How to Explain Systems Change to a 13-Year-Old – The Rockefeller Foundation

via How to Explain Systems Change to a 13-Year-Old – The Rockefeller Foundation

How to Explain Systems Change to a 13-Year-Old

Innovation requires bringing people and ideas together. But sometimes the way we communicate about our work can get in the way of collaboration.

Eilidh is 13-year-old burgeoning expert in systems change. Just ask her.

“A system is anything organized for a purpose—kind of like my school,” she said. “And a systems map is a visual of how things are connected and work together.  We can use it to understand and improve that set of things, which can improve people’s lives.”

“A system is anything organized for a purpose—kind of like my school.”

Full disclosure: Eilidh didn’t develop this definition completely by herself. She and her classmates spent about an hour last week working with 60 leaders in innovation—listening, learning and asking questions about the value of innovation tools like systems mapping.

The occasion was the “Building Innovation Into Social Impact Work” convening in Rome. Sponsored by The Rockefeller Foundation, the convening brought together 60 leaders in innovation to discuss innovation tools, how they can be applied and how they need to be refined.

The tools under discussion—systems mapping, horizon scanning, scenario planning, social innovation labs, and others—hold powerful potential to help us look at problems in new ways and identify opportunities for innovation. They can also sound a little intimidating.

That can have real consequences for our ability to create impact. The backbone of innovation is collaboration: To find innovative solutions, we need to bring people and ideas together, often in unexpected ways. To change systems, we have to work with governments, the private sector, and academia. If we want to collaborate productively with these partners, we have to communicate clearly about the innovative process.

“The backbone of innovation is collaboration: To find innovative solutions, we need to bring people and ideas together, often in unexpected ways.”

So one of our first tasks in Rome was to explain how innovation tools work—using plain language. As a thought exercise, the workshop facilitators asked us how we would explain each tool to an adolescent. A moment later, Eilidh and her classmates walked in, and we realized they meant the exercise quite literally.

We split up into diverse teams that included philanthropists, government donors, social entrepreneurs, engineers, designers—and children like Eilidh. Our team volunteered to explain the idea of systems mapping.

As we began to describe what a system is, Eilidh quickly compared it to the way her school works. Using that analogy, the abstract idea of systems maps became much more concrete. We discussed the people who influence her “system”—parents, teachers, principals, and other students. She talked about the issues within the system that she’d like to address—physical activity time, school day length, and the curriculum. And we mapped out her school “system” on a whiteboard, noting how different elements of the school affect each other and where someone would have to start if they wanted to change it.

While the language we use to describe tools like systems mapping can be complex, the ideas were straightforward for Eilidh. For example, she called out the parts of the system that were sensitive to others—more physical education time could mean less English instruction. She noted the parts of the system that were rigid—her International Baccalaureate program is highly structured and puts constraints on the rest of the curriculum.

And she noted the power dynamics between actors. “Parents have power because we’re their kids. The teachers have power because we’re their students,” she said. “But students don’t have much of a say.”

Other experts at the workshop faced the task of crafting adolescent-friendly descriptions of similarly daunting tools—rapid prototyping, design thinking, accelerators, and incubators. Most found that the exercise wasn’t just child’s play. It helped us communicate with each other more clearly—and that’s the first step to collaboration.

When we shared lessons learned, a few actionable ideas rose to the top:

  • Break abstract ideas down into actions. It’s often easier to understand a tool if we describe how it works, rather than what it is.  We believe innovation is a deliberate practice, so it follows that we should articulate the actions that make up that practice.
  • Use concrete examples. Most social innovation tools are forged through experience—iteration, collaboration, and revision. So we shouldn’t hesitate to use specific examples to help bring their value to life.
  • Beware of double meanings & assumptions. The terms we use to describe tools can have different meanings to people from different backgrounds. A “system map” can have slightly different qualities to a designer than it does to a social entrepreneur. When collaborating with partners, we shouldn’t assume that everyone embraces the same definition of key ideas.

After the exercise, Eilidh and her classmates went back to school (for their teacher’s sake, we hope none were too inspired to “disrupt systems” right away). But they helped us realize an important lesson: collaboration and clear communication go hand in hand—and we have to be deliberate about both.

 

via How to Explain Systems Change to a 13-Year-Old – The Rockefeller Foundation

Roaming through contexts with Roam: Distinction | strategic structures – Ivo Velitchkov

via Roaming through contexts with Roam: Distinction | strategic structures

Roaming through contexts with Roam: Distinction

This is the second part of the series on Roam. The first part was about what is Roam like. If you’ve read it or if you know already, carry on.

The concept of digital twin became popular thanks to the digital transformation fad. It’s now amplified by both market research companies such as Gartner, and by academics.

Roam is expected to be the digital twin of your brain. Working with Roam is like “building a second brain”, the community echoes, after the training course of Tiago Forte by the same name.

Looking at Roam as a second brain is understandable. It is conditioned by a long history of swapping metaphors between computer science and cognitive science. At first computer science used the brain as a metaphor for the computer. This was reciprocated by cognitive science taking computer as a metaphor for the brain. But, as Lakoff and Johnsson convincingly demonstrated, metaphors are not innocent figures of speech. And indeed, the-brain-as-a-computer was not just a metaphor. It was, and for many still is, a guiding light and a paradigm in cognitive science. As with computer, the brain was understood as both a location of the mind and as a processor of representations. Both computationalist and connectionist schools in cognitive science and philosophy of mind held this view of cognition and still do1 Now, to go through all the arguments on why this is not the case is beyond the objectives of this article, but the curious ones are invited to follow them2. Let’s just say that, if you are using Roam with the expectation that it will be your second brain, you might be disappointed. But here’s the good news:

Roam is even better than that.

If the smallest unit of matter is the atom, and the smallest unit of information is the bit, then what is the smallest unit of cognition? George Spencer-Browncame with a convincing answer: distinction. It’s only due to our ability to make distinctions, that we can distinguish anything from nothing, and are able to separate a thing from its background. Everything starts with a distinction.

Now, before diving into distinctions, it’s worth bringing another strand into the story and that is the influence of George Spencer-Brown on Niklas Luhmann.

 

via Roaming through contexts with Roam: Distinction | strategic structures

Computational Social Science and Sociology

cxdig's avatarComplexity Digest

Achim Edelmann, Tom Wolff, Danielle Montagne, and Christopher A. Bail

Annual Review of Sociology, Volume 46

 

The integration of social science with computer science and engineering fields has produced a new area of study: computational social science. This field applies computational methods to novel sources of digital data such as social media, administrative records, and historical archives to develop theories of human behavior. We review the evolution of this field within sociology via bibliometric analysis and in-depth analysis of the following subfields where this new work is appearing most rapidly: (a) social network analysis and group formation; (b) collective behavior and political sociology; (c) the sociology of knowledge; (d) cultural sociology, social psychology, and emotions; (e) the production of culture; ( f ) economic sociology and organizations; and (g) demography and population studies. Our review reveals that sociologists are not only at the center of cutting-edge research that addresses longstanding questions…

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Korzybski at the Gemba:

Harish's avatarHarish's Notebook - My notes... Lean, Cybernetics, Quality & Data Science.

Alfred_Korzybski

In today’s post, I am looking at the ideas of Alfred Korzybski, a Polish American philosopher and the father of General Semantics. General Semantics is a doctrine and educational discipline intended to improve the habits of response of human beings, to their environment and one another. Korzybski wanted to understand humanity and why we don’t always get along.

If a visitor from Mars should come, Korzybski showed, and on a tour of inspection should see our bridges, our skyscrapers, our subways, and other engineering feats, and were to ask, “How often does one of these collapse?” man here would say that if the engineering of these projects were correct in all respects, the material used in their construction carefully inspected, and the work well done, they would never collapse.

Taken to our libraries the visitor from Mars, he declared, shown the histories of the world, would be appalled that the…

View original post 1,368 more words

European Organisation Design Forum Virtual Book Group – Fractal Organisation | 2 June 2020 16:00–17:30 BST

via EODF Virtual Book Group – Fractal Organisation | SCiO

A Community of Systems Practitioners
 
fractal zoom

EODF Virtual Book Group – Fractal Organisation

2 June 2020 16:00–17:30
Event access: All welcome

EODF Virtual Book Group – Fractal Organisation

The European Organisation Design Forum (EODF) are starting off a book group with a session on Fractal organization (Patrick Hoverstadt). The session is open to anyone, so if you would like to take part, can you let Patrick know by clicking on the booking link . The session is on the 2nd June at 16.00 – 17.30 UK time and will be facilitated by Hans Lekkerkerk.

Event Resources

2 June 2020 16:00–17:30
FREE

via EODF Virtual Book Group – Fractal Organisation | SCiO

 

SCiO DACH Practice Group (Bavaria) inaugural meeting | 3 July 2020, Hauzenberg-Jahrdorf, Germany

via SCiO DACH Practice Group (Bavaria) inaugural meeting | SCiO

A Community of Systems Practitioners
 

SCiO DACH Practice Group (Bavaria) Inaugural Meeting

Jelba

SCiO DACH Practice Group (Bavaria) inaugural meeting

3 July 2020 01:00–18:00
Hauzenberg-Jahrdorf, Germany
Practice Group, SCiO DACH
All welcome

SCiO DACH Practice Group (Bavaria) inaugural meeting

This first Meeting of the SCiO DACH Practice Group Bavaria will give an insight into working with systems in general and with the Viable System Model (VSM) in particular.  Please book via email to Carola Roll (click Book Now).

There will be a short introduction on the work of SCiO and the practice group Bavaria (Michael Frahm & Carola Roll) followed by a presentation about cybernetics and the experiences of JELBA  (a mid-sized mechanical engineering company) with VSM as a management tool (Carola Roll & Wolfgang Bauer, CEO of JELBA).

Then Michael Frahm will explain the VSM and lead through some simple exercises.

After a factory tour (Wolfgang Bauer) there will be the opportunity for an exchange of experience and networking.

Event Resources

There are no resources associated with this event.

Date & Time
3 July 2020 01:00–18:00
Location

JELBA GmbH & Co. KG
Brünststraße 6
94051 Hauzenberg-Jahrdorf
Germany

Pricing Info
Free

 

via SCiO DACH Practice Group (Bavaria) inaugural meeting | SCiO

SCiO Virtual Development Event – 1 June 2020 18:30–20:30 BST, Members only (annual membership only £30)

Members only – membership https://systemspractice.org/membership

Becoming a member of SCiO offers a way to engage in developing new approaches to managing organisations and helps to support the group’s activity.

Benefits include
  •  Development Days

    Draw on the resources, skills, experience and knowledge of other members

  •  Common Interest Groups

    Work with others to develop systemic approaches to particular areas of interest

  •  Discounts

    Reductions on all PDP courses & access to members-only PDP courses

  •  Resources

    Access to all available videos and presentation from past Open Meeting sessions.

 

SCiO Virtual Development Event – June | SCiO

A Community of Systems Practitioners
SCiO Virtual Development Event – June
zoom screenshot 1

SCiO Virtual Development Event – June

1 June 2020 18:30–20:30
Members only

SCiO Virtual Development Event – June

SCiO’s Development Days offer an opportunity to draw upon the collective expertise of SCiO members in a friendly and supportive atmosphere. By taking Development Events online, using the Zoom meeting platform, we aim to make them accessible to more SCiO members

Development Events are both for members who are just starting out on a journey to explore Systems Thinking approaches, and for those who have many years of exploration and practice.

We will utilise break-out rooms within Zoom to keep group sizes friendly and interactive. Each ‘room’ will be facilitated by SCiO members who have experience of systems thinking principles and practice. Following brief introductions groups will discuss three topics, proposed and selected by attendees, which will then be briefly introduced and discussed. During these discussions your confidentiality and IP rights (where relevant) will be fully respected.

Members booking prior to 26th May are invited to propose topics for discussion (optional) and to take part in a poll to choose which topics are selected for discussion at the 1st June event. Please provide a title and a brief (75 words or less) description of your proposed topic. Please email me by clicking on the ‘book’ button and complete these details.

Note that introductions should not exceed 5 minutes and it is important also to consider what you want from the session. Not all proposed topics can be selected but we encourage you to take part even if yours is not.

Members booking after 26th May are still welcome to book to take part. Booking will close on 30th May.

A Zoom meeting invitation will be sent to all booked members.

Lesley Rowan – Development Day Director

History of the Human Sciences – Volume 33, Number 1, Feb 01, 2020 – History of Cybernetics and the Human Sciences

Paywalled 😦

I myself don’t recognise any of the author names I don’t think, but this is intriguing.

via History of the Human Sciences – Volume 33, Number 1, Feb 01, 2020

History of the Human Sciences
Table of Contents

Cybernetics and the Human Sciences

Previous Issue
Volume 33 Issue 1, February 2020
Guest Editor: Stefanos Geroulanos and Leif Weatherby

Introduction
No Access

Cybernetics and the human sciences

First Published May 12, 2020; pp. 3–11

Preview

Articles
No Access

How disunity matters to the history of cybernetics in the human sciences in the United States, 1940–80

First Published May 12, 2020; pp. 12–35

Preview

No Access

Cybernetics for the command economy: Foregrounding entropy in late Soviet planning

First Published May 12, 2020; pp. 36–51

Preview

No Access

Textocracy, or, the cybernetic logic of French theory

First Published May 12, 2020; pp. 52–79

Preview

No Access

Cybernetic times: Norbert Wiener, John Stroud, and the ‘brain clock’ hypothesis

First Published May 12, 2020; pp. 80–108

Preview

No Access

The political theology of entropy: A Katechon for the cybernetic age

First Published May 12, 2020; pp. 109–127

Preview

No Access

Automatic Leviathan: Cybernetics and politics in Carl Schmitt’s postwar writings

First Published May 12, 2020; pp. 128–146

Preview

No Access

‘Ghastly marionettes’ and the political metaphysics of cognitive liberalism: Anti-behaviourism, language, and the origins of totalitarianism

First Published May 12, 2020; pp. 147–174

Preview

No Access

Design as aesthetic education: On the politics and aesthetics of learning environments

First Published May 12, 2020; pp. 175–187

Preview

No Access

What is the ‘cybernetic’ in the ‘history of cybernetics’? A French case, 1968 to the present

First Published May 12, 2020; pp. 188–211

Preview

Reviewer Acknowledgement 2019
No Access

Reviewer Acknowledgement 2019

First Published May 12, 2020; pp. 212–212

Constraints that Enable Innovation – Alicia Juarrero on Vimeo

Excellent systems thinking. Very much advocacy but of course there’s a huge body of work behind this. Haven’t finished yet but I am perplexed that a chunk of this seems to be describing something very akin to autopoeisis, but it hasn’t been named.

 

via Constraints that Enable Innovation – Alicia Juarrero on Vimeo

Constraints that Enable Innovation – Alicia Juarrero

Alicia Juarrero, Professor Emerita of Philosophy at Prince George’s Community College (MD), is the author of Dynamics in Action: Intentional Behavior as a Complex System(MIT 1999) and co-editor of Reframing Complexity: Perspectives from North and South (ISCE Publishing, 2007), and Emergence, Self-Organization and Complexity: Precursors and Prototypes (ISCE Publishing, 2008).

Among the articles she has published in peer-reviewed journals are “Self-Organization: Kant’s Concept of Teleology and Modern Chemistry,” The Review of Metaphysics39 (1985): 107‑135; “Causality as Constraint,” in G. van de Vijver, S. Salthe and M. Delpos, eds., Evolutionary System: Biological and Epistemological Perspectives on Self-Organization.Dordrecht: Kluwer. 1998 pp. 233-242; “Complex Dynamical Systems and the Concept of Identity,” Emergence (Fall 2002); and “Fail‑Safe versus Safe‑Fail: Suggestions towards A Dynamical Systems Model of Justice,” Texas Law Review69 (June 1991): 1745‑1777.

Dr. Juarrero was named the 2002 U.S. Professor of the Year by the Council for the Advancement and Support of Education (CASE) and the Carnegie Foundation for the Advancement of Teaching; in 2003 she received the Edward T. Foote Alumnus of Distinction Award of the University of Miami; in 1995 the Distinguished Humanities Educator Award of the Community College Humanities Association. In 1992 Dr. Juarrero was appointed by the President of the United States and confirmed by the U.S. Senate to the Advisory Board of the National Endowment for the Humanities (NEH) where, from 1992-2000 she served as NEH’s Chair of Council Committee on State Programs. In that capacity she was responsible for the oversight of approximately $32 million in NEH funds distributed annually to the States Humanities Councils.

Dr. Juarrero earned her B.A., M.A. and Ph.D degrees from the University of Miami (FL).

Baldwin effect – Wikipedia

via Baldwin effect – Wikipedia

Baldwin effect

From Wikipedia, the free encyclopedia

The Baldwin effect compared to Lamarck’s theory of evolutionDarwinian evolution, and Waddington’s genetic assimilation. All the theories offer explanations of how organisms respond to a changed environment with adaptive inherited change.

In evolutionary biology, the Baldwin effect describes the effect of learned behavior on evolution. In brief, James Mark Baldwin and others suggested during the eclipse of Darwinism in the late 19th century that an organism’s ability to learn new behaviors (e.g. to acclimatise to a new stressor) will affect its reproductive success and will therefore have an effect on the genetic makeup of its species through natural selection. Though this process appears similar to Lamarckian evolution, Lamarck proposed that living things inherited their parents’ acquired characteristics. The Baldwin effect has been independently proposed several times, and today it is generally recognized as part of the modern synthesis.

“A New Factor in Evolution”

The effect, then unnamed, was put forward in 1896 in a paper “A New Factor in Evolution” by American psychologist James Mark Baldwin. The paper proposed a mechanism for specific selection for general learning ability.

Continues in source: Baldwin effect – Wikipedia

Introduction to Systems Thinking developed by Marie Davidová based on a booklet by Crancis Carter and Sofía Bosh Gomes from Carnegie Mellon School of Design, altered and modified by the author for the Welsh School of Architecture 2020

Introduction to Systems Thinking

developed by Marie Davidová based on a booklet by Crancis Carter and Sofía Bosh Gomes from Carnegie Mellon School of Design, altered and modified by the author for the Welsh School of Architecture 2020

via Introduction to Systems Thinking

Designing futures during a crisis – Liveworkstudio

via Designing futures during a crisis – Liveworkstudio

Designing futures
during a crisis

Ben Reason
  • Ben Reason
  • Founding Partner

It goes without saying that times of crisis are times of change. They can also be times when our outlook shrinks to the near term as we adjust to new conditions and have to invest time in new ways of living and working.

However, for everyone, but especially those in a leadership role, it is important to think about the future and to consider what changes will take place. We need to be prepared to navigate and influence directions and decisions going forward.

Thinking forward is hard right now – not through lack of possibility but because so much is possible. There is a plethora of opinion around how this crisis will play out. Right now this is because the future branches away in front of us in many diverging directions.

This is challenging for two reasons. Firstly, these opinions are not from the perspective of you or your context. They may give you ideas about what the future holds, but you still need to construct your own future. Secondly we have to make decisions about what future to embrace. To do this we need to use possible futures to help us imagine what we would do and what future we want to try to create.

This article provides a framework for imagining possible futures that we can use to provide a longer term perspective. It outlines how we can inform future directions and decisions.

Framework: Layers of change

For a frame we draw on some inspiring work from Stewart Brand, founder of the Long Now Foundation. In these compressed timescales it is valuable to draw on someone whose focus is on the long-term. Brand developed the concept of Pace Layers – layers of change that are distinct but separate. These different layers move at different speeds – fast fashion to glacially slow nature. Fast changing fashion, art and technology can be understood as a layer of experimentation that enables us to test and learn. This layer then influences lower layers such as infrastructure, governance and culture. The layering creates a system that is able to respond to and absorb shocks by both adapting to change and rejecting failed experiments. Brand argues that this is a critical quality of complex systems and helps to prevent change from being catastrophic.

Continues in source Designing futures during a crisis – Liveworkstudio

Mark Johnson’s Improvisation Blog: Beyond Homeostasis: Some thoughts on biology, physics and cybernetics

via Improvisation Blog: Beyond Homeostasis: Some thoughts on biology, physics and cybernetics

Monday, 11 May 2020

Beyond Homeostasis: Some thoughts on biology, physics and cybernetics

John Torday, Peter Rowlands, Andrew Crompton and myself had a Zoom meeting today in which we talked about some fundamental issues in physics and biology. These have a bearing on thinking about education and development, and a particularly strong association to cybernetics.

Both Peter and John have theories about nature which reference a kind of recursive recapitulating symmetry in nature, from a fundamental original order, through to complex manifest biological and physical reality. There are differences between them in terms of defining what this original order might be: for John, it is a historical event, the Big Bang, and its associated singularity (although I gather from Peter that the singularness of the Big Bang is now contested). For Peter, original order means a totality of nothing in the universe (from Newton’s 3rd Law), with the recursive and recapitulating mechanism driving a process of complexification in nature through successive levels of expressing the original nothingness at different orders of organisation.

Of particular interest in the discussion was John’s view of epigenetics as a fundamental mechanism of evolutionary development through continual interaction and absorption of the environment by cells which exhibit levels of homeostasis at different orders of complexity. As cells seek to maintain homeostasis, they absorb epigenetic marks from the environment which steers the evolution of the species. The epigenetic marks themselves found their way into the environment from biological reproductive processes, fundamentally involving the sex organs. In other words, the old generation’s expressions of epigenetic marks will lie in the environment to be picked up by the next generation, and in so doing, the ontogeny of the individual organism recapitulates the phylogeny of the species.

With regard to certain hormones this is very interesting. The balance between the androgens and oxytocin – the former causing “fight or flight” behaviour, the latter fundamentally related to generosity and love – shifts from youth to old age. The dominance of oxytocin in later years may help explain the growing warmth of the elderly – particularly in their attitude to the young. This, John argues, is not simply a behavioural shift – it is an evolutionary balance that serves to nurture the future of the species. I can think of many examples of particularly aggressive men who, in old age, find a new warmth of tone in dealing with the world (and people forget what complete bastards they were when they were younger!)

If this recapitulation of phylogeny is a kind of regulatory mechanism, then it raises questions as to how we are to think about things like homeostasis at all. Homeostasis is the maintenance of a stable state in a system in its environment – but it is a local phenomenon: homeostasis in maintained in local biological systems. But with epigenetics we are not talking about a local situation, but a broad historical situation where biological processes are spanning generations.

Piaget preferred Waddington’s term homeorhesis – which is the tendency to maintain a stable flow, rather than a stable state. But that doesn’t quite do either, because it lacks any explanation as to what might be driving a processes of homeorhesis.

This is where Peter’s theory is so powerful. If totality is zero (or nilpotent in Peter’s terminology), and local phenomena recapitulate this zero-ness by seeking to cancel themselves out, then it is possible to imagine that both the expression of epigenetic marks like oxytocin or the androgens driven by a principle of nilpotency at one stage in one context, and where their absorption at a later stage by a different generation is similarly part of a local process of trying to “cancel oneself out”. And that process can then reproduce what appears to be a regulating mechanism connecting ontogeny and phylogeny. The key mechanism in this process is the creation of a selection mechanism for the organism that determines its behaviour according to how it believes its survival will be most likely: in other words, an anticipatory system.

More deeply, this means that our concept of homeostasis is too flat to describe these inter-generational historical processes.  As Conant and Ashby noted, every good regulator of a system is a model of that system. The third dimension of homeostasis, or indeed homeorhesis is anticipation. In their normal cybernetic conception, neither concepts have it, and because of this, neither can explain the underlying force for regulation. Moreover, anticipation itself can be driven by a nilpotent principle.

So we have to get beyond homeostasis. In the three dimensions that Peter’s work takes us towards, our systems concepts look very different.

John Vervaeke’s Transjectivity – Andrew Sweeny – Medium

via Transjectivity – Andrew Sweeny – Medium

Much philosophy over the past couple of centuries has been an attempt to overcome the trauma of Cartesian dualism, which is still the ‘standard grammar’ of our modern worldview. Despite René Descartes importance in the creation of the the modern world, the subject/object divide has to be understood as a radical illusion. It is therefore urgent to invent new terms which better correspond to today’s understanding.

This is one of the great values of John Vervaeke’s ‘Awakening to the Meaning crisis’: the introduction of fresh new language. Vervaeke has invented a word which is very useful here: transjective. This means that ‘relationship’ transcends—or is much more real than—the subject and object in itself. This term helps go beyond the endless culture war between the romantic and the empiricist, or the radical romantic who privileges the muddy pond of his own narcissistic subjectivity, and the radical empiricist who sees only dead mechanical processes.

Continues in source: Transjectivity – Andrew Sweeny – Medium

And a podcast: https://voiceclub.com/a-metaphysical-dialogue-with-john-vervaeke/

E28 | A Metaphysical Dialogue with John Vervaeke

Continues in source: https://voiceclub.com/a-metaphysical-dialogue-with-john-vervaeke/

Governance – Systemic Foundation and Framework | Ralf-Eckhard Türke | Springer, 2008

A systems approach to governance – see more on https://sustainance.ch/en/

via Governance – Systemic Foundation and Framework | Ralf-Eckhard Türke | Springer

Contributions to Management Science

Governance

Systemic Foundation and Framework

Authors: Türke, Ralf-Eckhard

  • Systemic framework on governance research

see more benefits

Instead of yet another theory on good governance, this book presents a substantiation of contemporary notions. It builds on the theoretical foundations for taking an overall perspective on social contexts and culminates in a systemic framework that captures social structures based on first principles of viability and sustainability. The framework at hand enables applicants to view social contexts holistically while at the same time envisioning a rich picture of what leverages the implementation of social purposes beyond the boxes of the professional disciplines: social structures can be assessed, strengths and weaknesses identified and measures arrived at. Ultimately, the required structures can be tailor-made to align forces for a joint implementation of purposes. Conventional static hierarchies can be deployed into dynamic social organisms capable of developing and adapting continuously according to the opportunities and challenges faced.

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