Topological portraits of multiscale coordination dynamics

cxdig's avatarComplexity Digest

Zhang, M., Kalies, W., Kelso, J., Tognoli, E. (2020). Topological portraits of multiscale coordination dynamics. Journal of Neuroscience Methods https://dx.doi.org/10.1016/j.jneumeth.2020.108672

 

Living systems exhibit complex yet organized behavior on multiple spatiotemporal scales. To investigate the nature of multiscale coordination in living systems, one needs a meaningful and systematic way to quantify the complex dynamics, a challenge in both theoretical and empirical realms. The present work shows how integrating approaches from computational algebraic topology and dynamical systems may help us meet this challenge. In particular, we focus on the application of multiscale topological analysis to coordinated rhythmic processes. First, theoretical arguments are introduced as to why certain topological features and their scale-dependency are highly relevant to understanding complex collective dynamics. Second, we propose a method to capture such dynamically relevant topological information using persistent homology, which allows us to effectively construct a multiscale topological portrait of rhythmic coordination. Finally, the method…

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Think structurally about ‘effects’ from COVID-19

Three systemic points (but at the ‘technical’ not ‘adaptive’ level):

  1. We’ve had the earthquake, now comes the tsunami, then the aftershock waves… we shouldn’t expect the effects to be in
  2. Second and n order effects – re working from home – implications on business and real estate, and emergency preparedness and stockpiling for the future etc..
  3. And we should expect interesting oscillation via the Bullwhip effect – Wikipedia

Transformation Maps – World Economic Forum

https://www.weforum.org/strategic-intelligence

https://www.weforum.org/communities/transformation-map-co-curator-community

https://forum.frontiersin.org/stephan-mergenthaler-wef-digital-transformation-maps

Transformation Maps

 

via What is a Transformation Map? | World Economic Forum

The World Economic Forum’s Transformation Maps – a constantly refreshed repository of knowledge about global issues, from climate change to the future of work – are now publicly available for the first time and free of charge. But what are they? And what can we do with them?

What exactly are the Transformation Maps?

Transformation Maps are the World Economic Forum’s dynamic knowledge tool. They help users to explore and make sense of the complex and interlinked forces that are transforming economies, industries and global issues. The maps present insights written by experts along with machine-curated content. Together, this allows users to visualise and understand more than 120 topics and the connections and inter-dependencies between them, helping in turn to support more informed decision-making by leaders.

https://intelligence.weforum.org/topics/a1Gb0000000LGk6EAG?tab=publications

Strategic Intelligence
The maps harness the Forum network’s collective intelligence as well as the knowledge and insights generated through our activities, communities and events. And because the Transformation Maps are interlinked, they provide a single place for users to understand each topic from multiple perspectives. Each of the maps has a feed with the latest research and analysis drawn from leading research institutions and media outlets around the world.

As an example, imagine you are a student or government official, and you need up-to-date information about the dynamics of over-fishing. The Transformation Map on Oceans, curated with the University of California in Santa Barbara, has a dedicated “key issue” section dealing with this. The over-fishing section in turn links to a number of related maps, among them the Illicit Economy Transformation Map, curated with the Global Initiative against Transnational Organised Crime. This map notes, among other things, how criminals are profiting from natural resources, including fish, in a way that threatens global biodiversity.


https://www.weforum.org/videos/introducing-transformation-maps

Introducing Transformation Maps

Alternatively you could explore the topic of over-fishing from a governance perspective by consulting the map on Global Governance, curated with the University of Oxford, or through the lens of possible innovative solutions by exploring the Innovation map, curated by Nesta, an innovation foundation. There are thousands of other possible pathways throughout the interlinked Transformation Maps, which shift according to developments in the real world, reflecting and helping to demystify our complex planet.

Why do you cover this selection of topics?

The Transformation Maps cover issues that are relevant to the World Economic Forum and the people and organisations we work with. Broadly speaking, these are topics of global importance that require leaders from across different sectors to work together, from urbanization to inclusive economic growth. The list of topics is continuously reviewed and updated.

Who curates the Transformation Maps?

Most of the maps are co-curated by a leading university, think tank or international organization. Their content is subject to continuous peer review and adjustment by the Forum and its network of experts. Many co-curators come from institutions that are members of the Forum’s Global University Leaders Forum (GULF) community.

  • The new elite universities, refugees as a country, young global leaders of 2017
  • These 3 maps show what’s powering the world
  • Is the information revolution transforming power?
  • What do co-curators do?

    A co-curator works with the Forum to identify and explain the key trends or drivers of change for their particular topic, drawing on their expertise and the latest research in their field as well as the insights from various Forum activities and communities. They explore how the key trends affecting their subject are in turn affected by other Transformation Map topics – covering industries, countries or regions, or global issues – and in doing so, the curators create a record of the connections and inter-dependencies between the different topics. These relationships are clearly represented in the maps’ graphic representations and accompanying texts, enabling a greater understanding of the complex web of influences that surround each issue.

    Why do articles and publications appear alongside the maps?

    Each Transformation Map has a dynamic feed of the latest research and analysis drawn from leading research institutions and media outlets around the world. These feeds enable users to access the latest research on a topic by clicking on a link that will take them back to the original source. The research and analysis contained in the feeds does not necessarily represent the views, opinions or positions of the World Economic Forum.

    Business ecosystem – Wikipedia

    I thought this was only jargon – now I discover it’s a book and a thing – thought the summaries make it sound the most half-baked, half-understood concept. (I suspect that the book is quite good on description, but turning that into prescription leads to some nonsense, but that’s only on a quick glance…)

    via Business ecosystem – Wikipedia

    https://www.bcg.com/en-gb/publications/2019/do-you-need-business-ecosystem.aspx

    https://www.investopedia.com/terms/b/business-ecosystem.asp

    Seeing Like a State – James Scott

    A seminal resource, so just pulling together the links here.

    The wikipedia is quite good:
    https://en.wikipedia.org/wiki/Seeing_Like_a_State

    There are a number of good references on the old model.report (now no longer supported, so all the activity has moved here to syscoi.com): https://model.report/search?utf8=%E2%9C%93&q=%22seeing+like+a+state%22&what=all&order=relevance

    You will find lots of rich references in Aidan Ward and Philip Hellyer’s ‘Gently Serious’ Medium publication, e.g.: https://stream.syscoi.com/2019/03/01/healing-the-metabolic-rift-gentlyserious-medium/

    Relevant:
    https://stream.syscoi.com/2018/05/01/improvement-legibility-ecosystems-and-change/

    https://stream.syscoi.com/2019/11/21/the-efficiency-destroying-magic-of-tidying-up-florent-crivello/

    How do Systems Changes become natural practice? – Coevolving Innovations – David Ing

    A series of pieces on coevolving.com from January-March of this year, which I’ll be linking out one per week (but all are on David Ing’s blog already). Here is 5/5

    via How do Systems Changes become natural practice? – Coevolving Innovations

    How do Systems Changes become natural practice?

    The 1995 article by Spinosa, Flores & Dreyfus on “Disclosing New Worlds” was assigned reading preceding the fourth of four lectures for the Systemic Design course in the Master’s program in Strategic Foresight and Innovation at OCAD University.  In previous years, this topic was a detail practically undiscussed, as digging into social theory and the phenomenology following Heidegger is deep.  Peter Jonesand I are fans of ideas expanded into the 1999 book. I was privileged to visit personally with Fernando Flores in Berkeley in 2012, as I was organizing the ISSS 2012 meeting.  Contextualizing this body of work for a university course led into correlated advances in situated learning and communities of practice.

    A preface to the lecture included The Practice Turn in Contemporary Theory, and revisiting Change as Three Steps to clarify what Kurt Lewin did and did not write.

    The agenda was in four sections. In the timebox available, the lecture covered the first two:

    • A. Situated Learning + History-making
      • Legitimate Peripheral Participation + Practices (Lave, Wenger)
      • Skill Acquisition + Disclosing New Worlds (Dreyfus, Spinosa)
    • B. Commitment + Language-Action Perspective
      • Conversations for Action (Flores)
      • Deliverables, procedures, capacities, relationships

    Slides for the last two sections were ready to go, but foregone in favour of other course work priorities.

    • C. Argumentation + Pattern Language
      • IBIS (Rittel), Timeless Way of Building (Alexancer)
      • Architectural Programming c.f. Designing
    • [postscript] (Open Innovation Learning)
      • Quality-generating sequencing; Affordances wayfaring; Anticipatory appreciating
      • Innovation learning for; Innovation learning by; Innovation learning alongside

    This fourth lecture is available on Youtube as streaming web video.

    For those who prefer to watch while disconnected from the Internet, here are downloadable video files.

    Video H.264 MP4 WebM
    March 6
    (1h21m)
    [20200306_OCADU_Ing HD m4v]
    (HD 2972kbps 1.8GB)
    [20200306_OCADU_Ing nHD m4v]
    (nHD 836kps 570MB)
    [20200306_OCADU_Ing HD webm]
    (HD VP8 611kbps 454MB)
    [20200306_OCADU_Ing nHD webm]
    (nHD VP8 163kbps 182MB)

    The full slide deck is also downloadable from the Coevolving Commons.

    How do Systems Changes become natural practice?

    The presentation slides were paced at slightly different rates.

    • The March 4 full-time cohort had a discussion after section A (Situated Learning + History-making) before proceeding to section B (Commitment + Language-Action Perspective).
    • The March 6 part-time cohort went through both sections before entering into a longer discussion.

    The digital audio has versions boosted by 3db in the case playback isn’t loud enough on an audio player.

    Audio
    March 4
    (1h14m)
    [20200304_OCADU_Ing HistoryMakingCommitment .mp3]
    (68MB)
    [2020304_OCADU_Ing HistoryMakingCommitment plus3db.mp3]
    (68MB)
    March 6
    (1h21m)
    [2020306_OCADU_Ing HistoryMakingCommitment.mp3]
    (75MB)
    [20200306_OCADU_Ing HistoryMakingCommitment plus3db.mp3]
    (75MB)

    The latter two sections of slides (i.e. C, and Postscript) may be covered in some other venue, sometime.

    References

    Cummings, Stephen, Todd Bridgman, and Kenneth G Brown. 2016. “Unfreezing Change as Three Steps: Rethinking Kurt Lewin’s Legacy for Change Management.” Human Relations 69 (1): 33–60. https://doi.org/10.1177/0018726715577707.

    Spinosa, Charles, Fernando Flores, and Hubert Dreyfus. 1995. “Disclosing New Worlds: Entrepreneurship, Democratic Action, and the Cultivation of Solidarity.” Inquiry 38 (1–2): 3–63. https://doi.org/10.1080/00201749508602373.

    Spinosa, Charles, Fernando Flores, and Hubert L. Dreyfus. 1999. Disclosing New Worlds: Entrepreneurship, Democratic Action, and the Cultivation of Solidarity. MIT Press.

    Schatzki, Theodore R. 2001. “Introduction — Practice Theory.” In The Practice Turn in Contemporary Theory, edited by Theodore R. Schatzki, Karin Knorr-Cetina, and Elke von Savigny. Routledge. http://doi.org/10.4324/9780203977453.

    RSD8 2019 « Systemic Design – proceedings

     

    via RSD8 2019 « Systemic Design

     

    RSD8 2019

    Proceedings of Relating Systems Thinking and Design (RSD8) 2019 Symposium 

    Editor: Peter Jones, OCAD University
    Editorial Team: Carlos Teixeira, IIT Institute of Design, Jananda Lima, Ana Matic, Goran Matic, OCAD University

    Citation: Author. (2019). Article title. In Proceedings of Relating Systems Thinking and Design (RSD8) 2019 Symposium. IIT Institute of Design, Chicago, October 13-15, 2019.

    Published by: Systemic Design Association
    ISSN 2371-8404 

    The proceedings are published and available online as open access documents.

    Published Articles

    All articles and abstracts are copyright (c) 2019 by the respective authors, unless stated otherwise.

    Keynote & Plenaries

    • Carlos Teixeira: Design Strategy in Complex Spaces of Innovation
    • Chris Rudd: Community-Empowered Systems Change
    • Saskia Sassen: Dressed in Wall Street Suits and Algorithmic Math Assemblages of Complex Predatory Formations
    • Terry Irwin: Transition Design: Designing for Systems-Level Change and Transitions Toward More Sustainable Futures
    • Charles Bezerra: Towards the Whole—A Tribute to Charles L. Owen

    Health and Well-Being

    • Gyuchan Thomas Jun & Aneurin Canham: Systemic Analysis of a Large-Scale Organisation Failure in UK Healthcare
    • Zichao Nie, Francesco Zurlo, Elisabetta Camussi & Chiara Annovazzi: Potential Therapeutic Effects on Design for Psychological Well-being
    • Natalia Radywyl: Designing for Systems of Service in NYC Homeless Shelters
    • Cheryl Hsu & Hayley Lapalme: Hospitals as Anchor Institutions: Eco-Systemic Leadership to Nourish Patient, Community, and Planetary Health

    Flourishing Settlement Ecologies

    • Marie Davidova: Breathing Walls for Cross-Species Co-Living Adaptation in Built Environment: The Bio-Climatic Layers in Systemic Approach to Architectural Performance
    • Xue Pei, Carla Sedini & Francesco Zurlo: Co-Designing a Walkable City for the Elderly
    • Amina Pereno & Silvia Barbero: A Systemic District for Sustainable Tourism: Co-Designing Interconnected Networks for Enhancing the Natural and Cultural Heritage of Local Ecosystems
    • Palak Dudan: Unpacking Gentrification 2.0: A Systems-Oriented Design Study Uncovering Underlying Systemic Forces in the Context of Access to Housing

    Social Systems Labs & Methodology

    • Linda Blaasvær & Birger Sevaldson: The Democracy Design Compass
    • Andreas Wettre, Birger Sevaldson & Palak Dudani: Bridging Silos: A New Workshop Method for Training Silo Busting
    • Cheryl Hsu & Adrienne Pacini: Designing Systems Outcomes as Desirable Side Effects: Reflections from the CMHC Solutions Labs
    • Philippe Gauthier, Marie D. Martel, Sébastien Proulx & Johanne Broch: Towards Impact Design for Public Services: Assess Impact is to Care is to Design is to Assess Impact

    Mapping & Methodology

    • Ryan Murphy, Jennifer DeCoste & Heather Laird: Open Social Mapping: Participatory Modeling of Social Systems
    • Joanna Boehnert & Simon Mair: Mapping Productivity, Energy, and Wellbeing
    • Gordon Rowland: Developing Systemic Design Tools: The CHRIIS Model

    Organizations & Services

    • Tim Tompson & Murray Stubbs: Fractal Market Map: A Visual Tool to Understand and Shape a Business’s Most Critical Relationships
    • Juan de la Rosa, Leon Paul Hovanesian Ii & Karolina Kohler: Using Systemic Design for the Understanding and Evolving of Organizational Culture
    • Kirk Weigand & Peter Jones: Collaborative Foresight for Long-Range Problem Discovery in Complex R&D
    • Sofie Wass & Lise Amy Hansen: Inclusive Worklife Innovation – Reflections on Problem Framing and Solution Spaces Across Systems

    Conversations on Systemic Design (I & II)

    • Shanu Sharma: Modelling Stigmergy: Evolutionary Framework for System Design
    • Tore Gulden: Not-Play and Play: How Acting Cybernetically Happens in Human Play
    • Piotr Michura: Eigenforms of Time
    • Birger Sevaldson: What is Systemic Design? Practices Beyond Modeling & Analysis
    • Ben Sweeting: The Generator as a Paradigm for Systemic Design
    • Benedicte Wildhagen and Tone Bergan: Outside in: Activation and Impact through Improved Understanding

    Systems Change

    • Leah Zaidi: Using Culture for Systems Change
    • Zaid Khan & David Ing: Paying Attention to Where Attention is Placed in the Rise of System(s) Change(s)
    • Mieke van der Bijl-Brouwer, Tyler Key, et al.: Improving Well-being in Universities- a Transdisciplinary Systems Change Approach
    • Aishwarya Narvekar, Aishwarya Rane, Kamal Dahiya, Pankaj Yadav & Praveen Nahar: Design as a Tool for Reformation in the Juvenile Justice System through a Participatory Approach

    Transition to Ecological Economies

    • Ashwathy Satheesan: Designing for Second Life: Systemic Design for Sustainable Packaging in Appliance Manufacturing Industry
    • Perin Ruttonsha: Resetting the Growth Curve
    • Tom Snow: Divisions to Integrations: An Ecological and Economic Foundation Supporting Regenerative Modes of Production
    • Ahmed Ansari, Francis Carter & Sofia Bosch Gomez: Practice-led Pedagogy for Socio-Technical Transitions: A Case Study in Systems Thinking

    Systems of Governance

    • Michael Arnold Mages: Designing Difficult Community Conversations for Multiple Stakeholders
    • Heather Chaplin: Reimagining Local News to Fulfill its Democratic Function
    • Juan de La Rosa, Stan Ruecker, Claudia Grisales & Carolina Giraldo: Systemic Design for Democratic Engagement: Where the Bottom-up and Top-down Process Meet
    • Nenad Rava: Integrated Policy, Sustainable Development Goals, and New Change and Governance Models: Case Study of the UN’s Joint SDG Fund

    Workshops and Activity Groups

    Workshops

    1. Tangible Thinking: Materializing How We Imagine and Understand Systems, Experiences, and Relationships
      Dan Lockton, Lisa Brawley, Manuela Aguirre Ulloa, Matt Prindible, Laura Forlano, Karianne Rygh, John Fass, Katie Herzog & Bettina Nissen
    2. Probing the Future, Acting Today a Workshop into Learning from the Far Future and its Possible Consequences for the Present 
      Rosa de Vries, Tanja Enninga, Caroline Maessen & Remko van der Lugt
    3. Visualizing Systems: Applying Good Practices from the SystemViz Project Peter Stoyko
    4. What’s the Worst That Could Happen? Creative Visualization Tools for Ethical Foresight
      Sydney Luken, Jonathan Healey, J.R. Osborn & Evan Barba
    5. DesignShop for Systemic Transformation
      Dee Brooks, Ziyan Hossain & Leah Zaidi
    6. Designing Sustainable Futures with the Systemic Design Toolkit Kristel Van Ael, et al.
    7. Core Shifts for Emerging Desired Futures: Unpacking the Collective Unconscious
      Jananda Lima & Tieni Meninato
    8. What’s in a Name? Edge-ucating through Gameification, Exploring the Edges of Communities and Eco-systems in their Contexts
      Susu Nousala, David Ing, Marco Cataffo, Filippo Fabrocini & Thomas Marlowe
    9. Getting the Whole System into the… Map: Addressing Key Issues in Open Social Mapping
      Ryan Murphy, Jennifer DeCoste & Heather Laird

    Activity Groups

    Planning Activities for Systems and Services

    1. A Method to Include System Mapping in Strategic Planning
      Alana Boltwood & Fran Quintero Rawlings
    2. Developing Strategic Narratives: Designing Services as Systems Majid Iqbal

    Systemic Design in Social Justice

    1. Informed Empathy: Tool, Practice, System 
      Shefali Bohra, Supreetha Krishnan, Vaidehie Chiplunkar, Awanee Joshi, Swayamsiddha Priyadarshi, Praveen Nahar & Sahil Thappa
    2. Feminist Design: Methodologies for Equity and Inclusion Ali Place
    3. Creating More Human Cities: Exploring Methods for Strengthening and Sustaining Community
      Ruben Ocampo, Tim Tompson & Murray Stubbs

    Innovation Transitions

    1. Disruption, Innovation, Opportunity: The Power of Circularity within the Commercial Built Environment
      Stephanie Rebello, Rebecca Black, Jale Gonulkapan Suder & Chantal Frenette
    2. Principles-Based Designing for Transition
      Tara Campbell & Ariana Lutterman

    Exhibition: System Maps & Prototypes

    via RSD8 2019 « Systemic Design

    Textures of completion | Meaningness

    Textures of completion
    The complete stance, the way of being that recognizes the inseparability of nebulosity and pattern, shows up in characteristic textures. For example: wonder, play, and creation

    via Textures of completion | Meaningness

     

    And not really related but a very interesting debate (sound quality not great) on philosophy of mind – multiple references to Maturana and Varela, some tangential touching on aspects of the recent conversations around ‘mental models’

    Bringing together some recent and old threads on #systemsthinking is #complexity is #cybernetics

    Mahoo, @SystemsNinja, asked me (possibly michievously):

    Hey @antlerboy tell us why complexity thinking is systems thinking, is cybernetics? Nerd face

    Here’s my reply:

    You tryna stop me working, or what??

    I have some of this prepped, off of facebook, so here goes…

    Complexity, cybernetics, and systems thinking are an extended family recognisable by a whole set of similarities (and some controversies) which draw from the same roots and influences, and share the same governing intent – understanding.

    My ‘acid test’ is that I believe you cannot make a distinction between systems thinking and complexity which will not ‘sweep in’ to each ‘discipline’ something avowedly part of the ‘other’, and ‘sweep’ out from each something which claims it belongs.

    some of the roots are demonstrated here:
    some quotes on the theme #complexitythinking is #systemsthinking (is #cybernetics)

    Look at the Macy conferences, for a start. Look at the overlaps between the early thinkers, the shared thinking, the shared learning societies.
    The field is transdisciplinary (and indeed meta-disciplinary), so naturally it has diverse expression and form.

    So, why do people believe there is a difference? There are indeed tribes wearing each of the three badges (and some who wear more than one) – and if you squint, you can see some differences between them. But it relies on squinting – narrowing down to what you want to focus on.

    Well, there are many reasons why it suits people to say ‘my work is *this* and not *this*’ (it’s the rule of tables – if someone has a table saying ‘left side old, bad, right side new, good’ – they are trying to sell you something).

    We might call it ‘wrecking synergy to stake out territory. A nice piece on that concept is here: https://model.report/s/xacytg/wrecking_synergy_to_stake_out_territory (formatting not good as exhumed from the internet graveyard)

    A good example of that is Castellani’s ‘complexity map’, which is to me a piece of fundamentally poor scholarship for this reason https://stream.syscoi.com/2019/12/21/why-i-hope-we-could-do-better-than-the-castellani-complexity-map/

    There are others who I won’t name either because they’re nice people out to learn, or so argumentative as to not allow me to get to bed. (But if you search the model.report archives for ‘curmudgeons’ and ‘popularisers’ you will find some materiel).

    What tends to happen (other than simply eliding or ignoring bits of the history which show the overlap across the family resemblance) is that you pick a somewhat populist, simplistic version of the thing you want to do down, you straw-man it a bit further, and thereby produce a strangulated version of the ‘other’ (and announce This Is Wot Everyone Kno as The Thing). Then you post five or seven or 13 points showing why your brand overcomes and surpasses (usually not encompasses) the weaker, wrong part of the family. And that way we are all a little the poorer. Note that there are, in fact, many members of our extended family we potentially aren’t *that* proud of, bless their hearts… but we tolerate them and recognise they don’t represent any particular chunk of the family tree in full.

    The risk of this sort of thing (‘down with this sort of thing!’) is what caused me to create the ‘four quadrants of thinking threats’ https://www.dropbox.com/s/1ritpobdoexr5qy/four%20quadrants%20of%20thinking%20threats.pdf?dl=0 – systems / complexity / cybernetics thinkers are prone to move into one of the four corners – it’s imperative we try to full ourselves towards the middle…

    (this has a modicum of discussion about the quadrants: https://stream.syscoi.com/2019/05/12/four-quadrants-of-systems-thinking-threats-revisited-and-complexity/ )

    See also for a magisterial take on the topic, the first comment in this link , Gerald Midgely’s excellent facebook comment at https://www.facebook.com/groups/774241602654986/permalink/2067256553353478/

    …The constraints on that topic make a huge difference to the possible outcomes that could be concluded – so much so that diametrically opposite findings would arise from different ways of bounding the understandings of Systems and Complexity. In my view, a great PhD on this would have to start by acknowledging the diversity of paradigms (and perspectives within the paradigms) in both fields, so this is not a simplistic question of “theory A says X and theory B says Y”. So, for example, there are systems methodologies that are strong on exploring multiple perspectives, and others that are weak on this. Likewise, there are complexity approaches that are both strong and weak on perspective-taking. So a really strong analysis would, I think, look at the diversity; the various aims that the diversity of approaches are trying to achieve; the various critiques of the different approaches; and then map each approach onto that territory of aims and critiques. Once that has been done, it should be possible to look for patterns – identify how the two research fields differ in terms of number and diversity of approaches, aims that are unique in one field compared to the other, aims that are common across both fields, aims that are very strongly featured in one field, etc. If you’re serious about doing a PhD on this (or a related topic), we could talk by skype. I should flag straight away though that we don’t have funded scholarships. I have a bunch of PhD students, but most are studying part-time and paying for themselves.

    For some practical examples, have a look at these two papers and tell me what you learn about the difference or not:
    https://stream.syscoi.com/2020/04/13/guiding-the-self-organization-of-cyber-physical-systems-gershenon-2020-cf-beyond-hierarchy-a-complexity-management-perspective-espinosa-harnden-and-walker-2007/

    A good chapter IIRC: https://stream.syscoi.com/2019/11/13/complexity-and-systems-thinking-january-2011-merali-and-allen/

    A good series of papers IIRC:
    https://stream.syscoi.com/2019/06/04/systems-theory-and-complexity-emergence-complexity-and-organization-richardson-2004/

    And an enquiry:
    https://stream.syscoi.com/2019/02/02/are-there-any-developed-methods-specific-to-complexitytheory-other-than-agent-based-modelling/

    So. All three labels are multiply defined and probably ‘essentially contested’. And, at the end of the day, it doesn’t matter – there are a bunch of good ideas, which can also steer you wrong – let’s use them.

    Where it hurts (us all) is when people feel a need to define their work by doing ‘systems thinking’ down – explicitly or implicitly, subtly or not – in comparing themselves to the model they hold of some crap form of systems thinking. So in fighting against this nonsense, I’m partly creating the pain which I think we should all avoid by doing our work and not putting down other disciplines. But it’s a double bind – you let the mud stick as if you deserve it, or you get down in the mud and wrastle…

    I would that I have nothing ‘against’ any person who chooses to label themselves as complexity; I love to hear about and explore and share their work (and will critique it or not based on what my limited understanding suggests it deserves – lord knows there are some poor, limited, self-limiting attempts at systems thinking too – I try to help nudge them to deeper awareness always). I *believe this is all part of the same learning and exploration*, and it turns out to be much harder to make an argument for overlap across and distinctions within-not-between, than it is to straw-man something and define your thing as different. Every time I get into this argument, I discover that my antagonist has picked one view of one set of practices, and held this up as *being* the whole.

    And there *are*, of course, some more or less unsatisfactory ways you could try to make a distinction (subject to the arguments above) – at a SCiO group presentation, the only true distinction people form all three ‘camps’ could divine was a set of emotional biases of practitioners. But any definition of ‘complexity’ will fall short by some standards – as I’m arguing – so I won’t go into that here. (SCiO is the systems practitioner organisation – www.systemspractice.org – formerly Systems and Cybernetics in Organisation, now Systems and Complexity in Organisation cos it is undeniably trendier and why not?)

    I’ll end with McCulloch on the Macy conferences:
    “Even then, working in our shirt sleeves for days on end, at every meeting …. we were unable to behave in a familiar friendly or even civil manner. The first five meetings were intolerable. Some participants left in tears never to return. Margaret Mead records that in the heat of battle she broke a tooth and did not even notice it until after the meeting.”
    There has never been an agreed definition, and there probably never will be.

    A thousand years ago, you asked ‘Hey @antlerboy, tell us why complexity thinking is systems thinking, is cybernetics?’. The answer is there is no ‘is’ of identity (I’m borrowing Wittgestein’s ‘family resemblances’ concept), but the overlaps are so many and varied, as are the distinctions within the field, that meaningful distinctions can really only be made of small subsets across the space – or for polemical reasons.

    Er, so why did you ask?


    I can’t I’m being a public intellectual

    Why “Deep Thinking” is not a natural act | Meetup – Systems Thinking Toronto, April 28, 6.30-8pm EDT

    via Why “Deep Thinking” is not a natural act | Meetup

     

    Why “Deep Thinking” is not a natural act

    SystemsThinkingTO

    Details

    Topic: Why Deep Thinking is not a natural act

    Agenda:

    Part 1: (60 minutes)

    = Introduce concepts
    = What is thinking?
    = Deductive, Inductive, Abductive reasoning with examples
    = Some surveys with PollEV with instant results and discussions around results
    = Video exercise with results on Poll EV
    = Introduce System 1 and System 2 thinking
    = Various types of thinking tools: Systems Thinking, Scientific Thinking and CAS – a brief introduction

    Part 2: (Breakout and summary: 30 minutes – large group)

    = Break out and discuss why it is difficult to apply these tools
    = Ability for participants to put together and document their thoughts using collaborative tools
    = participants would have access to the previous slides in the breakout groups for discussing
    = Use of 4-8-all (Liberating structures) regrouping based on how many participants register
    = Bring everyone together to summarize learnings from the session
    = Point them to further learning resources

    Outcomes:

    = Types of thinking and when to use
    = Thinking tools – Complexity, Systems Thinking and Scientific thinking
    = When to use what tool in what context?
    = Why is it hard to apply such “Deep Thinking” in day-to-day life and at work – the group summary
    = Where do I find more information and/or learn more about these tools and techniques – resources: books, videos, free online courses, blogs for each of the items talked about

    Follow-up: Embracing Complexity session at #SkollGoesVirtual

    Email from the session, with rich pickings:

    ___

    Thank you for attending our #SkollGoesVirtual session on Embracing Complexity!

    We uploaded the materials in case you couldn’t make it:

    You are also most welcome to join us at one of our next two webinars on Embracing Complexity:

    Four documents were mentioned during the sessions:

    Here are the invitations for follow-ups from the partners:

    • Catalyst 2030 invites you to join their network (see http://catalyst2030.net).
    • If you want to promote ideas and practices around systems change funding, join the working group on that topic within Catalyst 2030. Reach out to Florian Rutsch (frutsch@ashoka.org) if you want to learn more.
    • The failures of systems—from healthcare to social welfare to wage inequality & food insecurity—are exacerbating the COVID crisis. Ashoka finds and supports systems changing social entrepreneurs who work on these issues across the world. The program is an easy way to get started with systems change funding. Reach out to Manmeet Mehta (mmehta@ashoka.org) if you want to learn more.

    Since this was the first time the Skoll Foundation hosted a virtual week-long experience, they are eager to learn from it. If you have not already received this request from the Skoll Foundation, please complete the following surveyhttps://www.surveymonkey.com/r/ZYY6BR5.

    Best wishes to you and your colleagues,
    Odin Mühlenbein on behalf of Ashoka, Catalyst 2030, Co-Impact, Echoing Green, Schwab Foundation, Skoll Foundation, and Systemiq

     

    Projects: Transmission: SFI insights into COVID-19 | Santa Fe Institute

    via Projects: Transmission: SFI insights into COVID-19 | Santa Fe Institute

    Systemic change: A dance between structures and events | Marcus Jenal

    via Systemic change: A dance between structures and events | Marcus Jenal

    Benjamin Taylor on Twitter: “Does anyone have a good link or piece of their own on ‘the problem with mental models’? Or do I have to write it? :-)” / Twitter

    via 🕷BenjaminP.Taylor🇪🇺 on Twitter: “Does anyone have a good link or piece of their own on ‘the problem with mental models’? Or do I have to write it? :-)” / Twitter

    Quite an enthusiastic response on twitter to this loaded question of mine. I envisage there will be many more here and when I share this on the social medias.

    Lots of responses seemed to at least partially interpret ‘the problem with mental models’ in ways I had not intended:

    • assuming the mental model framing and talking about how mental models can be good or bad or limited or improved
    • informing me about the limits of mental models
    • talking about the process by which people understand and retain or develop spatial models
    • talking about the neuroscience of how the brain works in some way
    • assuming there is no real alternative to mental models (so I must be talking about
    • saying something clever about my mental model 🙂
    • arguing for or against dualism or solipsism
    • arguing about why metaphors are necessary (this is sort of relevant to my point)

    My view is that the ‘mental models’ phrase, while well-intentioned and calling attention to various useful aspects of the ways people make sense, act, interact, and account for all of these things, is fundamentally misconceived and has been the basis for quite significant and misguided assumptions and activity based on falling over the inherent mistakes in the concept itself.

    I won’t attempt to make my full argument here, since I am not confident I understand it yet, but/and a few preliminary points would be:

    • there are no actual models in heads
    • there is nothing like a model in heads
    • human understanding and perspectives work very differently from ‘having models’
    • the reification of this idea of ‘mental models’ deeply misleads

    And that the name ‘mental model’ makes it seem that these are:

    • rational and changeable through rationality
    • in some sense a model
    • comparable/additive to others
    • extractable/reportable
    • capable of objectivisation
    • personal and owned and contained

    And gives rise to the ‘whole elephant’ fallacy (as if just ‘bringing together mental models’ – or doing simplistic mapping of what people tell you is their understanding of a ‘system’ – can let everyone share the same ‘God’s eye view’).

    Going back to the beginning, there’s something(s) which the ‘mental model’ concept is pointing at – individuals’ and groups ways of making sense, deciding, acting, interacting, being, and accounting for/expressing all of these things in a particular context. Yet each of these (making sense, deciding, etc) may operate in a different way – and the way people account for these or explain or narrate them may be different again. ‘Mental models’ can be a relevant simplification or Lie-to-Children in some settings, but we might be better off without one laden metaphor for this complexity and diversity, which then gets reified and leads to all kinds of misunderstandings.

    Ivo Velitchkov (@kvistgaard on twitter) kindly gave both a clear definition of some of these problems:

    • That the cognition (incl. whatever happens in the brain) doesn’t work by processing representations of any kind, symbolic or other. When we ride a bike we don’t have (and don’t need) a model of the bike in our heads.

    And a powerful reading list:

    (they should be read in this order as each one refines and develops the arguments)

    • The Embodied Mind https://buff.ly/2VlvPas
    • Enaction https://buff.ly/2XIR2wG
    • Mind in Life  https://buff.ly/2KjJacW
    • Linguistic Bodies

    Also recommended:

    via Abeba Birhane on Twitter: “Linguistic Bodies: The Continuity between Life and Language – Ezequiel A. Di Paolo, Elena Clare Cuffari & Hanne De Jaegher #amreading https://t.co/RRdo43CeFG” / Twitter

    (BTW, one of the responses led me to https://www.modeltheory.org/, ‘The Mental Models Global Laboratory’, which to its credit has a list of critics – http://www.modeltheory.org/about/critics/#1547415412958-f2bc048e-b38c – but which seems to me to be very much about the things I see as problematic! – https://www.modeltheory.org/about/what-are-mental-models/#1567055674764-d814d78e-5cd5)

     

    #2ndordercybernetics, #systemsthinking

    The System in the Box:

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

    W

    In today’s post, I am looking at the brilliant philosopher Ludwig Wittgenstein’s “The Beetle in the Box” analogy.

    Wittgenstein rose to fame with his first book, Tractatus Logico-Philosophicus, in which he proposed the idea of a picture theory for words. Very loosely put, words correspond to objects in the real world, and any statement should be a picture of these objects in relation to one another. For example, “the cat is on the mat.” However, in his later years Wittgenstein turned away from his ideas. He came to see the meaning of words in how they are used. The meaning is in its use by the public. He came to realize that private language is not possible. To provide a simple explanation, we need an external reference to calibrate meanings to our words. If you are experiencing pain, all you can say is that you are experience pain. While…

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