Hodges' Model: Welcome to the QUAD: Search results for process

Hodges' model is a conceptual framework to support reflection and critical thinking. Situated, the model can help integrate all disciplines (academic and professional). Amid news items, are posts that illustrate the scope and application of the model. A bibliography and A4 template are provided in the sidebar. Welcome to the QUAD ...

Showing posts sorted by date for query process. Sort by relevance Show all posts
Showing posts sorted by date for query process. Sort by relevance Show all posts

Friday, August 07, 2026

'From Tree to Sea [5] - The Bare Necessities' c/o BBC R4

My name is not Robinson Crusoe, but I feel privileged to live on an island. The sea has always been close. Liverpool (Scouser) has a history, to celebrate and seek forgiveness for. It was a surprise and yet wasn't from the map in the Bluecoat of the slave ships that plied the route to West Africa, to the West Indies and USA to see the same reflections in the dock area of Nantes in May 2025.

These reflections followed a BBC Radio 4 programme this afternoon (one of a series):

5. From Tree to Sea - The Bare Necessities

https://www.bbc.co.uk/sounds/play/m002ztzy

'We are living in turbulent times and it is easy to feel anxious about the state of the world. The pace of change is fast, and the future often seems uncertain and out of our control. Given our reliance on technology, any sort of outage could be catastrophic. Could you survive - and thrive - in a world without global supply chains, the internet and 24-hour energy?

In this series the writer Dan Richards seeks out the tradition bearers and carriers of ancient knowledge who actively choose to live in close connection with the natural world around them. A return to first principles of what it means to be human and the kind of people you would like to be around if things fell apart.

Dan heads to Whithorn in Dumfries and Galloway where he meets Traditional Boat Builder Gail McGarva who is putting the finishing touches to a skiff before its launch. Gail has gathered knowledge of the ancient craft of wooden boat building through her relationship with tradition bearers and mentors, without whom the knowledge would disappear completely. What Dan finds is that this small wooden boat represents not only an evolution of form and process, but soul. The souls of all who have gone before and how they might influence a sustainable future with community at the heart of it.'

In making the skiff there is a marvellous observation about:

 "when the boat hits the water it knows what to do ..".

For students entering a profession or trade (any) that strikes a chord.

Wednesday, August 05, 2026

"It's an equation Jim, but not as we know it!"

Silver (2013) in “The Signal and the Noise” refers to Drake’s equation, which has fascinated me since my teens. It is a formula that provides a framework for predicting the number of intelligent extraterrestrial species in the galaxy. Due to the high number of parameters and uncertainties that make up Drake's equation, Silver describes how the extreme range of results depend on the initial ‘inputs’. Given the variables presented they are estimates. I made a connection to Drake's work through BBC BASIC programming:

'The Nursing Process'
'Computer-Aided Patient Assessment'
'Blood Groups'
'Shades of Grey'

As time went on the simplicity of 'The NP' gave way to DIM arrays, which can provide data structures, and DEF PROC and DEF FN with parameters. 

The evidence for the elements of Drake's equation has made great strides since the 1990s. Despite the remaining uncertainties, Silver notes that Drake's equation has provided a useful lens for astronomers, plus - philosophers and the lay-person to think about life, the universe and everything.

Is there an implicit theory – an equation – in Hodges’ model?

See also: BBC BASIC

Previously: 'Sagan' : 'SETI' ; 'math' : 'Publication list (2024)'

Nate Silver (2013). “The Signal and the Noise”, Notes 89, London: Penguin. p.488.

Title Ack. the original is often misattributed: https://www.youtube.com/watch?v=FCARADb9asE

Thursday, July 23, 2026

Call for submissions for good practices c/o HIFA

Share your good practice and help strengthen the health system

The Health Systems Trust (HST) invites submissions of good practices for inclusion in the Good Practices Repository. Healthcare workers, programme managers, districts, facilities, academic institutions, non-governmental organisations (NGOs), private-sector partners, industry partners and community organisations are implementing effective solutions to address health system challenges and improve health outcomes. Many of these valuable experiences remain undocumented and are therefore not widely shared or adapted by others facing similar challenges. The Good Practices Repository has been established to identify, document, and share effective practices that can support learning, adaptation, and health system improvement across the country. Most importantly, the real value of sharing good practices lies in its potential to create an exponential effect across the health system. When successful approaches are documented and shared, they can be adapted and implemented in multiple settings thereby extending their impact far beyond the original site. In this way a single innovation or improvement can catalyse widespread change which can accelerate learning and drive improvements in the health space across the country.

What is a Good Practice?

A good practice describes an intervention, programme, service, innovation, policy or approach that has demonstrated effectiveness in addressing health challenges and improving outcomes. Good practices are typically evidence-informed, make use of available resources and has the potential to be adapted, scaled or replicated in other settings.

Submissions may relate to one or more of the following areas:

  • Health priorities
  • Maternal, newborn, child and adolescent health
  • HIV, TB and sexually transmitted infections
  • Non-communicable diseases
  • Mental health
  • Environmental health and climate change
  • One Health
  • Antimicrobial Resistance
  • Health system strengthening
  • Leadership and governance
  • Health financing
  • Digital health and health information systems
  • Human resources for health
  • Service delivery and quality improvement
  • Emergency and disaster preparedness
  • Environmental health and climate change
  • Antimicrobial resistance
  • Medicines, technologies and supply chain management
  • Community and implementation approaches
  • Community engagement and participation
  • Health promotion and disease prevention
  • Multisectoral collaboration and partnerships
  • Knowledge translation and evidence use
  • Equity-focused and people-centred approaches
  • Other Areas
  • Other initiatives that contribute to improved health system performance, health outcomes, or population wellbeing.

Who can submit?

Submissions are welcome from organisations, institutions, programmes, and partnerships involved in the planning, delivery, management, evaluation, or support of health services, including:

  • National, sub-national, regional, district, and local health authorities
  • Public sector programmes and units
  • Non-governmental, civil society and community-based organisations
  • Academic and research institutions
  • Professional bodies and associations
  • Private-sector organisations and industry partners contributing to health system strengthening, service delivery, innovation, or public health programmes
  • Multi-sectoral partnerships and collaborative initiatives
  • Development partners, multilateral agencies, and international organisations

Assessment criteria

  • Submissions will be assessed against an adapted World Health Organization (WHO) Good Practice criteria, including:Demonstrated effectiveness
  • Efficient use of resources
  • Relevance to a priority health system challenge
  • Sustainability
  • Ethical soundness
  • Potential for adaptation or replication
  • Innovation (optional but desirable)

Why submit?

  • Selected practices will:Be featured in the Good Practices Repository
  • Contribute to shared learning
  • Receive national visibility and recognition
  • Support evidence-informed policy and programme development
  • Provide opportunities for replication and scale-up
  • Showcase the achievements of health system implementers and partners
  • Contribute to sustained efforts at improving various tiers of the health system

Submission requirements

Complete submission template including the following information:

  • Executive summary
  • Background: Description of the challenge addressed
  • Intervention: Description of the intervention or practice
  • Approach: Implementation process
  • Key achievements: Results and outcomes achieved (describe outcome measures and metrics for success of the programme/intervention/tool)
  • Lessons learnt: Description of lessons learnt which can inform replication in other contexts
  • Sustainability considerations
  • Supporting materials, where available
  • Only complete submissions containing sufficient information for assessment will be reviewed.

Submissions are accepted on a rolling basis. Feel free to submit throughout the year.

How to submit: Submissions can be completed online through the Good Practices Repository submission portal:

https://www.goodpractices.hst.org.za/for-authors

[n.b. PJ - The link supplied does not appear to work, there is a submit option through the above page.]

For further information, please contact: GoodPractices AT hst.org.za

HIFA profile: Maryam Rumaney currently works as a freelance scientific and English language editor. In addition, she offers consulting services to the laboratory industry. mbrumaney AT gmail.com

HIFA - Healthcare Information For All

View this contribution on the web site

Thursday, July 09, 2026

Leapspace? Why not ...?

Referred to a paper in an email: https://doi.org/10.1016/j.jclinepi.2026.112401.

- I noticed an invitation to try Leapspace

So I leapt (with much editing - for formatting here). ...


 
Copilot steps

Creating a plan to respond to your query

Performing search for foundational documents
Performing keyword search
Using data from Scopus
("Hodges' model" OR "Hodges model" OR "Hodges' health career model" OR "health career model" OR "care domains model") AND (nursing OR healthcare OR "health care" OR education) AND (domain* OR component* OR framework OR concept* OR definition*)

Performing natural language search
Using data from Scopus
What are the conceptual definitions, domains, and components of Hodges' model in nursing and healthcare education?

Performing keyword search
Using data from Full text
("Hodges' model" OR "Hodges model" OR "care domains") AND (diagram* OR figure* OR visual* OR schema) AND (teach* OR education OR curriculum OR learning) AND (critique OR adaptation* OR application*) AND (method* OR framework OR discussion)

Performing natural language search
Using data from Full text
How is Hodges' model represented, taught, and adapted in nursing or healthcare education, including diagrams and critiques?

Performing keyword search
Using data from Scopus
("Hodges' model" OR "Hodges model" OR "care domains framework") AND (application* OR use OR implementation OR practice) AND (critique* OR limitation* OR adaptation* OR evaluation*) AND (nursing OR healthcare OR "health care")

Performing natural language search
Using data from Scopus
What applications and critiques of Hodges' care domains framework have been reported in nursing and healthcare practice?

Done

Generated by LeapSpace, Thu Jul 09 2026

Hodges' health career - care domains - model

Hodges’ Health Career – Care Domains – Model is a generic, practice-based conceptual framework for health and social care that organizes thinking into four knowledge/care domains: science, political, sociology, and interpersonal. It is presented as broadly applicable across healthcare contexts and is used to structure reflection, critical thinking, and care planning. [1] [2] [3]

Core domains

Domain

What it covers

How it is used

Science

Cause and effect, evidence, costs, benefits, and trade-offs

Helps frame the “hard” evidence side of care and service decisions. [1]

Political

Policy, systems, and structural influences on care

Helps connect care to wider health and social policy contexts. [1] [4]

Sociology

Social context, culture, stigma, and relationships

Helps explain how social factors shape health and illness experiences. [1] [5]

Interpersonal

Therapeutic relationships, patient/carer engagement, and human interaction

Supports person-centred and relational practice. [1] [2] [6]

What the model is for

  • It is described as universal in structure and adaptable to many healthcare settings, including informatics, dementia/palliative care, forensic mental health, and oral health. [2] [3] [4] [7] [8]

  • It helps practitioners map concepts into domains, build a mind-map-like structure, and support reflective practice and critical thinking. [3] [9]

  • In forensic mental health nursing, it is proposed as a way to guide assessment, decision-making, and recovery-oriented practice. [2]

Bottom line

Hodges’ model is best understood as a four-domain lens for integrating clinical evidence, policy, social context, and relationships into one framework for care and reflection. Its main value is not in prescribing a single care process, but in helping users think more holistically and systematically about health problems and care systems. [1] [2] [3]

Confidence level: High — multiple sources consistently describe the model’s four domains, generic structure, and broad healthcare applications.

References

  1. Fox, Siobhán, FitzGerald, Carol, Harrison Dening, Karen, (...), Timmons, Suzanne (2017) Better palliative care for people with a dementia: summary of interdisciplinary workshop highlighting current gaps and recommendations for future research. BMC Palliative Care. https://doi.org/10.1186/s12904-017-0221-0

  2. Doyle, M., Jones, P. (2013) Hodges' Health Career Model and its role and potential application in forensic mental health nursing. Journal of Psychiatric and Mental Health Nursing. https://doi.org/10.1111/j.1365-2850.2012.01961.x

  3. Jones, P., Wirnitzer, K. (2022) Hodges' model: The Sustainable Development Goals and public health - Universal health coverage demands a universal framework. BMJ Nutrition, Prevention and Health. https://doi.org/10.1136/bmjnph-2021-000254

  4. Bettiol, S., Jones, P., Onyedikachi, H.A., Kernohan, W.G. (2026) Bridging Gaps in Oral Health Frameworks: Mapping With Hodges' Health Career - Care Domains - Model. Journal of Public Health Dentistry. https://doi.org/10.1111/jphd.70034

  5. Jones, P. (2008) Exploring serres' atlas, Hodges' knowledge domains and the fusion of informatics and cultural horizons. Social Information Technology: Connecting Society and Cultural Issues. https://doi.org/10.4018/978-1-59904-774-4.ch007

  6. Merritt, M.K., Procter, N. (2010) Conceptualising the functional role of mental health consultation-liaison nurse in multi-morbidity, using Peplau's nursing theory. Contemporary Nurse. https://doi.org/10.5172/conu.2010.34.2.158

  7. Jones, P. (2009) Socio-technical structures, 4Ps and hodges' model. Nursing and Clinical Informatics: Socio-Technical Approaches. https://doi.org/10.4018/978-1-60566-234-3.ch011

  8. Jones, P. (2011) Socio-technical structures, 4Ps and hodges' model. Clinical Technologies: Concepts, Methodologies, Tools and Applications. https://doi.org/10.4018/978-1-60960-561-2.ch215

  9. Jones, P. (2025) A Generic Model and Conceptual Framework to Prime Curiosity Across Health and Social Care Disciplines to Facilitate Lifelong Learning. Journal of Evaluation in Clinical Practice. https://doi.org/10.1111/jep.70252

Follow-up Suggestions 

What are the key components of Hodges' health career care domains model?

How does Hodges' model apply to interdisciplinary health care practices?

What are the implications of Hodges' health career care domains model for patient-centered care?

Sunday, June 28, 2026

1st Workshop on the Internet of Mirrors (IoM): Connected Intelligence for Healthcare, Beauty, and Immersive Digital Experiences

Dear Colleagues,

I would like to invite your technical papers submissions to our 1st Workshop on the Internet of Mirrors (IoM): Connected Intelligence for Healthcare, Beauty, and Immersive Digital Experiences, which will be held in IEEE WF-IoT 2026 in Abu Dhabi, UAE.

Workshop Focus


The Internet of Mirrors (IoM) is an emerging IoT ecosystem built around interconnected smart mirrors that can sense, process, communicate, and deliver personalised services across healthcare, beauty, wellness, assisted living, fitness, and immersive digital experiences.
Although the workshop is centred on the Internet of Mirrors, the realisation of this vision requires multi-domain expertise. As such, we are very keen to receive contributions not only from researchers directly working on IoM, but also from those developing the architectures, algorithms, communication technologies, computing frameworks, and application domains that will underpin future intelligent IoT ecosystems.

Topics of Interest
  • Relevant topics include, but are not limited to:Edge, fog, and cloud computing for IoT systems
  • Distributed intelligence and multi-agent AI
  • AI-enabled IoT applications and personalised services
  • Multimodal sensing, data fusion, and contextual awareness
  • Intelligent task orchestration and adaptive resource allocation
  • Wireless connectivity, 5G/6G, and network optimisation
  • Privacy-preserving AI, security, interoperability, and trustworthy AI
  • Human-computer interaction, accessibility, and inclusive smart interfaces
  • Digital twins, immersive technologies, and metaverse-enabled experiences
  • Internet of Sounds, Internet of Medical Things, and broader Internet of Everything ecosystems
  • Smart healthcare, assisted living, wellness, fitness, beauty, and immersive digital lifestyle applications
  • Proof-of-concept implementations, benchmarking, testbeds, and real-world IoT deployments
Important Dates 
  • Paper submission deadline: 12 July 2026
  • Notification of acceptance: 15 August 2026
  • Camera-ready deadline: 30 August 2026

Workshop Chairs

  • Lina Mohjazi, University of Glasgow, UK
  • Luca Truchet, University of Trento, ITALY
  • Ahmad Taha, University of Glasgow, UK
  • Rabeb Mizouni, Khalifa University, UAE
  • Muhammad Ali Imran, University of Glasgow, UK
  • Haneen Fatima, University of Glasgow, UK

Information

Workshop website: https://sites.google.com/view/wfiot2026-workshop-iom
Submission link: https://edas.info/newPaper.php?c=34901&track=138858

Contact Emails:
l.mohjazi AT ieee.org
ahmad.taha AT glasgow.ac.uk

It would be wonderful if you could consider submitting relevant work, or share the call with colleagues and students who may be interested!
--
Kind regards,
Dr Kubra Duran
Postdoctoral Fellow
Edinburgh Napier University, UK

My source: SOCIOTECH list - JISC

Sunday, May 31, 2026

iv Book: 'Complexity in Health Care - A Paradigm Shift for Clinical Practice'

After a first mention on page 23, it is chapter 6 that discusses "awe" - the chapter's title. I wrote (in light pencil!) 'It keeps you going'. This is deeper than job satisfaction, but in healthcare is a contributing factor. And different again to (clinical) intution (with many mentions), which recurs, despite (or due to) its subjective nature.

Within its 3.5 pages you will find 'interpersonal awe', Piaget's 'accomodation', the neuroscience of awe, and humility. From a physiological and experiences with short-sightedness and vision, I have applied the concept of accommodation over the years. All this, quite rightly, places emphasis upon the therapeutic relationship. Even since the book's publication in 2023, this relationship has grown in importance.

'The sense of awe is an emotional reaction to events characterized as "vast" or to experienced stimuli outside the domain of the usual and prototypical. A sense of "awe" is often described by scientists who peer through telescopes (immensity) or who observe the uniqueness and expansiveness of the microscopic world. A similar emotional reaction can ocur with respect to the overwhelming experience of the clinician processing the complexity of intertwined variables experienced with a patient. When interpersonal awe occurs, it potentially opens the mind of the clinician to enhanced information gathering, cognitive processing, and empathic understanding.' p.49.

I often feel obliged to apologise that the spiritual does not have a concrete home in Hodges' model. Personally, it is INTRA- and interpersonal. Our religious beliefs, and committments were they apply. Unfortunately, the spiritual is often expressed politically: 'shock and awe'(?). Socially, the spiritual is manifest in the world's religions, our cultures and upbringing, recognition of others - in our communities, the media, ability to 'see' beauty, experience empathy, rapport and shared emotions. On twitter I've often written -

(SPIRITUAL [Intra- Interpersonal; Sciences; Political; Sociology] )

So, Hodges' model is embedded within - should be viewed as surrounded by the spiritual. 

Chapter 7, 'Clinical Decision-Making' utilises the thought of Daniel Kahneman. I like the use of ratiocinations here. I do try to bear in mind the 'traps' afforded by Hodges' model. To be clear, it is not the only clinical cognitive tool I have used. For some reason, against ratiocinations I scribbled 'running the axes, or the corridors of care'. Formal training brought to mind training to assure the marking of student's work (if still needed!), and mentoring student nurses. Case-based learning features here, and in the conclusion: CBL 'will be the central element of this book and will involve actual patients with pronounced biopsychosocial complexities.' p.56. How I wish there was an extra reference (a #16) here: clinical decision-making is fundamentally political; both reflectively and reflexively.

Part V then begins (p.59) on further technical considerations with chapter 8 Introduction to Clinical Complexity. A shift is flagged from a linear, logical-based approach to mix of logic and clinical content. At two pages I did hope for more: biological complexity and resolution left me hungry for more. There is however a key learning point on p.62, re. resolution; that of suffering. Connected to this and a well made point is priorities and what is clinically important and any contrast for the clinical team and the patient.

In a BASIC program from the 1980s on the 'Nursing Process' (essentially p.11 in the book, and somewhere on W2tQ?) I'd included a woman, medical ward with chest pain, who was agitated and couldn't explain herself that well. It wasn't delerium, but we eventually found out she was alone at home and worried about a cat. Attention and listening are not in the index, but should be in all clinical texts. An essential ingredient in the aforementioned reflective/reflexive aspect of interpersonal exchange. In the summary for C8 it was good to read of constellations. Our forebears joined the stars to provide meaning and explanation for what was life, being and experience for them, who had passed, and who was to follow. Without that political domain, the meaning is incomplete, may be repeatedly mistaken. How impoverished [we are / are we] as a result?

 Chapter 9 starts to present the clinical model, with clinical illustrations - case examples. The focus here is underrepresented factors. There is always an issue about granularity in how much data/information is needed for a comprehensive assessment/evaluation. A paragraph considers The problem of simplication. A question is raised:

'How can a clinician think of all the contributing factors on the spur of the moment, the point at which many if not most clinical decisions are made? Our guess is that your response, as a reader, may be to wipe your brow and decide to return to "treatment as usual." reverting to comfortable algorithms.' p.67.

This 'treatment as usual' is surely institutional in origin? Back to the 'political' again. Well I can think of a way to frame, apprehend all the contributing factors and on the spur of the moment. Healthcare is inherently situated. Healthcare professionals need to proceed with care, especially with constant reference to statistics and algorithms. Hodges' model can provide an anchorage, a safe harbour even if the visit is fleeting. These harbour fees, or dues, service charges are negligible.

 In Chapter 10 brings the complexcity of the clinical "field", once more through a case illustration, a woman with chronic schizophrenia, complexity based on clinical diagnosis. The process of diagnosis (and a medical matter) is largely a matter of data reduction, a means to simplify, and provide an avenue to aggregate and group. There is a history lesson in the development of hospitals, even as in the UK bed numbers have seen whole scale reductions. Interestingly (for further study), of course, diagnosis is also a way to abstract away details. The problem is that although this makes the unknown a known, it is binding when it comes to complexity. It ties down a flux, a dynamic that doesn't just want to be free it is constantly changing and may also achieve a more ordered state. The authors try to get to grips with this, they highlight housing, employment, comorbidity and how these may prevent recovery. All this as they seek to define complexity in clinical terms. No easy task: itself part of the problem.

In the summary for chapter 10 it was encouraging to see the cultural aspects for the person and group emphasised, plus how identical demographic factors can still result in disimilar prognoses, hence the importance to 'see' the person and their respective 'self-management'. 

More to follow ...

^Jones P. (2014) Using a conceptual framework to explore the dimensions of recovery and their relationship to service user choice and self-determination. International Journal of Person Centered Medicine. Vol 3, No 4, (2013) pp.305-311. 

Steven A. Frankel, Steven D. Thurber, James A. Bourgeois (2023) Complexity in Health Care: A Paradigm Shift for Clinical Practice. Cham. Switzerland: Springer. ISBN: 978303114948.

Tuesday, May 12, 2026

Thank you – on International Nurses Day (my emphasis)

Dear Peter*

On International Nurses Day, we want to recognise the vital role that nursing professionals play in delivering safe and equitable care. ...

^There are older models too, that can help healthcare and education deal with racism, inequity, inequality and AI. 

 *Not to me personally, of course - part of a mass NMC mailing on this special day.

Previously: 'safety' : 'lifelong' : 'model' : 'nurse' : 'values' : 'racism'

Wednesday, May 06, 2026

'Anthropological Theory of the Didactic' ATD - in learning mathematics

INTRODUCTION

Several studies have discussed the specific knowledge taught and learned in precalculus, calculus, and analysis courses, from different perspectives: for example, concept image and concept definition (e.g., O’Shea, 2016), APOS theory (e.g., Martínez-Planell, Trigueros Gaisman, & Mcgee, 2016), and the Anthropological Theory of the Didactic (ATD; e.g., Bergé, 2016). Our starting point is the general and relatively vague question of when in an undergraduate degree in mathematics does a student need (need in the sense of to succeed in the course) to engage in mathematical activities that may substantially, or meaningfully, lead to developing mathematical practices. We consider and frame this question within the ATD (Chevallard, 1999), which provides theoretical tools for modelling any human activity or practice. The semantic distinction between these two words is essential to us. Our hypothesis is that the kinds of didactic constructs to which professors and students are exposed are decisive in fostering the emergence of practices out of collections of local, particular, and relatively short-lived activities. From the theoretical stance we take, this means the development of mathematical knowledge out of local, particular, and relatively short-lived mathematical activities.' p.487.

THEORETICAL FRAMEWORK 

“Activity and practice”

'As mentioned above, we have come to see the semantic difference between activity and practice as pertinent to our work. The ATD’s notion of praxeology provides a fundamental model for defining mathematical practice, which, in the context of the theory, is equated to mathematical knowledge. According to the model, any practice (or piece of knowledge) can be represented by a quadruplet [T, τ, θ, Θ] involving four interconnected components: a type of tasks T, which generates the practice, the corresponding collection of techniques τ developed to accomplish T, the discourse used to describe, justify, explain, and produce the techniques (i.e., their technologies θ), and the underlying theories Θ that serve as a foundation of the technological discourse. As students progress in their studies of mathematics, they engage in numerous activities, which progressively determine the practices they develop'. p.489.

Laura Broley and Nadia Hardy. (2018). A study of transitions in an undergraduate mathematics program. In PROCEEDINGS of INDRUM 2018 Second conference of the International Network for Didactic Research in University Mathematics. pp.487-496. ERME topic conference.
https://indrum2018.sciencesconf.org/data/Indrum2018Proceedings.pdf


THEORETICAL CONSTRUCTS 

'ATD “postulates that any activity related to the production, diffusion or acquisition of knowledge should be interpreted as an ordinary human activity, and thus proposes a general model of human activity built on the key notion of praxeology” (Bosch & Gascon, 2014). The praxeology 𝛱 is represented by a quadruple [𝑇/𝜏 /𝜃/𝛩]: its praxis part (or know-how) consists of a type of tasks 𝑇 together with a corresponding technique 𝜏 (useful to carry out the tasks 𝑡 ∈ 𝑇 in the scope of 𝜏). The logos part (or know-why) includes two levels of description and justification: the technology 𝜃, i.e. a discourse on the technique, and the theory 𝛩, which often unifies several technologies. 

The elaboration of a reference epistemological model (Florensa, Bosch, & Gascon, 2015) as sequences of praxeologies, for a given body of knowledge, is an important step in any research carried out in the ATD framework. It is the tool that will be used by the researcher to describe, analyse, put in question or design the specific contents that are at the core of a teaching and learning process. In order to build such a model, “mathematical praxeologies are described using data from the different institutions participating in the didactic transposition process, thus including historical, semiotic and sociological research, assuming the institutionalized and socially articulated nature of praxeologies” (loc. cit. p. 2637).' pp.498-499.

Charlotte Derouet, Gaetan Planchon, Thomas Hausberger, and Reinhard Hochmuth. (2018). Bridging probability and calculus: the case of continuous distributions and integrals at the secondary-tertiary transition. In PROCEEDINGS of INDRUM 2018 Second conference of the International Network for Didactic Research in University Mathematics. pp.497-506. ERME topic conference.
https://indrum2018.sciencesconf.org/data/Indrum2018Proceedings.pdf

I came across this source as I'd read about the way chemistry as a discipline co-opted some mathematical symbols, but adapted them for their own use.

Previously: 'math' : 'threshold concept' : 'liminal' : 'learning'

Monday, May 04, 2026

iii WCCS26: World Conference on Complex Systems 20-22nd April

Chaos
Making a New Science 
by James Gleick


When I first learned of WCCS26, I saw a connection, an affinity across the conference themes. This was reinforced when I read the final program for WCCS. Here was a home for the model, a way-point for Hodges' model. For an independent scholar, it was quite a trip to Ben Guerir, to the north of Marrakech; 13 hours (brief by global standards). It was a place to wave wildly, making use of the opportunity to present Hodges' model, to say - "Dear All, can you do anything with this?".


It is almost 40 years since I read James Gleik's, Chaos: Making a New Science. That was in Cornwall I think? Now, something more than book - a complexity conference 

 After the first two keynotes - two panels: 

 Panel 1 - Complexity, Society & Global Challenges

▪ Carlos Álvarez Pereira - No Limits to Hope: Escaping from the unreasonable effectiveness of Modernity
▪ David Chavalarias - The Artificialization of Cultural Evolution: the Impact of Very Large Digital Infrastructures on Individuals and Society
▪ Louis Klein - Noospheric Singularity and the Mirror of Tamkeen
Panel Chair: Karima Kadaoui

These confirmed I was in the right place. Well, it was bit late if I wasn't! I was reminded of the slow movement, and how in healthcare, specifically client-nurse intereactions you had time to manage your time, that is your caseload to deliver person-centred care. I don't mean time-wasting, as in social chat, tea and custard creams either. This is what being professional is about, truly trying to make a difference - that lasts. So we worked through: What is; (science) what we understand; and (tech and law) what should be. Ecologically, we often refer to the size of our footprints. Panel one considered this individually and collectively - institutionally. Fascinating to reflect upon these themes and how modernity is stamping about in a rather chaotic way? We are seemingly power-less to stop this.

c/o Carlos Álvarez Pereira
No Limits to Hope: Escaping from the unreasonable effectiveness of Modernity

Three reports to the Club of Rome were displayed, spanning 'NO LIMITS TO LEARNING - Bridging the human gap' 1979; 'Limits and Beyond' 2022; 'NO LIMITS TO HOPE - Liberate the potential for Collective Learning' 2026. Should we be troubled, worried even, that the latest followed after a mere four years? There are of course, many reports as per the link above.

David Chavalarias - The Artificialization of Cultural Evolution: the Impact of Very Large Digital Infrastructures on Individuals and Society spoke about the beneficial and malign impacts of social media AI tools. Covid featured as might be expected. Within the sciences, what was worrying, was an innovation slowdown associated with AI, non-AI use, chartered around a central point (centroid). I believe the slide referred to:

Qianyue Hao & Fengli Xu & Yong Li & James Evans, 2026. "Artificial intelligence tools expand scientists’ impact but contract science’s focus," Nature, vol. 649(8099), pages 1237-1243, January. 

There was one slide:


Is this the demise of any efforts to achieve SOCIO-technical synergy? Even to the extent of realising benefits for the human in socio-technical systems? Did Covid not teach us anything about the informational difference technology can make? When so many technologies are muted by a virus? This is what we need: things to think about, question and critique. 

There used to be a series of A3 step-by-step oil painting magazines in the 1970s. One presented a desert campfire, clearly set in the east. I did try it, though not sure were the result is now. ... Such a scenario was presented by Louis Kleinand the Noospheric Singularity and the Tamkeen Process - Regenerative Hermeneutics, with the following reference provided:

Klein, L., & Kadaoui, K. (2024). Realising metamorphic transformation in the mirror of Tamkeen: Growing a shared understanding from co-reflected lived experiences. Systems Research and Behavioral Science, 41(5), 738–749. https://doi.org/10.1002/sres.3058 

There was much I could identify with. And, once again, I cannot continue at this pace. We have only covered (touched!) panel one. Hopefully you now have an idea of the depth of the conference programme. More however, will follow.

See also: thefifthelement.earth

Chaos - cover: https://www.goodreads.com/book/show/826080.Chaos

Saturday, May 02, 2026

Martha's Rule revisited ...

Last year in May, I posted about Martha's Rule. A year on, there is an update:

Evidence suggests Martha’s Rule is saving lives

'To support learning and assess the impact the programme is having, we regularly collect data from sites where Martha’s Rule is in place.

Early evidence suggests Martha’s Rule is saving lives and helping thousands of patients benefit from changes to their care.

Data from September 2024 to February 2026 shows 12,301 Martha’s Rule calls were made, with the highest proportion of calls (72%) made via the family/carer escalation process. 4,047 Martha’s Rule escalation calls (33%) related to acute deterioration.

Of those, 2,310 calls required changes in treatment. This includes 524 calls which resulted in transfers of care to high dependency or intensive care units, enhanced levels of care, tertiary centres or referral/transfer to specialists or a specialist ward. Other changes in treatment (1,786) did not require transfer of a patient from a ward in-patient setting. This includes the introduction of a new medication such as an antibiotic to treat infection, investigations including scans and procedural interventions including going to theatre.'

Source:
https://www.england.nhs.uk/patient-safety/marthas-rule/#implementingmarthasrule


individual
|
INTERPERSONAL : SCIENCES
humanistic ------------------------------- mechanistic
SOCIOLOGY : POLITICAL
|
group

"Not herself ..."
 
Listening 

Martha

1,700 NHS staff

Taking action


escalation
Mills

parents, guardians, friends & family
 
Familly input -
Multidisciplinary Team
 
Teamwork


Martha's Rule



My prompt:
Koronka, P. '1,700 NHS staff use Martha's Rule to raise the alarm'. The Times, 1 May, 2026, p.6.

Previously: 'intuition' : 'observation' : 'listen' : 'communication' (Never as an afterthought.)

Friday, April 17, 2026

Ann Hutchinson Guest (Obit.), 'Authority on dance notation ... '

'Although there are many forms of dance notation going back to Pierre Beauchamp's system for Baroque dance in the 1680s, Nijinsky had developed his own cryptic version. Ann Hutchinson Guest first tried to reconstruct his work in 1956 after the choreogapher's widow, Romola, gave her his notes. "I spent years trying to work it out," she said, adding with a laugh: And I'm supposed to be the leading authority on dance notation in the world. She told how Nijinsky had revised his notes many times, often contradicting himself. 'We couldn't get anywhere. Romolo was furious. She said it was taking much too long."
    Hutchinson Guest studied dozens of different dance notation systems, translating many of them into Labanotation, a system developed in the 1920s by Rudolf von Laban who was a central figure in European modern dance. According to a  press report in 1954: "The printed Labanotation page looks like a combination of hieroglyphs, pictographs, Morse dots-and-dashes, đoodles, and a musie score turned on edge" 
    It was not until 1980 that she and Claudia Jeschke, a dance historian, succeeded in cracking Nijinsky's code after finding a copy of his annotated score in the British Library.'
Register, The Times.

My source: Ann Hutchinson Guest (Obit.), 'Authority on dance notation known for reconstructing Vaslav Nijinsky's scandalous ballet, L'Après-midi d'un faune'. Register, The Times. 20 April, 2022, p.48.
https://www.thetimes.com/uk/obituaries/article/ann-hutchinson-guest-obituary-hkw8z88ns


INDIVIDUAL
|
     INTERPERSONAL    :     SCIENCES               
HUMANISTIC --------------------------------------  MECHANISTIC      
SOCIOLOGY  :   POLITICAL 
|
GROUP
abstraction
representation
interpretation
observation - translation
code - formalism

body (bodies)
symbols - forms
dance
choreography
movement - 4D - time

group
ensemble
'anthropological composition?'
'diagnostic grouping'?
social - cultural category . . .

'collective power & attention 
evinced as time'
'The stage: the space for health'^

Hutchinson Guest in 1956
 Source: The Times.


'Dance has been called moving architecture, a truth which the complexities of contemporary choreography may mask. Not only does the dancer's body form shapes and groups of dancers form moving or static designs, but also group arrangements carve up the stage space, establishing areas of open as well as enclosed space which are significant in their changes and contrasting effects.

While the rccording of movement on paper-dance notation-does not look like movement (disregarding primitive stick figure drawings), there is an "architecture" in the sequence of graphic symbols used to record dance patterns. Over the centuries many different devices have been used to capture dance steps on paper. What are the elements that have to be represented?

The process of dance notation requires reducing four-dimensional movement (time being the fourth dimension) to a two-dimensional surface. The parts of the body in action have to be defined, as does the form of movement involved (flexion, extension, rotation, directional placement) and the duration of each in relation to the overall time structure. In group dances the relationship of dancers to one another must be determined and recorded, as well as their location on stage and their paths of travel. In a dance score each performer is like a small orchestra-arms, legs, head, torso, etc. in motion-this is then multiplied by the number of dancers who are performing individual sequences.'


Guest, A. H. (1990). Dance Notation. Perspecta, 26, 203–214. https://doi.org/10.2307/1567163

^Health is always performed in the political domain, make no mistake (excuses, or exceptions). It is not:
  1. Acknowledged, masked - covered by the 'set design' (see #2 below);
  2. Implied in the medical, biomedical, bio-psycho-social model;
  3. The intermission is neither the time, or place, to reflect upon and critique the political in health :: health in politics.

Previously: 'dance' : 'architecture' : 'movement
 : 'notation'

Sunday, April 05, 2026

Complexity science as a frame; or, a frame for complexity science?

In reading for WCCS later this month, I wonder if Braithwaite et al. (open access) may have found Hodges' model useful in addressing both the learning objectives and questions they raise in their chapter; and as a response to the recommendations?

Braithwaite J, Ellis LA, Churruca K, et al. Complexity Science as a Frame for Understanding the Management and Delivery of High Quality and Safer Care. 2020 Dec 15. In: Donaldson L, Ricciardi W, Sheridan S, et al., editors. Textbook of Patient Safety and Clinical Risk Management [Internet]. Cham (CH): Springer; 2021. Chapter 27. Available from: https://www.ncbi.nlm.nih.gov/books/NBK585611/ doi: 10.1007/978-3-030-59403-9_27

Learning Objectives and Questions Covered in the Chapter

  • How does a linear view of improvement contrast with a complexity science approach? 
  • The complexity frame makes it harder to manage and deliver high quality and safer care — does it therefore need to be rejected in favour of simpler improvement models?
  • What examples can be brought to bear to show how studies in the complexity frame can lead to good outcomes and positive change?'

'In addition, in homing in on any part of a CAS, we can discern elements of both selfsimilarity and local nuances. Self-similarity can manifest fractally, at different scales (e.g., features of the culture of the organisation at the team level approximate to that of the culture of the department, and then division, and then the whole organisation) or laterally (e.g., one department looks comparable structurally to another). It might seem paradoxical, but healthcare levels or departments, despite being self-similar in some respects, also each operate as unique entities. There are always localised contextual, cultural and structural distinctions. Such local nuances occur as the result of the particular configurations of agents (e.g., nurses, doctors, quality managers, patients) following their internalised rules and shared mental models (e.g., put the patients first, project a good reputation to the outside world, prioritise safety) in that unique setting.' pp.378-379.

'Bringing clinicians from different departments together with the patient as the focus, provided a deeper understanding of other’s roles and barriers, helped create a shared mental model, and fostered a whole-of-system approach to the care for patients with this condition.' p.382.

[CAS - Complex Adaptive System]
 

'Recommendations

1. Sensitise those with responsibility for leading, managing, improving or researching care settings to a systems view. 
2. Train sufficient staff in the tools of complexity: FRAM, network analyses, system dynamics modelling, process mapping, and the like. 
3. Approach quality and safety and risk management activities with a knowledge of complexity science, sense-making, and non-linearity rather than as a set of linear problems amenable to simplistic causal change logic. 
4. Consider how our studies, borrowing from complexity theory, have resisted simplifying the challenges, but have nevertheless made progress in understanding care systems and their improvement.' p.389.

 [FRAM - Functional Resonance Analysis Method]

 I will include this in my presentation, duly cited:

 'Complexity science as a frame: or, frame for complexity science?'

Sunday, February 15, 2026

vii Book: Bill Ross - 'Order and the Virtual'

'The Philosophy and Science of Deleuzian Cosmology'

On the publisher's site, the content listing is limited to the chapter (section) titles (as shared in iii). 

There is also one review:

'In classical physics and its mechanical paradigm, events are stories about fundamental objects. In quantum physics, it is the objects that are the stories by which we understand physical systems in their most fundamental form--as histories of events. In Order and the Virtual, Bill Ross makes a compelling case that the event-ontological philosophies of Deleuze and Whitehead will become for the new physics what the philosophies of Newton and Locke were for the old.'

 Michael Epperson, Research Professor and Director, California State University, Sacramento
[ https://edinburghuniversitypress.com/book-order-and-the-virtual.html ] 

It is worth listing the content details in full:

Series Editor's Preface vii
Preface by Robin Durie and David Webb ix
Abbreviations xii

Chaos I
Chaos and Complexity Theory I
Nietzschean Chaos and the Superior Principle of Sufficient Reason 5
The Eternal Return and the Disparity of Forces 8
Ergodicity and Infinite Duration 10
Post-Classical Physics and the Question of Entropy 15

2. Entropy and the Complete Concept in Leibniz and Deleuze 24
Dissymmetry, Energy Gradients and the Ultimate Origination of Things 29
On the Ultimate Origination of Things 30
From Many Worlds to Chaosmos 34
The Calculating God 36
Mathematical Thought, the Problem and the Cosmos 38
The Compete Concept and Disjunctive Synthesis in Sufficient Reason 44
Physical Systems, Disparity and Disjunctive Synthesis 50
Chaosmos as Cosmology 56
Absolute Zero, Limits and the Infinite 60
Simple Order 68

3. Order 71
Mechanism and Vitalism, Order and Complexity 73
The Game Analogy #I: Leibniz and Kant 81
The Game Analogy #2: Claude Shannon and Michel Serres 83
Game #2.1: Claudo Shannon's 'A Mathematical Theory of Communication' 86
Game #2.2: Michel Serres The Birth of Physics 94
Game #3.0: Deleuze's Ideal Game 98

4. Order as Complexity 109
Complexity as Principle 122
Limits without Negation 127

5. Sufficient Reason as Dissymmetry and the Evolutionary Paradigm 131
Limits and Non-Locality 135
A Network Paradigm: Loop Quantum Gravity 150
A Holographic Paradigm: David Bohm's Implicate Order I54
Evolutionary Expansiveness 161

Conclusion 175
Notes 182
Bibliography 207
Index 217

I can see why my reading of OatV is not at the usual 21st century pace. 'Section 2. Entropy and the Complete Concept in Leibniz and Deleuze', pp.24-68, as already noted, is a real melange of ideas from several sources. As noted already, you have to unpick Deleuze, Simondon and Ross's guiding thought. your reading and purpose also matters however; an amazing gift of texts like this.

'CHAOSMOS AS COSMOLOGY

If energy gradients are the sufficient reason of all that appears for ther- modynamics, symmetry is to most intents and purposes the sufficient reason from which modern physics draws its rationale. Mathematical relations of symmetry have come to take the place of 'law` in classical physics: where there is symmetry, science identifies an underlying order, As we shall see, however the point of contention between Deleuze and the prevailing scientific consensus is by no means so black and white. and far from universally upheld among the scientific community. Once again, it is in the particularities of this tension that productive exchange may be found.' p.56.

Leibniz's 'individual' (and monads) differs from that in Hodges' model, but there is the question of time and scale (at both ends of the vertical axis in Hodges' model):
'Each individual is in contact with, expresses, all individuals in the world, but obscurely, again, as with Leibniz, through infinitely ramifying lines of divergence.' p.54.

'Each individual, then, remains necessarily the sum of all its predicates, but in the same sense as a singularity contains its own power of expressing innumerable contradictions; here is Deleuze's 'object = x', the concept which overcomes the idea of world understood merely as a circle of convergence.' p.55.

We often speak in terms of 'take-aways'. Ross provides a packed (yet nutritious!)  lunch and really useful snippets:

'Disjunction becomes a relation' (p.49).

Identity runs through section 2. Difficulties of orientation are noted. I wondered about a symbol for singularity, but I cannot find one(?). Ross, himself, describes as dense, Leibniz's essay on 'Origination'.

Is the nursing process, predicated up Aristotlean 'hylomorphism' (p.50)? To capture the (cognitive) orientation of an individual, do we locate the basis for the immanence of nursing, in problems that are potential, or actual?

Amongst, particle physics, absolute zero, a two-dimensional plane, and 'symmetry'; I found 'ill health'. At least, I did in a spontaneous pencilled note. And, nearby: 'Symmetry is Law'; (p.59)'.

There is grist-for-the-mill in producing new formulations for Hodges' model. Do 'non-commutative relationships, and vectorial transformations abound? (p.60)

Health and ill-health break symmetry (which Deleuze resists), and do so within and across all the domains of Hodges' model.

Ross quotes in Section 3 'Order', page 73 in Bergson's Creative Evolution (236): '[The mechanistic order] may be defined as geometry which is its extreme limit; more generally, it is that kind of order that is concerned, whenever a relation of necessary determination is found between causes and effects'. I could go on ... but scribbled 'cogeography/cogeographical'.

Many thanks to Edinburgh University Press for my review copy.

More to follow here ...

Bill Ross (2024) Order and the Virtual: The Philosophy and Science of Deleuzian Cosmology. Edinburgh: Edinburgh University Press.
https://edinburghuniversitypress.com/book-order-and-the-virtual.html

Thursday, January 29, 2026

Paper: 'Intra-Personal Compromises'

ARGUMENTA

Issue 21

November 2025

https://www.argumenta.org/issue/issue-21/

Intra-Personal Compromises  

Juha Räikkä

University of Turku 

Abstract

The most usual philosophical questions about compromises have been those related to inter-personal compromises, in which parties are compromising with each other, rather than intra-personal compromises, which are often psychologically demanding. This paper aims to fill the gap in the discussion and briefly analyze the nature of intra-personal compromises. The starting point here is the assumption that inter-personal compromises cannot be made without intra-personal compromises, although intra-personal compromises are common even when they are not linked to inter-personal compromises. The main question addressed in the paper is whether the intra-personal compromises that we accept in all kinds of contexts are similar to those intra-personal compromises that we make when we compromise with others. I argue that they are more or less similar, although there are also some distinctive features in intra-personal compromises that are involved in inter-personal compromises. When a person makes an intra-personal compromise in the context of an inter-personal compromise she is forced to act under uncertainty, as she cannot know beforehand what options are really available. The price of the compromise is known only after the negotiation process. This is a special feature, or so I will claim. 

Keywords: Inter-personal compromise, Intra-personal compromise, Bargaining, Uncertainty. 

Räikkä, R. 2025, “Intra-Personal Compromises”, Argumenta 11, 1, 149–162.
https://www.argumenta.org/wp-content/uploads/2026/01/Argumenta-11-1-Juha-Raikka-Intra-Personal-Compromises.pdf
 

For a long time I have viewed the INTERPERSONAL domain of Hodges' model as being concurrent, interchangable, working as the INTRAPERSONAL domain. This paper is a helpful discovery, c/o Philos-L "The Liverpool List" which is run by the Department of Philosophy, University of Liverpool https://www.liverpool.ac.uk/philosophy/philos-l/

There are several examples/cases discussed. While brief, a HOSPITAL CEO example is relevant to studies for Hodges' model, as with, a CRITICAL CITIZEN:

'The above examples are rather similar but have small differences. In the ‘Judge’ example, the overriding principle is based on the importance of institutional rules. In the ‘Hospital CEO’ example, the main concern and the strongest value is pragmatic. In the ‘Critical Citizen’ example, the question is about omission rather than action.' p.157. 

The observation about the CEO speaks volumes, across public and private health sectors (and social care?). There is no discussion of reflection, reflexivity, or critical thinking explicitly. But individual, and collective distinctions, and impacts are explored, especially responsibility and mutuality. Three arguments precede concluding remarks. Further progress might be made exploring and relating these to the concepts of bargaining, uncertainty and compromise through Hodges' model and identity: both person-al and organisational?

Wednesday, January 21, 2026

v Book: Bill Ross - 'Order and the Virtual'

'The Philosophy and Science of Deleuzian Cosmology'

Systemists will find much here: 'principle of least action', 'principle of least resistance', equilibrium, open / closed systems, and entropy. A useful question is posed: 'Is complexity increasing? Is that average complexity across the universe; or the complexity of the most complex object? Deleuzes's Difference and Repetition is quoted:

'The values of implication are centres of envelopment. These centres  are not the intensive individuating factors themselves, but they are their representatives within a complex whole in the process of explication. ...' (p.255-6)'

Reading this I immediately thought of Bohm, who followed shortly after (still in Chapter 1!). In chapter 1, 'Chaos' could be read as Cosmos, hence the term rolling them together - chaosmos. This is the tract from which existence and becoming arise (re-reading). Deleuze's awareness of physics and quantum theory and its influence on his work is discussed, with chapter 2 providing continuity reaching to Leibniz (and 'The Calculating God'), also contributing is 'the complete concept', 'principle of sufficient reason', 'intensive individuating factors' and 'principle of identity of indiscernibles', for example. Even while the context is metaphysics (and it is not!), (for me) this seemingly presages a comprehensive health assessment:

'The necessity in question is the necessary inclusion of all predicates pertaining to an individual in the complete concept of that individual.' p.24.

A reason to look up Lautman's philosophy is that it - 

'... entails a dialectic; a dialectic comprised of the movement of Ideas. While a given theory may achieve the desired tractability of the paradoxical element in question, this can only be the provisional resolution of the problem. This does not imply that the paradoxical element is in itself resolved; it retains its disruptive powers, its `remainder` within the explanatory framework, which will itself once again redistribute, redeploy, in an inevitable encounter with the next explanatory framework. In this sense (a sense which Deleuze embellishes), the 'problem' and the 'solution' are profoundly different in kind to question and answer. Whereas an answer might be understood to put a question to rest, the solution cannot resolve the problem finally.'


Plato's perpetual questioning wins the day and night (that is 24 hour care). This is why, for me Hodges' model is powerful - "Nursing: Be the difference"^ - and more relevant than ever:

INDIVIDUAL
|
 INTERPERSONAL    :     SCIENCES               
HUMANISTIC --------------------------------------  MECHANISTIC      
SOCIOLOGY  :   POLITICAL 
|
GROUP

Self-Knowledge/Care
Literacies
Reasoning*

KNOWLEDGE - FACTS ...
Self-Knowledge for
Self-care
Dialectic*
Guided discovery
Perpetual questioning

Education
Government provision
Access for all
Voice(s): being heard*


Ross explains that Deleuze is not limited to the realm of mathematics: 

and: 'By Ideas, we do not mean models whose mathematical entities would only be copies, but in the true Platonic Idea sense of the term, the structural schemas acccording to which effective theories are organised.'

Is the 'paradoxical agent' at work here, now a digitalized homonculus ready to preside acting as a superior dialectic that runs over the stream of conciousness? Hodges' model is a conceptual framework and ever-ready (we hope) aide-mémoire:

'Problems are always dialectical; the dialectic has no other sense, nor do problems have any other sense. What is mathematical (or physical, biological, psychical or sociological) are the solutions' (DR, 179).' (p.43).

In Hodges' model, the solutions are fixed in time, for what is (usually) an ongoing situation and context. Certain results in mathematics may be fixed, appear as a standing wave, but the flux, dyanamic remains. And, with it noise that is incessant and increasingly political.

This is a challenging, but rewarding read. 

^Have constant regard for representation, creation, being, becoming and how this affects and impacts (the) becoming.

Many thanks to Edinburgh University Press for my review copy.

More to follow here ...

Bill Ross (2024) Order and the Virtual: The Philosophy and Science of Deleuzian Cosmology. Edinburgh: Edinburgh University Press.
https://edinburghuniversitypress.com/book-order-and-the-virtual.html