Category Archives: Science

The Age of Wonder

Over-specialisation, with its attendant false dualities between different areas of thought, is in my view a major issue of our time. It even affects our widespread current inability to face up to the climate crisis, as the authority of specialised experts is such a matter of conflict wherever scientists have to communicate unpalatable findings to the wider population. Surely, I often reflect, if we had a slightly more adequate education system in which both critical thinking and general psychological awareness featured more strongly, it would be a good deal harder for opportunistic denialists to gain such a popular following, and the politics of facing up to difficulty would be at least a bit easier? There are potential future ways of healing the rift – if we have a future, that is.

From time to time, though, I find contemplating the current and likely future situation too much to bear, and take refuge in the past. The past, particularly, before all this specialisation – of the gentleman scholar and the polymathic clergyman. In no way do I want to idealise the past, but it does show us in some ways, not only that things can be done differently, but that they have been. The difference is nearly always that in the past, the things that were better only applied to a very small minority, whereas now our expectations have risen to such an extent that we expect everyone to share in any improvement. When I look (with a temptation of nostalgia) at a less specialised past I have to keep reminding myself of this. Nevertheless, the intellectual integration that some groups managed in the past can still potentially be developed by a wider population in the future.

My appreciation of a pre-specialist past has been boosted recently by reading a book by Richard Holmes (best known as a biographer of Romantic English poets), called ‘The Age of Wonder’, published in 2008. This book offers an account of a crucial phase in the development of science (focusing especially on Britain), from around 1770 to around 1830, but also highlights its constant connections with the Romantic movement. It may come as news to many that during this period all scientists, as well as other thinkers, were still known as ‘philosophers’, as they were in ancient Greece. Such great figures as Joseph Banks (botanist and anthropologist), Humphrey Davy (chemist) and William Herschel (astronomer) described themselves as ‘natural philosophers’. Herschel was also a musician and Davy a poet. Davy was a close friend of Coleridge, Southey and other poets: the arts and the sciences actually talked to each other and maintained an integrated view of the world!

The theme of wonder, that gives the title to the book, is an important one. Poets and scientists were united by wonder, and wonder is an open emotion implying a strong continuing access to experiential right hemisphere perspectives. Though of course none of these figures were free of dogmatic assumptions, their sense of wonder, and their social sharing of it, could provide a check to the tendency of a specialised theoretical perspective to assume that its view of the world provides a total explanation. Not only did this make these great early scientists apparently open to new forms of discovery, but it also made them much more flexible in their use of their expertise than one would expect from a modern academic. Sir Humphrey Davy not only pioneered our understanding of the constituent gases of the atmosphere, the carbon cycle, and the isolation of substances like chlorine and iodine through electrolysis, but he also developed a safety lamp that greatly reduced the likelihood of coal miners dying in gas explosions. Today that would be considered the work of a technologist, not a scientist, but in Davy’s day there were no such distinctions.

There was wonder, too, in William Herschel’s astronomical achievements. Not only did he discover Uranus, but he was also the first to recognise the vast distances between the Earth and the stars, together with the existence of galaxies. He did this partly by developing larger and better telescopes, but also (on his own account) by just learning to look at the stars. Observation became not just a matter of passively watching, but rather a matter of actively altering your method of observation so that the visual data coming through the telescope made sense. There was wondering receptivity as well as theoretical expectation there, in a form that can add to our confidence that Herschel was not merely observing what he wanted to observe. We can never entirely rid ourselves of confirmation bias, but we can definitely make a difference.

In the hands of these inspirational early scientists, science often seems like a Middle Way practice – one in which we are constantly adjusting our view of the world in the light of new experiences and perspectives, rather than seeking only to confirm or deny. Of course, there are also many modern scientists who take this approach. There are also far more educated people in the population able to understand what they do than there were in 1830. Nevertheless, it seems to me that something important has been lost, not always in individual attitudes, but primarily in the educational and academic system that frequently isolates those individuals from each others’ perspectives. Academics can usually only compete effectively in their specialised niches by hardening their assumptions to fit the social expectations of that discipline. The relentless managerialist emphasis on ‘efficiency’ of research in modern academic life also removes much of the leisure enjoyed by those in the Age of Wonder, and so further closes the doors of wider exploration.

There are also many signs of a thirst for a return for that lost interdisciplinarity today. Recently I was intrigued to learn of the launch of the London Interdisciplinary School, due to open its doors in 2020 to an entirely interdisciplinary cohort of students. They were looking for founding faculty, so I applied, but I’ve since heard that they had 612 applications for 6 places. I thus don’t expect to be successful, but this tells you something about how much pent-up longing there is to get back, in some sense, to the age of philosophers worthy of the name (ones who are not just experts in Dismissiveness Studies).

The Age of Wonder is after all still going on, and will continue as long as we are capable of wonder.  We’ll be capable of wonder as long as we can reach out beyond our own little niches of assumption – whatever they are. As long as we’re capable of wonder, we’ll also be capable of creative discovery.

The MWS Podcast 142: Jeremy Sherman on the origin of striving

Our guest today is Jeremy Sherman. Jeremy is a decision theorist researching and writing about choice from the origin of life to everyday living. He teaches college courses across the social sciences and blogs for Psychology Today. He’s here to talk to us about his latest book Neither Ghost nor Machine in which he distils for a general audience the theory developed by renowned neuroscientist Terrence Deacon that extends the breakthrough constraint-based insight that inspired evolutionary, information, and self-organization theory. He argues that emergent dynamics theory provides a testable hypothesis for how mattering arose from matter, function from physics, and means-to-ends behavior from cause-and-effect dynamics. In effect that what this offers, is a physics of purpose and can make science safe for value, We’ll also talk about how this all might relate to the Middle Way



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Announcing our new webinar programme

We’ve got a new monthly webinar programme now open for booking, running for 13 months from Dec 2018 to Dec 2019. There will be a variety of topics, all of which involve the relationship between an area of practice or interest and the Middle Way – for example, the Middle Way and Meditation, the Middle Way and Science, the Middle Way and Judaism. This is your opportunity to find out more about a Middle Way perspective in relation to a topic that already interests you, interacting with members of the society in real time online.

For more information, including the full programme and how to book, please see this page.

Systems Theory and the Middle Way 1: Beyond the Loop

I have recently been thinking a good deal about systems theory, following my reading of the detailed textbook created by Fritjof Capra and Pier Luigi Luisi, which I have reviewed here. There are a great many ways that their application of systems theory to all sorts of subjects can also enrich our understanding of the Middle Way, so this could well be the focus of a whole series of blogs encompassing the relationship between systems theory, the Middle Way, and everything from chemistry to economics. However, the first thing to explore is the basic relationship between systems theory and the Middle Way itself. Systems theorists do not seem to use the term ‘Middle Way’ or be aware of it, but it seems to me that it could also add a helpful dimension to their thinking.

As I see it, systems theory requires the Middle Way, and the Middle Way requires systems thinking. What they most basically have in common is a focus on relationships between things rather than linear processes, an attempt to take the complexity of total conditions into account, and an appreciation of the limitations of closed feedback loops. Each of these is worth exploring a little:

  • Focusing on relationships rather than linear processes means that we do not identify one ‘thing’ and treat it as though it was independent. For example, if we are concerned about a recent wave of knife crime in London we do not just look at police levels and assume that the rise in crime must necessarily be solely due to police cuts. We see crime as a complex phenomenon with lots of relationships to changes in family life, youth facilities, education, economic conditions, the internet, and individual psychological states. All of these, in turn, are complex networks of relationships between ‘things’. The boundaries that we give to things are conventional and ever-shifting rather than final, so rather than pretend that they are fixed by our language we need to try to talk, instead, about ongoing types of relationships. We can note, for example, that there is an interaction between some types of crime and the ability of the criminals to video the crime and put it on the internet. It’s not that ‘the internet causes crime’ or that ‘crime causes the internet’: rather these two networks are in a mutually reinforcing loop relationship.
  • An attempt to take the complexity of total conditions into account means that although we can’t have an omniscient total view of everything, we can at least take into account the limitations of the view we have now compared to such a total view, and compensate for it as best we can. We can justify our beliefs in more or less adequate ways. If we simply assume that the view we have now is total, then this is absolutisation, an inadequate way of thinking. If we make allowance for as wide a range of conditions as we can practically manage before we make a judgement, that will aid our adequacy. Best of all, though, is to maintain provisionality in the judgements we do make, so as to take into account the possibility of unknown unknowns.
  • An appreciation of the limitations of closed feedback loops. According to systems theory, living systems rely on closed feedback loops, which amplify the effects of a particular unique feature in that system. By maintaining a particular process without adjusting further to the world around it, an organism maintains its distinctiveness and its boundaries. Thus, for example, genetic reproduction involves a largely closed feedback loop by which living organisms create more living organisms of nearly the same kind, and genetic faults as well as helpful features are perpetuated. Factories, in a closed feedback loop, produce more and more of the same goods, in dependence on the economic system that produces demand for those goods. At a psychological level, an obsession with football has a tendency to produce more obsession with football. Closed feedback loops are the basis of life, but they are also rigid and interfere with adaptation to new conditions. Thus genetic reproduction became sexual so as to incorporate some new genes and produce an open, adaptive element in the feedback, factories need to redesign their goods from time to time, and football obsessives have to pay attention to their jobs, partners and houses.

The Middle Way is an approach for us, in our particular embodied situation of judgement. It involves avoiding closed feedback loops and cultivating open ones, because sticking to closed loops is the constant easy temptation for us – the shortcut that makes things worse in the long run. Yes, in the bigger picture, all life needs closed feedback loops as well as open ones. In our specific situation of judgement, however, and our practice as humans in an advanced civilisation, it’s open ones that we have to work to achieve. That’s because closed feedback loops are the easy default, constantly reinforced by group pressure, tradition and authority. To engage in an open feedback loop in our judgement is to change our minds in response to a problem we have recognised in our previous view, leading to us revising our view. That’s uncomfortable but necessary.

I think it is interesting to try to restate the Middle Way entirely in the terms of systems theory. When doing this I came up with a list of principles. The last five of these are equivalent to the Five Principles of the Middle Way but using different language.

  • Absolutisation is the attempt to treat a complex system as linear.
  • The Middle Way is an attempt to respond to complex systems as such.
  • All systems are to some extent complex, and thus basically unknowable from our finite position – though their degree of complexity varies (principle of scepticism).
  • Recognising complexity entails constant recognition of the limitations of our understanding of conditions, actively applied through openness to alternatives (principle of provisionality).
  • Complex systems can be nudged but not reprogrammed (principle of incrementality).
  • Linear reductions of complex systems may either take the form of conceptually reducing the whole system to a linear process (positive absolute), or denying the working of the system (negative absolute) – both of these need to be equally avoided (principle of agnosticism).
  • Disruptions in complex systems are resolved by stimulating further complex development (principle of integration).

Every time we think we have got ‘truth’ or ‘falsehood’ nailed down, it is only because there is complexity that we haven’t taken into account. That applies to some extent in every judgement, but particularly in relation to living systems (including everything human as well as biology and ecosystems), because their complexity is so much greater. Every element of a complex system is adjusted to every other element (like each member of a flock of birds that wheels together) so if you change one element it will change the others in ways that are not entirely predictable.

So, complex systems cannot be reprogrammed, because you can’t just redesign a complex system from scratch – it has to gradually evolve in relation to the other elements of the system, together with all the other systems. Engineers get away with building things (like cars or bridges) from scratch to some extent, until entropy sets in and things start going wrong, but you can’t engineer genes, for example, without threatening all those complex inter-evolved relationships. That’s why living systems can only be nudged, and why change in the complex systems we call ourselves has to be incremental.

Every time we over-simplify our experience into an absolute, we’re taking some element of our experience and interpreting it in a way that may be justified under a given set of assumptions, but does not take into account that complexity. If you take the example of the complex system known as religion, you can reduce that to a linear system in one way by assuming that it is essentially all about the truth or falsity of particular beliefs (such as the existence of God), or by dismissing the entire system, ignoring the role it has developed to fulfil in relation to lots of intersecting systems. Either way, your approach won’t be adequate to the complexity of religion and the relationships it has with everything else.

When we experience some sort of conflict, that can also be seen as disruption in a complex system. Up to a point, that disruption may be handled by the checks and balances in that system. For example, a bit of stress may result in a minor illness, but then we recover. However, if you create too much conflict in a system it can go past a tipping point that destroys it: whether you’re talking about a person overwhelmed by stress or an ecosystem overwhelmed by human activity. Integration in Middle Way Philosophy is the kind of development we can make, as individuals or as social systems, to heal conflict and thus avoid that danger of destruction. As we become more integrated our system becomes ever more complex – for example we develop greater levels of awareness that enable us to regulate stress by recognising when we are in danger of being overwhelmed, and using relaxation or meditation before we reach that point. It requires further brain development to have the neural connections to develop this awareness.

What I find missing from the systems theory I have read so far is sufficient focus on the experience of those who are engaging with it. What exactly should we do in response to the recognition of systems and complexity? Middle Way Philosophy starts from this place of immediate experience, and considers the universal question of where to go next. Systems theory as a whole, however, often seems to focus on overall systemic description of aspects of the universe, whether or not that is relevant to individual judgement in our current situation. Starting from where we are in a world of systems, we need the Middle Way, or at least something like it that fulfils the same functions.

Picture: Flock of birds by Chris Rasmussen (public domain)

The MWS Podcast 132: Daniel Goleman on Altered Traits – The Science of Meditation

We are joined today by the internationally renowned psychologist, author and science journalist Daniel Goleman. For twelve years, he wrote for The New York Times, reporting on the brain and behavioural sciences. His 1995 book Emotional Intelligence was on The New York Times Best Seller list for a year-and-a-half as well as being a best-seller in many countries, and is in print worldwide in 40 languages. He’s the author of many other books on a wide array of topics including self-deception, creativity, transparency, meditation, social and emotional learning, ecoliteracy and the ecological crisis and he recently collaborated with the Dalai Lama on the book ‘A Force for Good: The Dalai Lama’s Vision for Humanity’. He’s here to talk to us today about his latest book which he co-wrote with his long –time friend and collaborator Richard J Davidson entitled ‘Altered Traits: Science Reveals how Meditation changes your Mind, Brain and Body.

MWS Podcast 132: Daniel Goleman as audio only:

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