on traceable records, leaving out all the energy demands of business services.
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Our Economic Liabilities for Environmental Damage
are direct costs of prior profits for business
that went unaccounted for.
New systems physics (3) would now allow the development of model “eco-balance sheets” to be placed along side normal “financial balance sheets” in annual business reports. That would provide a clear and quicker way than others for using market forces to correct our systemic problem of unaccountable impacts on our future.
Businesses have long accumulated unaccountable impacts by investing in growing irreversible exploitation, and now accelerating depletion, of what once seemed limitless capacities of people and the earth. It’s enormously costly for our future.
Investors and business managers can make better investing decisions if ESG measures capture the whole impact.
Those investment strategies incurred very costly economic damage to our future economy, that the businesses that created them were not charged for. For estimating environmental impact costs like that there are various methods, and some major recent innovations. Continue reading Budgeting for “the commons” needs business “eco-balance” sheets→
To transform the economy to become self-regulating will require our learning how to make accurate physical measurements of our environmental impacts, and associate them with the dollars spent that paid for them. That’s not yet being done, far from it.
Nature builds economies with whole working parts: people, businesses, independent service providers, etc.,. They only deliver their products if all their parts work together, like machines and operators making a working unit. Our traditional measurement methods have just ignored that arrangement of the natural world. Understand our impacts we need our units of measure to match nature’s units of organization, otherwise our errors of measurement become extreme.
The following short article was submitted for the June 1 “Energy” issue of the UNCSD Rio Outreach Forum, but too technical for those discussions.
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It would seem odd, wouldn’t it,… to not count the charcoal used for a family barbeque in its energy use, because a neighbor brought the grilled burgers and vegetables over from their yard…? That’s almost exactly what happens when businesses don’t count the energy used by their outsourced services.
They’re treated as having no demand on nature, according to the ISO 14000 and LCA rules. The real error is evident comparing estimates by the normal rules with the global average and finding nearly all of them far below average, a sign of missing data.
The true totals show dramatically higher levels of real impacts for business
compared with estimates using the standard method people are using
My recent scientifically recognized paper, Systems Energy Assessment (SEA) (1) shows a corrected method, but making sense of such a big error is still a problem. It’s evidently exposing some enormous blind spot(s). The new method used my work on how economies naturally work, with businesses and their services working as individual self- organized units. That’s the critical insight that allowed making a closed account with the parts adding up to the total. Continue reading Our curious missmeasure of impacts (and silver linings)→
Using a new paradigm of biomimicry
to create a global self-regulating financial commons.
This proposal was submitted to the Rio+20 Dialogues for comment and voting. See “News of the Commons” for introductions to the vision and the systems thinking needed. It’s part of the foundation of collaborative free markets needed for the health of the competitive free markets, as an element of Helene Finidori’s “Commons-Sense“. In this case to recognize that the profitability of the whole is threatened by a continued common investment strategy for growth, and needs a way to change to a common investment strategy for well being.
Nature systems initially develop using a “bootstrap” mechanism, growth, that continually expands their control of their environment. For any system’s own internal as well as external needs that self-investment strategy needs to become responsive instead ever more controlling to survive.
See UN Proposal to guide the UN SDG’s by this principle for OWG 7 & 8
Early version: Jan 2014 – A World SDG- and way to thoughtfully manage global systems This and the earlier versions contain a lot of good thinking…
the Most polished final version is a Feb 2014 proposal to the UN: A World SDG
There are quite a number of “systems of systems thinking”, that I broadly describe the history of in my entry in the Encyclopedia of the Earth on Complex Systems. Every science made up its own, for example, which are sometimes linked and sometimes not really linked much at all. The introduction to the “Natural Systems Theory” behind it, a scientific method for studying naturally occurring systems, is found on the research archive site. The subject could also be called “General Behavioral Economics” or for its focus on the complex development of local systems of organization serving as the working “capital” of nature and apparently all kinds of energy using systems, or a “General Systems Ecology” as another name for the same thing.
The thinking somewhat overlaps with “General Systems Theory” and “Complexity Theory” but doesn’t focus as those fields do on inventing theories for nature. The focus on theoretical models, that people have often quite ingeniously developed, if for creating a substitute way to represent physical behavioral systems. The study here is more focused on the organization and transformations of nature, the ones we cannot define. So it might then be called a “Real Systems Theory” or “Non-theoretical Systems Theory“. The focus is on studying actual individual systems of the natural world, in their own innate forms and locations. It still uses recorded information, but for study of where the information came from rather than how we can turn it into something else, using abstract models to represent it. Carefully defined abstract models are certainly used, …but mostly to help expose and clarify the quite different means and different patterns of organization found in the intermittent relationships we find systems around us formed by, and how they behave as wholes.
This change in thinking is a sometimes confusing problem, which also displays “systems thinking” (as a culture and language) as going through evolutionary stages of emerging forms, like the great eruption of new biological forms called the Cambrian Explosion. Here the struggle is to move from a “modeling” to a “learning” approach to the complex organizations of nature, and how that will settle will not be clear for a while. This site records but one example of the struggle it involves, but clearly one of the places “where the action is”, at present. ed 9/23/14
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Many “systems of systems thinking” represent the accumulation of an individual person’s work over decades, and may be original enough to not have apparent connections to other languages for how things work other than how they individually have learned to use them. So as a “discipline” Systems Thinking is a “silo” with lots of “micro-silos”. Being thrown into them is a little “sink or swim”, with little to grab onto.
Like most systems themselves, though, most people have some “starting point” for their organized way of thinking about systems. It might be the nesting of small operations/management units within large ones, for example, as you might find in studying how a business works. I look at those common units of organization as a “cybernetic body parts” to be use to help understand the observed systems around you. That treats systems thinking as a “learning process”, though, rather than as a a way to define the mechanisms of systems , though. Real systems work in more complex ways than our mental models can describe.
My main focus in on natural systems that are identifiable “self-managing units” of organization (natural systems). For them the “management” of the system becomes a role for the loops of relationships that are also the system’s “operations”, so operations and management are not separated, but the same. The loops of relationships define the “body” of its organization as a whole individual working unit. That definition by observation also provides an observable “natural boundary” to locate in the environment, and a way to define individual systems for research studies by their own unique shape and location.
Maybe the following summary would offer a kind of “life preserver” for the “sink or swim” task, that the somewhat unwieldy accumulation of my work presents. ;-) My approach starts with recognizing that growth, for a business, social or physical system, is itself a:
a self-managing system for building whole systems,
starting from a seed of organization
using existing resources in an open environment
that I can observe closely, and
helps me pick out simple models of working parts
to then better understand the full relationships of the things seen in their real contexts
importantly for understanding the transition between growth and maturation
when the system’s surplus resources change use
from first developing internal relationships to then develop external relationships
from first building the scale of the growing system
and then to maturing its relationships
Systems develop on a path of changing organizational stages
My materials are kind of scattered all over my site and blog.
Bill Rees asked some excellent questions about my submission to the Long Term Capitalism Challenge to use natural principles for managing growth to sustain the profitability of our economic system. I think I made good responses too.
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Hi Jessie –
Thanks for the opportunity to review your proposal.
I agree with your diagnosis of our economic malady but admit to struggling a bit with the remedy. Let me start with this sentence:
“When people spend their financial profits on good works it also [reduces the growth of money], with the added advantage when spent as for endowments instead of to compound profits, of doing a lot of good.”
Now, at the limits to material growth, the goal of policy should be to reduce the throughput of energy and materials to biophysically sustainable limits. So the above passage raises two questions. First, what do you mean by ‘good works’? and second, would the redirection of profits from investment in productive capital to ‘good works’ reduce total throughput?
/When financial earnings are not compounded to multiply investment, and the returns are not added to savings, it stops the automatic compound growth of investments. I’m using “investment” more broadly than usual, to make my statements inclusive, to include all ways in which money is spent with the intent of having it return profits. I then break spending and investing in components if I want to study the details, using a “figure 8” model. That’s a way to construct a global model of how income is allocated and returned as income, as a closed system with regulated money supply (Concept$).
/So, “spending” then means the opposite of investment, as money spent without an expectation of return, i.e. final consumption. Then “good works” most generally means final consumption used to maintain the profitability of the economy, as a universal good and necessity for survival. One thing that economists would recommend, it think, if the added spending seemed to increase aggregate demand, is to make sure enough of it was used for non-consumption expenses like to retire debt. The intent is to have investors treat their financial investments as endowments, and think of themselves as fiduciaries for the earth in general, to keep it profitable and using their money as the world is best served.
/Spending financial returns would reduce total throughput if it kept the funds available for expanding production systems from growing. How the restraining aggregate savings would affect the movement of funds between ‘producing’ and ‘non-producing’ investments I have not really thought through. One part seems to be that businesses would need to give their profits to their shareholders, to be spent, rather than to use them to grow while the whole economy is trying not to.
Our current growth course, growing resource depletion
