The cornerstone of the dominant folk theory of free will is the presumption that conscious intentions are, at least sometimes, causally related to subsequent ‘voluntary’ actions. Like all folk theories that have become ‘second nature', this model skews perception and cognition to highlight phenomena and interpretations that are consistent with itself, and pathologize or render invisible those that are not. A variety of experimental, neurological and everyday phenomena are reviewed that cumulatively cast doubt on this comforting folk model. An alternative (...) view, more consistent with the evidence, sees intentions and actions as co-arising in complex neural systems that are capable of anticipating the outcomes of their own ongoing processing. Such tentative predictions, when they become conscious, are appropriated by a ‘self system’ that believes itself to be instigatory, and reframed as ‘commands'. This confusion between prediction and control is hypothesized to arise particularly in selves that are identified in terms of a complex proliferation of partially conflicting goal-states. Such a system routinely needs to carry out detailed and time-consuming analyses of the motivational character of situations, thus creating the conditions in which anticipatory neural states surface into consciousness. The experience of ‘self control’ occurs when the system successfully predicts the dominance of a ‘higher', more long-term or a priori less likely goal state, over another that is seen as ‘lower', short-term or more likely. (shrink)

: Though it is being widely argued that expanding young people's capacity to learn is a viable and desirable goal of education, it it not always clear what this means, how it is to be achieved, and how the effectiveness of interventions is to be assessed. It is argued that the capacity to learn should be interpreted as a portmanteau term that comprises a varied set of positive learning dispositions. These are illustrated, and the idea of ?expansion? is glossed in (...) terms of broadening, strengthening and deepening these dispositions. (shrink)

If you think that intelligence emanates from the mind and that reasoning necessitates the suppression of emotion, you'd better think again--or rather not "think" at all. In his provocative new book, Guy Claxton draws on the latest findings in neuroscience and psychology to reveal how our bodies--long dismissed as mere conveyances--actually constitute the core of our intelligent life. From the endocrinal means by which our organs communicate to the instantaneous decision-making prompted by external phenomena, our bodies are able to perform (...) intelligent computations that we either overlook or wrongly attribute to our brains. Embodied intelligence is one of the most exciting areas in contemporary philosophy and neuropsychology, and Claxton shows how the privilege given to cerebral thinking has taken a toll on modern society, resulting in too much screen time, the diminishment of skilled craftsmanship, and an overvaluing of white-collar over blue-collar labor. Discussing techniques that will help us reconnect with our bodies, Claxton shows how an appreciation of the body's intelligence will enrich all our lives."--Provided from Amazon.com. (shrink)

The Buddhist view of the mind - how it works, how it goes wrong, how to put it right - is increasingly being recognised as profound and highly practical by scientists, counsellors and other professionals. In The Psychology of Awakening, this powerful vision of human nature, and its implications for personal and social life, are for the first time brought to a wider audience by some of those most influential in exploring its potential for the way we live today. These (...) include: David Brazier Jon Kabat Zinn Francisco Varela Joy Manne Geshe Thubten Jinpa Mark Epstein Gay Watson Maura Sills Guy Claxton Stephen Batchelor Deeply relevant, accessible and authoritative, The Psychology of Awakening will be of interest to all those who wish to understand the workings of their minds a little better and who are also seeking new ways of mastering the challenges - personal, professional and cultural with which modern life confronts us all. (shrink)

When I first open a new document on my computer, as I have just done, the relationship between my key presses and what happens on the screen is rather loose. I press Enter a few times to move the cursor down the page a bit , and sometimes nothing happens for a while; or the cursor disappears for a few seconds before reappearing in its new position. After a minute or so, the machine seems to settle down, and then the (...) correlation between taps on the keyboard and movements on the screen becomes much tighter and more consistent. Then, because taps and movements are tightly and predictably coupled, it hardly seems an inference at all to see the taps as the causes of the changes on the screen. While the computer is still 'waking up', I imagine that the taps are still the causes of the screen changes, but that the temporal relationship is lengthened and muddied by the fact that there is a lot else going on inside the machine while it is, so to speak, finishing dressing and cleaning its teeth. If, however, the machine was not just sleepy and preoccupied but seriously ill, then the relationship between taps and screen changes might become so bizarre and inconsistent that I would assume that causality had broken down. There may be causal connections inside still — the machine may still be operating in a completely deterministic fashion — but as I can no longer make sense of the relationship between input and output, I withdraw the imputation of causality. (shrink)

[opening paragraph]: In this commentary I want to offer a general response to the papers: one which links together the introspectionist, phenomenological and Buddhist traditions, and suggests a practical relationship between first-person and third-person perspectives.

Neurophysiological and psychological evidence require us to see perception, the ‘fabrication of experience’, as a process in time. Some of the elapsed time between the onset of stimulation and the appearance of a conscious image is accounted for by onsiderations of neural hardware. Cognitive science conventionally assumes that these structural factors are sufficient to account for the delay. However I argue in this paper that the human information processing system may interpose an additional strategic delay that allows for processes of (...) checking and editing the developing ‘sketch’ or ‘draft’, so that elements that might threaten an underlying self system can be massaged or deleted. This cognitive model parallels that which is found in the Buddhist Abhidhamma, and improves upon the traditional, canonical formulation. Mindfulness meditation can be seen as a process of ‘attentional retraining’, in which the strategic delay is reduced through practice, and self-related assumptions, which had previously been dissolved in or pre-supposed by conscious experience, become crystallized out and capable of being problematized. (shrink)