28 August 2015

Having Seen a Form with the Eye...

If the Kaccānagotta Sutta (SN 12.15) represents the epitome of early Buddhist metaphysics, then what would its counterpart be in terms of practice? After all it is one thing to accurately define the terms of Buddhist practice, to make it clear that we are examining experience and that we are not speculating on the nature of reality, that the proper domain of application of Buddhist thought and training is the world of experience. Most people are familiar with the "meditation" suttas, especially the Ānāpānasati (MN 118) and the Satipaṭṭhāna (MN 10). But is there something between metaphysics and meditation? On one hand I've already explored the Spiral Path texts (Western Buddhist Review) which give a general outline of the Buddhist program in more practical terms, corresponding to the threefold way of sīla, samādhi and paññā. However, I've also noted that sīla or Buddhist ethics seems to defined in different ways at different times (Ethical Modes in Early Buddhism).

My Pali reading group is reading the Cūḷahatthipadopamasuttaṃ (MN 27) which seems to suggest layers of practice of exponentially increasing intensiveness. The broad basis is ethics. Following the precepts establishes the basis for Buddhist practice. Then one practices restraint of the senses to eliminate the hindrances, preparing the mind for meditation., which prepares the mind for insight. 

I can easily be seen how this relates to the Spiral Path teachings. But instead of sīla, samādhi, and paññā we have an extra layer: sīla, saṃvara, samādhi, and paññā. In fact, in the Spiral Path we can see that what I have previous labelled sīla is in fact typically more like saṃvara. This essay is mostly about the saṃvara aspect. However, the hatthipadopama also provides a context that allows us to see, what I previously mistook for two kinds of ethics, as distinct practices of differing intensity.

In the hatthipadopama the practice of saṃvara revolves around the phrase so cakkhunā rūpaṃ disvā 'having seen form with the eye, he...'. By looking at what ideal practitioners do having seen a form, we get a sense of how the early Buddhists expected a skilled practitioner engages with the practice of saṃvara
so cakkhunā rūpaṃ disvā na nimittaggāhī hoti nānubyañjanaggāhī. yatvādhikaraṇamenaṃ cakkhundriyaṃ asaṃvutaṃ viharantaṃ abhijjhādomanassā pāpakā akusalā dhammā anvāssaveyyuṃ tassa saṃvarāya paṭipajjati, rakkhati cakkhundriyaṃ, cakkhundriye saṃvaraṃ āpajjati.
Having seen form with the eye, [the ideal disciple] doesn't grasp at signs (nimitta) or at secondary characteristics (anubyañjana). Since dwelling with the eye-faculty unrestrained, mental events (dhammā) of covetousness and grief, evil, unwholesome stream into [their mind], for that reason they practice restraint (saṃvara), they protect the eye-faculty, they undertake restraint with respect to the eye-faculty.
The analysis is repeated for each sensory mode. This passage or a close parallel of it is found through out the four main Nikāyas, e.g.
  • DN i.70, i.270;
  • MN i.180, i.268, i.346, i.355, ii.162, ii.226, iii.2, iii.34, iii.134 (as iii.2, abbreviated),
  • SN iv.104, iv.111, iv.176, iv.178,
  • AN i.113, ii.16, ii.39, ii.152, ii.153, ii.210, iii.99, iii.163, v.206, v.348, v.351
So having seen form with the eye (cakkhunā rūpaṃ disvā) the practitioner is not (more literally) "a grasper of signs" (nimitta-ggāhin). The etymology of nimitta is uncertain, though likely related to the verb √ 'to measure'. Generally it means 'a sign or omen'. The latter is an important connotation. However there are several other main senses and most likely here it refers to 'outward appearance, mark, characteristic, attribute, phenomenon.' From this point of view, the problem apparently is not that we grasp the form itself, but that we grasp the mental image of it. 

The early Buddhists were dismissive of fortune telling and omen reading.† Here the implication is that the experience of a form, the signs by which we know we are having an experience, are like the omens that foretell events. For anyone who is a skeptic the omens are meaningless, at best a coincidence at worse completely unrelated except in the imagination of the credulous. The unawakened treat the nimittas that arise from seeing forms as being like omens. The skilled practitioner sees them for what they are.
† Some years ago now the late Professor David Pingree noticed that the Brahmajāla Sutta contained a list of omens which monks are forbidden to use. See Persian Influences on Indian Buddhism.
This is a very important distinction. It suggests for example, that it's not the money we grasp, when we grasp at wealth, but the mental counterparts of it. In other words it's not the physical act of grasping that is problematic, but the mental concomitants of it: basically the desire for the pleasurable experiences we associate with the act.

The practitioner is also not a grasper of secondary characteristics (anubyañjana-ggāhin). The base word is byañjana or vyañjana, a word that is used for words and letters. Like nimitta, byañjana can refer to a sign or characteristic. With the prefix anu- it means 'accompanying characteristic, secondary attribute. Thus we can take this as relating to papañca (see my two essays on the word and the meaning). Nimitta is the experience of contacting a sense object, where anubyañjana is our internal reflection on, or reaction to, the experience, the experience of having had the sense experience. 

So the practitioner does not grasp at either of these types of experience. Things arise in our sensorium and they pass away. When we allow this process to take it's natural course without imposing our desires and aversions onto it, then we are free. But if we do impose them, then evil, unwholesome thoughts invade out minds, such as desire (abhijjhā) for more pleasure, despondency (domanassā) at the cessation of pleasure or the failure of pleasure to arise. So in order to be free of unwholesome thoughts we protect the sense faculties.

Sometimes this is referred to as indriyesu duttadvara or "guarding the gates of the senses". In turn, as I explored long ago in my essay on the Buddha's last words, appamāda (often translated as 'vigilance' or similar) is also found in this context and etymologically means 'not blind drunk' or in context 'not blind drunk on the objects of the senses'. Which here clearly refers to practising restrain as sense cognitions arise and pass away. Yes, we can also practice wise attention, and not seek out overt stimulation, but the key is what we do with sense experience that arises and passes away.


A similar passage is referred to as saṃvarapadhāna 'striving for restraint' (DN iii.225), and vaṇaṃ paṭicchādetā 'dressing a wound' (MN i.122, AN v.538) or uttariṃ karaṇīyaṃ 'the highest obligation' (MN i.273). Another minor variation (DN iii.269, 291, AN ii.198-9, iii.279, v.30, cf. DN iii.244) puts the above more simply:
Idhāvuso, bhikkhu cakkhunā rūpaṃ disvā neva sumano hoti na dummano, upekkhako viharati sato sampajāno.
Here, friend, a bhikkhu, seeing form with his eye he is not elated or despondent, he dwells stoical, mindful and attentive.
An important variation for understanding the Buddhist account of suffering and liberation occurs at MN i.266:
So cakkhunā rūpaṃ disvā piyarūpe rūpe sārajjati, appiyarūpe rūpe byāpajjati, anupaṭṭhitakāyasati ca viharati parittacetaso.
Seeing a form with the eye they are attracted to a pleasing type of form and averse to an unpleasing type of form, they dwell without establishing mindfulness of the body and with an unprotected mind (parittacetaso)
Unsurprisingly this failure to protect the mind sets off a chain reaction which is can be seen as a subset of the twelve nidāna (or the nidānas could be an expansion of this list). And thus they give rise to all the different kinds of disappointment, discontent and suffering (kevalassa dukkhakkhandhassa samudayo). In some passages (SN iv.119, SN iv.184, iv.189, iv.198) the verb sārajjati is replaced by adhimuccati 'drawn to'. In these passages the contrast is between having guarded doors (guttadvāra) and unguarded (aguttadvāra).

At (MN iii.216, iii.239; AN i.176) the phrase is part of a very differently worded teaching, but still seems to aim at the same approach. The Saḷāyatana-vibhanga Sutta appears to be influenced by Abhidhamma categories of dhammas. It revolves around the idea of manopavicāra 'mental exploration' which Buddhaghosa relates to applied and sustained thought (vitakkavicārā MNA v.20). In the Theravāda Abhidhamma there are 18 kinds of manopavicāra which are based on the 18 dhātus.*
* the 18 dhātus are the six sense objects or external bases (cha bāhirāni āyatanāni); the six sense faculties (indriya) or internal bases (cha ajjhattikāni āyatanāni), and the classes of cognition (cha viññāṇakāyā).
The procedure is like this:
Cakkhunā rūpaṃ disvā somanassaṭṭhānīyaṃ rūpaṃ upavicarati, domanassaṭṭhānīyaṃ rūpaṃ upavicarati, upekkhāṭṭhānīyaṃ rūpaṃ upavicarati.
Seeing a form with the eye they investigate (upavicarati) a form which is a source of misery, or investigate a form which is a source of elation, or investigate a form which is a source of equanimity.
This sutta makes some distinctions. For example there is a contrast at MN iii.219 which asks about the six kinds of equanimity associated with household life. Here a householder having seen form with the eye uppajjati upekkhā bālassa mūḷhassa puthujjanassa... "He gives rise to the equanimity of the foolish infatuated hoi polloi, etc.". This kind of equanimity is of a lesser kind, because it dhammaṃ sā nātivattati "It does not transcend the dhamma." Dhamma here probably means "mental-object", which is how Ñāṇamoḷi & Bodhi translate it. The sutta continues to outline a complex system of practice.

In Practice.

At the end of the section on saṃvara the hatthipadopama says
so iminā ca ariyena sīlakkhandhena samannāgato, iminā ca ariyena indriyasaṃvarena samannāgato, iminā ca ariyena satisampajaññena samannāgato vivittaṃ senāsanaṃ bhajati araññaṃ rukkhamūlaṃ pabbataṃ kandaraṃ giriguhaṃ susānaṃ vanapatthaṃ abbhokāsaṃ palālapuñjaṃ. 
Endowed with this noble mass of virtue, and possessing this noble restraint of the senses, and possessing this noble mindfulness and attentiveness, he resorts to the wilderness, the foot of a tree, a mountain, a grotto, a mountain cave, a cremation ground, or a pile of straw in a clearing in the jungle. 
And here, of course, he or she sits down and deals with the five hindrances, and having abandoned them (pañca nīvaraṇe pahāya), enters the first jhāna, and so on. In the hatthipadopama, having purified, stabilised and made their mind malleable through jhāna, the practitioner then turns their mind to insight. In this case it is through contemplating the tevijja, i.e. the three mystic skills: the knowledge recollection of former births (pubbenivāsānussatiñāṇa); knowledge of the death and rebirth of beings (sattānaṃ cutūpapātañāṇa); and the knowledge of the destruction of the āsavas (āsavānaṃ khayañāṇa). It seems very likely that the early Buddhists saw this passage as literal: they believed in rebirth and they believed that knowledge of the way that beings were reborn was attainable. But the tevijja is not the only description of Buddhist insight practice and anyone of them could be substituted at this point.

Thus there is a sequence of increasingly intensive practices:

sīla - saṃvara - sati-sampajāna - nīvaraṇe pahāya - jhāna - vipassana

What we can take from this, is that simple ethics is not sufficient to sustain a meditation practice. It is certainly necessary, but in fact we must prepare through a far more rigorous approach to sense experience. This essay has focussed on saṃvara or restraint, but having established saṃvara, there is still some way to go before attempting meditation. One must be mindful, in the sense of paying close attention to ones movements and actions. Certainly hatthipadopama associations sati-samapajāna primarily with awareness of the body. And then one is ready to tackle the hindrances. And it's not simply that the layers follow on from each other in a linear way. Each seems to me to be an order of magnitude more demanding. It's not a simple step from sīla to samādhi. In fact samādhi is several orders of magnitude more intensive than even a quite rigorous practice of sīla.

This gives us the sense that meditation proper is actually quite an advanced practice. We sometimes talk about the necessity for basic ethics in relation to meditation, but we seldom seem to have the approach of exponentially increasing focus leading to concentration. There's a passage from the Upanisā Sutta on the Spiral Path which supplies an image for this kind of progressive approach:
Just as monks, when the gods pour down rain over the mountains and water flows down the mountainside filling up the branches of the crevices and gullies. Having filled the crevices and gullies small lakes are filled, and then the great lakes. The great lakes being filled, the small rivers fill up. The small rivers fill up the large rivers, and the large rivers fill up the great ocean.
The passage is much more common in the Chinese Spiral Path texts found in the Madhyamāgama (see my draft translations), it's attached to almost all of the Chinese Spiral Path texts, not just the counterpart of the Upanisā. This suggests that it struck a chord with early Buddhists in the North. It is trying to say that if one only fulfils (paripūreti) the first stage, then practice overflows into the next. Another Spiral Path text describes this process as natural (dhammatā). Though experience shows that progress still requires continuity of purpose.

To me, Buddhism begins and, more importantly, ends with experience. This kind of approach to increasingly intensive explorations of experience seems particularly significant. It's probably not enough to be generally ethical and to attempt some meditation techniques. The text and it's counterparts suggest that a far more systematic approach is required. And that each layer of practice is more demanding then the previous. When we skip layers we all too often find ourself floundering because we have not done the preparation. 


For some comments on this sequence of increasingly intensive practices and its parallel in Patañjali's Yogasūtra see: The Yoga Sutra: a handbook on Buddhist meditation? 

21 August 2015

Why Are Karma and Rebirth (Still) Plausible (for Many People)? Part II

Part I of this essay introduced Justin L. Barrett's ideas on reflective and non-reflective beliefs. Non-reflective beliefs are formed through experience of interacting with the physical world and unconsciously assimilated from people around us as we grow up. Reflective beliefs are thought through, but are shaped by non-reflective beliefs before we become aware of them. We find concepts plausible to the extent that they match our existing non-reflective beliefs. In part II we move on to discussing how supernatural beliefs fit into this basic pattern. 

Minimally Counter-Intuitive Concepts 

Belief in supernatural agents, gods or ghosts, does not require a special part of the brain. What is required is a concept that mostly fits our non-reflective beliefs, and thus feels intuitive, but that has a few counter-intuitive characteristics, enough to make it interesting and memorable. 
"These minimally counter-intuitive beliefs may be characterized as meeting most of the assumptions that describers and categorizers generate—thus being easy to understand, remember, and believe—but as violating just enough of these assumptions to be attention demanding and to have an unusually captivating ability to  assist in the explanation of certain experiences. "(Barrett 2004: 22)
Concepts that are maximally counter-intuitive are simply not believable.  Concepts that are maximally intuitive are believed without question and become part of the background. It is the concept that is mostly compliant with our non-reflective beliefs, but which violates them in an interesting way that captures our attention. Barrett offers the following examples: A dog that grows old and dies is unremarkable; but a shoe that behaved the same way would be a minimally counter-intuitive concept. Similarly an inanimate object that talks, an agent that can break the laws of physics, or a plant that eats animals are minimally counter-intuitive. Of course the latter really exists in the form of the Venus-flytrap. So being minimally counter-intuitive does not rule out the concept from being true.

A dog that talked might be minimally counter-intuitive, but a dog that wore a suit and ran a Fortune 500 company would be violate too many of our non-reflective beliefs and would be considered bizarre. Though this would work in a cartoon. Barrett asserts that what counts as bizarre varies according to individual experiences and cultural factors, but that whether a concept is minimally counter-intuitive does not vary. This is because all people have roughly the same collection of mental tools doing the categorising and describing that produce non-reflective beliefs. 

If a concept has too many counter-intuitive elements it seems implausible, but just enough makes the concept more interesting and memorable. And such concepts constitute a special group in Barrett's theory, precisely because they are interesting and memorable. Myths, legends, films and cartoons all play with this distinction. For example the talking wolf in the story of Little Red Riding-hood or the little bear in Goldie Locks are able to play an active role in the story and help to make the story memorable. Similarly for Pinocchio the wooden toy who becomes a real little boy. Many religious beliefs fall into the category of being minimally counter-intuitive, or are made up of minimally counter-intuitive elements. 

One of the key minimally counter-intuitive ideas is that death, the end of the physical processes of life, does not mean the end of mental processes. Children, for example, can readily conceive that death means the end of physical processes, but regardless of religious background, they tend to assume that mental processes continue independently of the body (Bering et al. 2005). So they are able to correctly assess that dead people no longer need to eat, but will assume that they still get hungry. This is very similar to the belief behind Brahmanical ancestor worship involving offerings of food and drink to the departed (preta). The offerings are transformed into smoke by the fire, the smoke drifts up into the sky where it nourishes the departed. Buddhists (rather cruelly) parodied the Brahmanical pretas as a class of tormented beings who can never slake their thirst or sate their hunger. Children of all faiths and none seem to reason this way about death from an early age. They do not see death as a full-stop, but assume that mental processes of the dead keep going, despite the death of the body. Many factors go to sustaining and reinforcing this kind of mind/body dualism. But underlying it are non-reflective descriptions of agents that do not rely on embodiment, so that unseen agents are minimally counter-intuitive. 

As Thomas Metzinger has said: 
For anyone who actually had [an out-of-body experience] it is almost impossible not to become an ontological dualist afterwards. In all their realism, cognitive clarity and general coherence, these phenomenal experiences almost inevitably lead the experiencing subject to conclude that conscious experience can, as a matter of fact, take place independently of the brain and body. (Metzinger 2009: 78)
The separation of mind and body is a minimally counter-intuitive concept. Most of the time we experience our minds and bodies as inseparable. The out-of-body experience conflicts with this in an interesting and memorable way and it also consistent with our other non-reflective beliefs about death. We can go further, because this concept of being disembodied goes towards explanations of the world that address some of our deepest fears. If the thinking part of us can exist disembodied, then the Just World (or Moral Universe) Theory is a possibility, because life after death is a possibility. An afterlife is attractive and satisfying on all kinds of levels. So a complex of non-reflective and reflective ideas and concepts reinforce each other and make religious beliefs seem plausible, even though they contain counter-intuitive elements. It is this explanatory power that explains the success of religious ideas, despite the presence of counter-intuitive aspects. 

To summarise, a concept will seem plausible to us if it fits with many of our non-reflective beliefs (feels right), and also with our current reflective beliefs (makes sense). The relationships between reflective and non-reflective beliefs is recursive, a reflective belief seems plausible if it concurs with our non-reflective beliefs, but is also shaped by them to be more plausible. A minimally counter-intuitive concept fits with a large number of our non-reflective beliefs, but violates a small number of them. This feature makes the minimally counter-intuitive concept interesting and memorable. If the minimally counter-intuitive concept can also be put to use explaining mysteries, then it can seem extra-ordinarily plausible in our minds, despite the remaining counter intuitive elements. For example, religious miracles are implausible, but in the context of religious belief as a whole, this implausibility is what makes them interesting and memorable.

Of course many religious ideas, such as the Christian creator/law-giver/saviour God or Buddhist karma, are neither simple nor minimally counter-intuitive. Barrett offers two solutions to this problem.

Firstly a complex belief might be made up of parts that are minimally counter-intuitive. For example the idea of life after death is minimally counter-intuitive. The idea that morality can be understood via an accounting metaphor is broadly intuitive and seems to be common to many cultures (not least to Buddhist and Christian accounts of morality). And a just world is also a minimally counter-intuitive concept. So a complex concept such as a just world involving moral accounting in the afterlife, which is not itself minimally counter-intuitive, might not violate the principle because its parts are minimally counter-intuitive. And this this may be facilitated by the way we think about such things. When trying to think about karma we seem to take parts of it one at a time. Although Buddhism teaches that "actions cause rebirth"; we tend to think in terms of "actions have consequences" and a range of other partial concepts are are either intuitive or minimally counter-intuitive, so that the whole seems plausible.

Secondly systematic religious education (not to say indoctrination) and experience of religious practice might shift our non-reflective beliefs, so that what we feel to be intuitive may shift to accommodate what was previously felt to be counter-intuitive. For example we may not find "higher states of consciousness" an intuitive idea until we begin to meditate and start to experience them. The reinforcement that comes from being in a group dedicated to certain propositions cannot be under-estimated. As psychologist Daniel Kahneman puts it:
"We know that people can maintain an unshakable faith in any proposition, however absurd, when they are sustained by a community of like-minded believers."
However we've already seen in Part I of this essay, that under time pressure people tend to revert to non-reflective views about God. Some complex theological concepts crumble when people don't have time to be reflective. We may consciously take on religious beliefs for reasons other than their plausibility or implausibility. We may, for example, want to fit in with a community we find attractive. I think Barrett plays down, or overlooks, the importance of social factors of religious beliefs in his account.

We've already mentioned in passing that unseen agents meet the criteria of being minimally counter-intuitive (they are typical of agents except for the fact of being invisible). We must now consider in more detail how our brains process information about agents.

Finding Agents Everywhere

A key mental tool in religious beliefs is what Barrett calls the Agent Detective Device. What he means by this is the complex function of our minds which scans the environment for agent directed activity. This ability has clear evolution advantages. We need to be able to identify the presence of other agents. It is a key ability of social animals that we recognise others of our kind as agents of the same type as ourselves. Social primates, for example, work together to ensure that the group has gets enough food and is protected from predators. Predator detection is another key task for agent detection. When we're outdoors there are all kinds of sights and sounds, all constantly changing. Working out if the bump in the night is something to be afraid of, has clear survival benefits. And better to err on the side of caution and have a first approximation that the sight or sound is an agent, because taking evasive action from an inanimate object costs us little, whereas failing to take it against a predator might cost us our lives. This is why noises at night cause our hearts to race. That raised heart-rate prepares us for decisive action that may save our lives. For this reason Barrett refers to the Agent Detection Device as hyperactive, hence his acronym for it is HADD.

Barrett does not go into this, but it's seems that humans are not the only animals who do agent detection in this way. Mammals and birds also scan the environment for agents and tend to err on the side of treating movement as caused by an agent. This video of a cat being freaked out by a cucumber is both amusing and demonstrates the principle. The cat's owners have sneakily placed a cucumber behind it while it was focussed on eating. On seeing the harmless vegetable it launches into a spectacular defensive manoeuvre until recognition dampens the response. Similarly scarecrows deter crows because they set off the HADD.

One of the consequences of being predisposed to detect agency in the environment is that we attribute agency to things on very little evidence. Many a time we attribute agency to insentient and inanimate objects. Many people treat their computers as having agency for example, and this may be why artificial intelligence, in the sense of a human-like mind residing in a computer, seems so plausible to so many people. A sentient computer is minimally counter-intuitive, though scientists are not even close to creating an artificial mind. We also invoke Agent Detection in retrospect when we observe behaviour which is apparently goal seeking. Anyone who has sat around a fire, must have sometimes suspected that the smoke deliberately follows them wherever they sit. English people talk about the weather in a way that suggests they believe some moderately malign agent uses rain to torment them. Sometimes nature appears to pursue us, block us, or otherwise interact with us in a directed way. Our non-reflective fall-back is to seek an agent behind the action. Unseen agents are not entirely intuitive, but are minimally counter-intuitive.

Once an object is identified as an agent, or once a behaviour is identified as directed and therefore indicative of agency, it is passed to the Theory of Mind Device. The Theory of Mind Device recognises other agents as having a mind like ours, i.e. as having thoughts, emotions, desires, aversions, memories etc. We model the inner life of the agent in order to predict what its next action will be and how we can best respond to that. With animals for example we predict whether it is likely to attack or retreat. We combine this with our knowledge of animals to predict the consequences of our own actions in these terms. This seems to be the evolutionary purpose of imagination, i.e. to model possible actions and consequences in order to determine a course of action. In the case of other members of our social group this ability to model potential actions and consequences is essential to being a group member.

Although Barrett does not say so, we might have extended his observation about hyperactivity of the Agent Detection Device, by observing that we are also predisposed to seeing all agents in human terms. In other words there is a strong tendency to anthropomorphise non-human agents, to see their motivations for acting as being like our own. In the case of the dearly departed, we still identify them as agents, albeit disembodied, and our Theory of Mind Device describes what their inner life is like, and predicts what other kinds of properties the agent might have. Brahmins feed their departed ancestors because they understand that they themselves would hate to go hungry in the post-mortem gap between death and rebirth in heaven. It's not blind ritual or stupidity, as some Western scholars have ignorantly supposed, but empathy based on some very plausible suppositions that motivates the ritual behaviour in this case. That so many first world people fail to appreciate this and empathise with it, is more of an indictment of us, than of them. Which is not to say that ancestor worship is based on facts. It isn't. But it is a natural conclusion to come to and also expresses important values of caring for the community. 

Matthew Tyler Boden (2015) recently observed that supernatural beliefs do actually provide consolation. They help to explain why things occur and help people to understand themselves and the world (227). His 2015 study concluded:
The current study extends existing research by demonstrating that supernatural beliefs, broadly and peculiar beliefs, specifically, are considered adaptive in several ways, and the manners in and extents to which they are considered adaptive are associated with psychological benefits (229-30).
I know from long association with religious people of various stripes that part of the attraction of religious belief of any kind is the consolation it provides in the face of misfortune, old age, sickness, and death. 

Rationalists would have us replace religion with science. However, science is not always consoling or it is so complex that is does not help to explain to ordinary people why things happen. Also it explains how things happen, but not why. Science suggests that things just happen according physical laws and mostly without agents. This is not consoling (even to me and I love science). But worse, this view conflicts with our non-reflective beliefs about the world. If the question is how we should act with respect to other people, then a solid grounding in Newtonian mechanics is no help. General Relativity is more accurate, but still no help. Nor does Quantum mechanics shed any light. The "sciences" which might shed light on these subjects, i.e. the social sciences, are often hardly science at all. They routinely come out with simple truisms. I recall for example, seeing a scientific article that concluded that "time heals". Or they are deeply counter-intuitive - we want to have sex with one parent and murder the other. Or the vacillate between contradictory conclusions depending on the fashion of the day. From the point of view of the person in the street, the scientists cannot seem to make up their minds about anything. Whereas religious ideas seem "time tested and true", though this is an illusion since religious people argue more than scientists about what constitutes truth, and are prone to drastic direction changes inspired by revelations. From this point of view it starts to become clear why scientists have failed to persuade all, or even most, religious people to abandon religion. I would argue that the rise in secularism is not driven by people embracing science, but by a creeping nihilism. Not by finding meaning in physics, but by deciding that there is no meaning. And this is reflected in the growing prominence of Utilitarianism and Popularism in politics. 

What people actually believe is almost always a potpourri of ideas from a range of different sources. Modern Buddhists are unconsciously, but powerfully, influenced by the currents of modernity and have often tacitly adjusted traditional beliefs about karma and rebirth to fit with these currents. Many people are surprised when I tell them what the Pāḷi texts actually say about karma and rebirth. Very few, for example, seem to have grasped that the principle vipāka of kamma is punabhāva or rebirth. The Buddha of the Pāḷi Canon does not teach that "actions have consequences", so much as he teaches that "actions cause rebirth". 

A real problem with disembodied agents is that they have a superficial explanatory power and fit into our non-reflective beliefs about life. The fact that there are also counter-intuitive aspects to the belief is not, according to Barrett, a reason not to believe. Without specific training on how to observe events, we may miss the real extent to which a belief conflicts with the facts. An example I have used before, is that I know people who live in a "haunted" house. Many people who have lived there describe having met supernatural entities in the night-time. On face value a concept of a disembodied agent disturbing their sleep explains the situation. Then we read a description of sleep paralysis and realise that these particular hauntings are all classic examples of sleep paralysis, which does not involve any outside agency or disembodied mind. And yet some of my haunted acquaintances are reluctant to accept the sleep paralysis explanation because they are invested in the ghost: in a community of Romantics the supernatural interpretation is an important sources of kudos and social capital; having seen a ghost makes it more likely that the person will be seen as incrowd; but it also bolsters the non-reflective beliefs about the matter/spirit split and the afterlife. As Metzinger points out such experiences can be compelling in themselves, but they also often occur in a milieu where they fit hand in glove with other beliefs. Confirmation bias, that built in feature of reasoning, ensures that we treat confirmation of our beliefs differently that contradiction. We're likely to dismiss contradiction as irrelevant. 

We have particular ways of reasoning about agency. Most of the time it is transparent to us. We are aware of the results of this cogitation, but not the process. Agency Detection and Theory of Mind work unconsciously and produce non-reflective beliefs that both form the basis of comparison for reflection and also shape the reasoning process itself. With some introspection and a will to challenge conventional views we can have insights to some extent into how our minds work. What Barrett is doing is applying knowledge gained from neuroscience to construct a plausible narrative of how we navigate our world.


I find this account of belief in supernatural agency very helpful. It shows that belief in such agency is neither stupid nor crazy. It's not that believers are somehow inferior and non-believers superior. Religious belief is consistent with our non-reflective assumptions about the world, it is minimally counter-intuitive (or based on minimally counter-intuitive concepts), and emerges from the normal functioning of our minds. It is natural to have supernatural beliefs. Taken with ideas on how we make decisions, I think we begin to see why religious beliefs, like karma & rebirth, seem so plausible to so many people; and why simply arguing against them, or presenting "scientific" facts is not sufficient to change people's minds.

Karma & rebirth fit many of our non-reflective beliefs about the world. Although they contain counter-intuitive elements, these are not so great as to cause doubts in most people's minds. Indeed they make the concepts minimally counter-intuitive and thus more interesting and memorable. The explanations offered by karma & rebirth seem very satisfying. Many of my colleagues in the Triratna Order and acquaintances in the wider Buddhist world find that karma & rebirth both fit intuitively with their non-reflective beliefs, or as they say it both "feels right" and "makes sense". Rebirth seems consistent with how the world works for many people, especially if they have no training in Empiricism, and even for some who do. Karma, especially the more modernist "actions have consequences" style of karma belief, even more so. This is precisely what Barrett's theory predicts with respect to karma & rebirth. Arguing that karma & rebirth are counter-intuitive is not productive at this point, because it is precisely because the counter-intuitive elements that make them seem so plausible.

I follow Damasio in understanding the process of decision making as involving assessing our emotional responses to concepts. When a concept is consistent with non-reflective beliefs it feels good. When it conflicts with non-reflective beliefs, it feels bad. Feeling good, is more or less the same as feeling true. With minimal introspection we know what feels right, what feels intuitive, and we decide reflectively what seems true. Our reflective beliefs are shaped by and cohere with our non-reflective beliefs. If we ourselves or those close to us have experiences which can be interpreted as confirming our reflective beliefs as well, then we are ready to accept this. And as Metzinger points out in the case of out-of-body experiences, these kinds of experience are relatively common and extra-ordinarily persuasive. More so amongst a community of meditators.

In this way of thinking about the way we understand our world and make decisions, we also find the seeds of dissatisfaction and disappointment. While the "feels good = right" equation might have worked for pre-civilisation human beings, it does not work once we start living with the hyper-stimulation that comes with moderate levels of civilisation. And this may be why the upsurge in religious thinking in India is associated with the second urbanisation in the Central Ganges Valley.

The European Enlightenment bequeathed us two methods of approaching the world. The first was to pay close attention and to use instruments to get closer to the object, along with  standardised forms of measurement of increasing accuracy. The first such instruments used glass lenses to magnify objects, allowing us to see in more detail. We naturally seek to identify the regularities in our experience, so simply by paying close attention we improve the accuracy of our theories of the world. But the killer app for empiricism is not measurement per se, it is the second method, comparing notes. It is the comparing of notes that undermines the generalisations that any one person makes based on their experiences. Having multiple witnesses comparing measurements does indeed reveal the nature of the universe in a way that is almost impossible for the individual. The process of unravelling that nature is far from being finished, if only because each advance tends to also improve the accuracy and precision with which we can observe and measure. And limits of this improvement have yet to be reached.

The Enlightenment approach to understanding the world led to a devaluing of individual experience to some extent. Because if you are the only person who notices a phenomenon then it gets demoted to being an illusion at best and an hallucination at worse (presuming the witness is genuine and credible). This product of the Enlightenment provoked the reactionary Romantic attempt to revalorise individual experience. Romanticism is very influential in the English speaking world and has influenced how we see the arts especially. More particularly there are very strong threads of Romanticism in modern Buddhism, which are dominant because so few Buddhists have direct experience of practising Empiricism and so many have been taught to think of Empiricism as an enemy. Romantics like to validate individual experiences, the more unusual the better. The individual who has a peculiar experience is automatically seen as confirming the existence of a non-material world (essentially a world of spirit - see  Metaphors and Materialism). For a Romantic, unexplained phenomenon have the power of undermining reason and pointing to mysticism that cannot be explained by Empiricism because the experience is purely individual. 

It's important to understand the dynamic at work in the human mind, the inseparability of mind and body, of thoughts and emotions, the dynamic of what makes a plausible concept. Firstly it is important when we set out to examine our own conditioning and the views which shape our understanding of the world in order to free ourselves from intoxication with experience. Secondly, when we try to persuade religieux of our empirically derived point of view. In the first case this is a powerful tool for self understanding. We can see how views are like a gravity well into which we unconsciously fall and which takes a great effort to escape from. In a sense there is no such thing as a dispassionate point of view for the unliberated. What we must try to do is loosen the grip of views, by trying to see how views shape our world (our world of experience). It can takes years of practice to begin to see how the views we were conditioned to accept non-reflectively as children shape us, and to become disillusioned and disenchanted enough to set them aside. In the second case it means that we have to be extremely patient with people who do not share our views. Religious beliefs are some of the most intractable views there are, since they stem from our deepest desires and aversions. Arguing is unlikely to help. A Buddhist with no training in Empiricism, a strong conditioning in Romanticism, and a stock of personal experiences and anecdotes based on doing Buddhist practices, is not very susceptible to the argument I make here. I do not expect most Buddhists to be even interested, let alone convinced. None-the-less I think for those with experience of, or interest in, Empiricism, this argument provides a powerful explanation for the situation we are in vis-à-vis more traditional religious believers. We are more likely to understand them, than they are to understand us. And thus the onus is on us to be understanding.

It seems to me increasingly vital that we Buddhists make a distinction in what our goals are. The early Buddhists, at least, were clear that they sought to understand experience. When we say that we aim at insights into reality we are simply barking up the wrong tree. Nothing about the Buddhist methods will shed light on reality. Buddhists have little or no contribution to make regarding the understanding of reality. But Buddhist methods certainly do shed light on the nature of experience, particularly the first person perspective experience, and they certainly do provide some people with a sense of freedom from destructive patterns of behaviour. The trouble is that Buddhists find their own narratives about reality compelling.



Ardila, A.  (2015) A Proposed Neurological Interpretation of Language Evolution. Behavioural Neurology. doi: 10.1155/2015/872487. Epub 2015 Jun 1.

Barrett, Justin L. (2004) Why Would Anyone Believe in God? Altamira Press.

Bering et al. (2005) The development of ‘afterlife’ beliefs in religiously and secularly schooled children. British Journal of Developmental Psychology, 23, 587–607. http://www.qub.ac.uk/schools/InstituteofCognitionCulture/FileUploadPage/Filetoupload,90230,en.pdf

Blanco, Fernando; Barberia, Itxaso  & Matute, Helena. (2015) Individuals Who Believe in the Paranormal Expose Themselves to Biased Information and Develop More Causal Illusions than Nonbelievers in the Laboratory. PLoS ONE 10(7): e0131378. doi: 10.1371/journal.pone.0131378

Boden, Matthew Tyler. (2015) Supernatural beliefs: Considered adaptive and associated with psychological benefits. Personality and Individual Differences. 86: 227–231. Via Science Direct.

Cima, Rosie. How Culture Affects Hallucinations. Priceonomics.com. 22 Apr 2015.

Damasio, Antonio. (2006) Descarte's Error. London: Vintage Books.

Dunbar, Robin. (2014) Human Evolution: A Pelican Introduction. Pelican.

Lakoff, George. (1995) Metaphor, Morality, and Politics, Or, Why Conservatives Have Left Liberals In the Dust. http://www.wwcd.org/issues/Lakoff.html

Metzinger, Thomas. (2009) The Ego Tunnel: The Science of the Mind and the Myth of the Self. Basic Books.

14 August 2015

Why Are Karma and Rebirth (Still) Plausible (for Many People)? Part I of II.

This essay summarises and explores some idea from Justin L. Barrett's short but important and influential book Why Would Anyone Believe in God? (2004). Barrett's book is not simply an account of the psychology of theism in evolutionary terms, but goes into the evolutionary origins of religious beliefs more generally. He identifies several cognitive processes or functions that contribute to religious style thinking and locates them within a social and psychological context that lends religious concepts plausibility for the individual. We will focus here on Barrett's ideas on the plausibility of religious beliefs, which I will apply to the two beliefs central to the Buddhist religion: karma and rebirth. 

Barrett's work forms a cornerstone of my understanding of the psychology of religious belief. In my view, belief in just world virtually entails belief in an afterlife in order to balance out all the blatant unfairness and immorality (unrewarded goodness and unpunished wickedness) that we see around us. All religious afterlife beliefs are basically the same in that they amount to a post-mortem balancing of the moral books, whether this happens in one go, or through repeated rebirth, or reincarnation. Buddhism combines both of these two basic approaches: rebirth, unless one does something about it, and liberation from rebirth, if one has done what needed to be done (kataṃ karaṇīyaṃ). The afterlife is attractive anyway because the fact of inescapable death is so disturbing to a living being. Additionally an afterlife is made to seem plausible by phenomena such as the so-called out-of-body experiences, and many kinds of meditative experience, which seem to point to disembodied mind (ontological dualism). Combined, these factors suggest how religious beliefs, particular beliefs about universal morality and an afterlife, arose and became so ubiquitous in human cultures. Karma is our Buddhist myth of a just world, and rebirth is our myth of the afterlife required to allow fairness to play out. There are more and less sophisticated versions of these two myths, they all share these basic features.

However, we no longer live in traditional societies. We live in post-Enlightenment societies in which technological marvels are routine. When I was a child, ideas like video phones, personal communication devices, powerful personal computers, a universal repository of knowledge, automatic translation, and so on were the stuff of science fiction. Now, they are all rolled into one small handheld device. Science has transformed our understanding of the world: theories such as evolution, plate tectonics, relativity, classical & quantum mechanics, thermodynamics, genetics, bacterial-pathogenesis, are not incidental or trivial. They are powerful explanatory paradigms that accurately predict the behaviour of the world at different scales, even when, as with relativity and quantum mechanics we know the theories to be incomplete. In large measure the Ptolemaic/Christian worldview, with its false presuppositions and superstitions, has been superseded in Europe and its (former) colonies. Why then do religious beliefs continue to seem plausible to so many people, even outside the confines of classical organised religion? Why do some people abandon the superstitions of Christianity only to embrace the superstitions of Buddhism? We can situate this question inside of the larger question that Barrett addresses about why other kinds of religious belief, particularly belief in gods, persist into the modern era and to resist incursions by new knowledge about the world. 

Evolutionary Psychology & Mental Tools

Barrett's viewpoint comes under the rubric of Evolutionary Psychology. The basic idea is that the brain, and therefore the mind, is modular and these modules evolved and bestowed fitness (in the special sense meant by geneticists) on homo sapiens as a whole. For many years now neuroscientists have noticed that damage to certain parts of the brain produce a deficit in the functioning of the mind. For example damage to the occipital lobe of the brain affects vision in variety of ways. I've often cited Hannah and Antonio Damasio's work on injuries in the ventro-medial-prefrontal cortex and how they affect decision making (see Facts and Feelings). 

A recent article  by Alfredo Ardila (2015) highlights this approach in a very interesting way. When we lose the ability to speak it's called aphasia. There are two kinds of aphasia due to brain damage: Wernicke's-type, associated with brain damage in the temporal lobe, and Broca's-type associated with damage in the frontal-subcortical region. Wernicke's aphasia affects the lexical/semantic aspects of language, while Broca's affects grammar. This suggests that the two aspects of language evolved separately, i.e. that we have one language module that deals with words, and another that deals with how words fit together to make sentences. Ardila proposes a staged evolution of language in which animal style communication evolved very early; it was followed by a gradual build up of verbal signs for things or actions in hominids as our cognitive capacity increased. Only with the advent of anatomically modern humans did we begin to use grammar to create strings of words with distinctions between nouns and verbs, and so on.  This is consistent with Robin Dunbar's outline of the evolution of brain capacity and social group size and the theory of language evolution that he proposes (Dunbar 2014; see also When Did Language Evolve?). 

There are some vigorous critiques of the modular theory of Evolutionary Psychology, but it seems incontrovertible that the brain is divided into functional areas with different tasks and that it must have evolved to be that way. Sometimes another part of the brain can take over the function following an accident, especially in young people. There are of course the curious cases where people grow up with vastly reduced brain volumes due, for example, to childhood hydrocephalus, but have apparently normal brain function. In these cases brain volume can be as little as 5%-10% of typical. The reduction in volume has to happen early in life, and it's not clear how the number of neurons is affected (might their be the same number squeezed into a much smaller volume?). We also see people with severe epilepsy surviving radical brain surgery, where have the neocortex is removed, but again that part of the brain has been disabled from an early age and the brain has adapted to work around it. Mostly brain damage, in adults at least, results in permanent dysfunction. Whether this physical modularity translates into more abstract 'mental tools' of the kind that Barrett talks about, is moot, but it seems plausible.

A caveat to be aware of is that while science journalists like to see these areas in the brain as operating in isolation—witness the brouhaha about the so-called "God spot" (now refuted)—in fact the whole brain is active all the time, the whole brain is involved in producing experience and directing our activities. Some areas clearly do perform specific tasks, but they do so as participants in a system, and often a system within a system. And not only do we have to keep the whole brain in mind, we have to see the brain as situated in a body that also contributes to experience through the peripheral nervous system and sensory organs. Recently David Chapman and I discussed this issue and he argued that we need to acknowledge that cognition has a social dimension as well. I'm sympathetic to this view, it's consistent, for example, with Mercier and Sperber's Argumentative Theory of Reasoning, with Robin Dunbar's Social Brain Hypothesis, and other more systemic ways of thinking about life, but it takes us beyond the scope of Barrett's work and Chapman himself has yet to commit his ideas to writing (nudge, nudge). However once, I've spelt out this part of my psychology of belief, the obvious next step would be to attempt some kind of synthesis.

Barrett outlines some different types of mental tool. Some categorise sensory information, into objects, agents, or faces, for example; whereas others describe such objects once they are detected. Barrett highlights what he calls the "Agent Detection Device" (ADD) in his writing. This is the function of the brain that allows us to distinguish an object that is an agent, from one which is not: a rat from a rock; a snake from a branch. Ordinary objects in particular follow rules of movement that are bound by the laws of physics: a bird moves differently than a missile. We have an intuitive sense of the different ways that agents move compared to non-agents. An important agent describer is known as Theory of Mind (ToM). Having recognised an object as something that initiates its own actions, the ToM attributes to it a host of mental properties suitable to an agent. For example, agents have motivations or desires that set them in motion (emotion; from Latin ex- 'out' + movere 'to move'); they act to achieve goals; and so on. Understanding this allows us to interact creatively with agents in a way that is not required with non-agent objects and that enhances survival (e.g. trapping animal food or avoiding predators). As we will see, the ADD and ToM are central to Barrett's understanding of belief in gods.

In Barrett's theory, the mind is furnished with many categorising and describing tools which operate unconsciously and impose structure and order on our perceptions so that we can make sense of them. What we actually become aware of, out of the vast array of sensory inputs, is the product of considerable real-time processing that shapes how we perceive the world. 


Barrett identifies two kinds of belief: reflective and non-reflective. He argues that most beliefs are of the non-reflective kind. They arise from assumptions about the way the world works, automatically generated by the unconscious functioning of our various mental tools (especially categorisers and describers). We often don't even think about non-reflective beliefs, to the point where we may not know that we have a belief. And non-reflective beliefs are transparent to us, which is to say that we are not aware of the process by which we come to have a non-reflective belief. These are simply the beliefs that we deduce from interacting physically with the world and unconsciously assimilate from our family, peers, and society.

Barrett does not say anything about a relationship between non-reflective beliefs and Kant's idea of a priori judgements, but the similarity is noticeable. Non-reflective beliefs, in Barrett's view, encompass physical facts such as the belief that an object in motion will continue along its inertial path, objects fall under the force of gravity unless supported, or that physical objects cannot pass through one another. Such beliefs emerge, at least in part, through experience, which is then reflected in the way language works (See Lakoff & Johnson). So such beliefs are a priori, in the sense that they are prior to information arriving in conscious awareness and the process of forming them is transparent to us and therefore out of our control. We cannot help but understand experience in terms of our non-reflective beliefs. This certainly seems to correlate with Kant's idea of a priori judgements.

Reflective beliefs are the kind that we learn or decide for ourselves after consciously assessing the available information and making a decision. According to my own understanding (see Facts and Feelings, 25 May 2012), decision making involves weighing the merit of various bits of information. The salience of information is assessed by the emotions we associate with them. Thus my understanding is not that these reflective beliefs are "rational" in the old sense of that word. Contrarily such beliefs may well seem "intuitive", or "feel right" and this may be more important than other assessments of value. Given recent observations on the process of reasoning (See An Argumentative Theory of Reason) we need to be a bit cautious in how we understand the idea of "reasoned beliefs". Individual humans are quite bad at reasoning tasks, falling easily into dozens of logical fallacies and cognitive biases (including several dozen memory biases). If a misconception is repeated often enough it can come to seem the right thing through sheer familiarity (politicians and advertisers rely on this fact). Reason and rationality have to be see in this light, though Barrett was not writing with these ideas in mind. 

There's nothing about reflective or non-reflective beliefs that guarantees accuracy or truth, nothing that guarantees that we when act on them they will produce expected results. However I would add that the kinds of non-reflective beliefs that describe the way objects move, for example, are so reliable a guide to results that we need never question them, unless perhaps we are sent into space where gravity is so much weaker that we must learn a whole new set of reflexes. Non-reflective beliefs serve the purpose of unconsciously directing our actions in ways that help us to survive. As long as the subsequent behaviour has survival value, evolution doesn't care what the belief is or whether it is true. Survival value is the primary value of the system that causes us to form beliefs. Truth is optional.

Distinguishing these two types of belief is important for Barrett's theory. He's going to argue that reflective religious beliefs, such as the belief in God, rely heavily on non-reflective beliefs. He notes that when tested with plenty of time, people give good accounts of their reflective beliefs. But put under time pressure they tend to fall back on non-reflective beliefs. So for example when describing God at leisure, people are consistent with mainstream theology. God is able to be everywhere at once (omnipresence), to read minds, to know without seeing (omniscience) and so forth. But under time pressure the same people were more likely to attribute human limitations to God, such as having only one location in space, not always aware of our motivations, and needing to see in order to know.
"People seem to have difficulty maintaining the integrity of their reflective theological concepts in rapid, real-time problem solving because of processing demands (11)
The relationship between reflective and non-reflective beliefs in complex. Barrett identifies three major ways in which they are related.

1. Non-reflective beliefs may as a defaults for reflective beliefs. For example, handed an unfamiliar object and asked if we think it will fall when held up and released, our non-reflective understanding of how the world works will inform our answer in the affirmative. Barrett's other example in this category involves a girl stealing apples. Non-reflective belief, drawing on our mental tools for describing agents in the relation to food, lead us to unconsciously conclude that she is hungry. But perhaps we also recall that the girl earlier mentioned a horse that will allow you to pet it in return for apples. In this case we might choose the alternative hypothesis that the girl is bribing the horse with apples in order to pet it. Non-reflective beliefs also form our views about the horse as agent in relation to food, but having two options means we must reflect on the possibilities. In this case may rule out the default option (girl is hungry) but non-reflective beliefs still provide the default.

Something Barrett does not comment on here, but which he might have, is the phenomenon of the Attribution Fallacy. Social Psychologists note that we assign motives to agents, but that we almost always assign internal motives without reference to external circumstances: we understand agents to be preferentially motivated by internal considerations. If a girl is taking apples without asking, breaking established norms, then we typically assume she's doing so deliberately and knowingly, i.e. that she is stealing the apples (a moral judgement); that she is therefore "a bad girl". Walk along a British high street for five minutes and you're bound to hear a parent shout (or indeed scream) "naughty!" at their small child. And given the inconsistency with which the word is used, that children cannot help by grow up confused about what "naughty" means (leaving aside the etymology!). Barrett's example suggesting that we might conclude that the girl is hungry is charitable at best, and perhaps a little naive. Maybe if it were only one apple. If we witness repeated unauthorised taking, our conclusion tends towards moral judgement. What we do not do is cast around for other reasons. For example the girl may be suffering from peer pressure to steal apples, bending to the will of older peers, or trying to impress them in order to fit in. Or she may be trying to get attention from parents distracted by their marriage break up. These may be mitigating factors once our judgement is formed, but our judgement says that the responsibility still lies with the girl (or if she is very young with her parents). We tend to assume that wrong deed is carried out due to bad motivations, whatever else might be true. Even if we understand the actions of other agents through introspection - for example, by speculating what might motivate us to act in that way - we still do not seem to take environmental factors into account, but simply project our own emotions onto the agent.

In this sense the case for non-reflective beliefs being our default seems to me to be rather stronger than Barrett suggests. This could also be why first impressions are so hard to shift. First impressions are based solely on non-reflective beliefs. In the next part we will consider more closely the kind of non-reflective beliefs that make karma and rebirth seem plausible as reflective beliefs to many Buddhists.

2. Non-reflective beliefs make reflective beliefs seem more plausible. When our reflective beliefs coincide with the non-reflective beliefs generated by the mental tools that unconsciously describe the world, then there is a sense that the belief is more reasonable. When this happens we may say that it seems "intuitively right" or perhaps that it "feels right". This sense of rightness may be difficult to explain, since it is based on how well a reflective belief fits with our non-reflective beliefs (which are transparent and frequently unconscious).

In physics, classical mechanics largely coincides with non-reflective belief. Classical mechanics largely describes the world we can see with our eyes and thus any mathematical expressions are likely to be intuitive (to feel right). Relativity is somewhat counter-intuitive because it involves unimaginably large magnitudes of velocity, mass, and length, and tells us that time is relative to the frame of reference. Quantum mechanics by contrast, the description of the behaviour of subatomic particles, describes a world that no one can see or even imagine, and as a result is deeply counter-intuitive. Sometimes even scientists will refer to this as "quantum weirdness".

What seems intuitive, by which in Barrett's terms we mean "that which our non-reflective beliefs make plausible" is a very significant aspect of religious belief. For example, consider the passage I have often cited from Thomas Metzinger's book The Ego Tunnel
"For anyone who actually had [an out of body experience] it is almost impossible not to become an ontological dualist afterwards. In all their realism, cognitive clarity and general coherence, these phenomenal experiences almost inevitably lead the experiencing subject to conclude that conscious experience can, as a matter of fact, take place independently of the brain and body." (p.78)
Many of us, especially those who meditate, have experiences that lead us towards ontological dualism. One of the great meditation practitioners and teachers I have known makes exactly this point, i.e. that his meditative experience makes it seem incontrovertible to him that cognition is not tied to the body. It is this kind of non-reflective dualism, based on the "realism, cognitive clarity and general coherence" of these types of experience, in which our mind appears to be distinct from our body, which makes religious ideas (spirits, afterlife, gods) more plausible. Experience causes us to form non-reflective beliefs (e.g. mind/body dualism) that make our reflective beliefs (e.g. rebirth) seem more plausible. For many Buddhists, for example, rebirth is quite intuitive, quite an obvious proposition. It seems naturally plausible. Our non-reflective beliefs about the nature of our minds, the possibility of mental activity without a body, and the powerful desire for continuity combine to make a reflective belief in rebirth seem plausible and likely. Of course that a view seems plausible, even when the majority think so, does not make it true. It's not even a valid criteria for judging the truth of the belief.

But Barrett missed out something important here. yes, non-reflective beliefs do make reflective beliefs seem plausible, but the flipside of this is that they also make some of them seem more implausible. Most people, of whatever faith, find an afterlife plausible. The new annihilationists who rest their reflective beliefs on science are historically unusual, and their beliefs are powerfully counter-intuitive to most people. This is a large part of why supernatural beliefs persist despite progress in science; and why, despite regular debunking, people with "psychic powers" are still able to draw crowds and make a lot of money. And why people can read detailed explanations of why an afterlife is implausible and just write it off without a second thought. One Reddit commentator took one look at my essay There is No Life After Death, Sorry and said:
"I consider this article completely and fundamentally false. The author is fairly clearly a materialist, but he does not succeed in proving anything, here." (Reddit /r/Buddhism
But when pressed the commenter concedes that they didn't really read the essay. The title conflicts so drastically with their non-reflective beliefs that without a considerable act of will they come to the inevitable conclusion that I am wrong without reading body of the essay. And rejecting my argument without ever having carefully considered it seems a reasonable stance. In effect it is demanded by their non-reflective beliefs. This is all too common amongst Buddhists, who ironically tend to have a very high opinion of themselves with respect to rejecting blind faith.

Important in Barrett's theory is that the lending of plausibility to concepts is not simply a passive process. Because these non-reflective beliefs are actively involved in processing the information that is presented to our conscious minds. Therefore the third way that the two kinds of belief interact is:

3. Non-reflective beliefs shape memories and experiences.  Our minds are actively involved in perception. It's not that we have a perception and then interpret it. In fact interpretation and perception are simultaneous processes. In Buddhist terms the processes that go into making up experience, the five skandhas, work together simultaneously to produce an experience. What presents itself to our conscious mind is partly the product of our non-reflective beliefs. This is true also of memories. Everything that we become aware of is being filtered through our system of producing non-reflective beliefs. Again we see the parallel with Kant's a priori judgements. There is no experience that is not understood through our pre-existing beliefs about the world, including such "metaphysical" notions as space, time, and causality. But again this process is transparent, so that we do not realise that what reaches awareness is already a compromise. 

Non-reflective beliefs, along with memories of past experiences, are the standard against which we judge all other beliefs. A conclusion that is consistent with a larger number of non-reflective beliefs, is (unconsciously) judged more plausible and is thus more likely to become a reflective belief. The process by which this happens "often amounts to a crude heuristic" (15). Although Barrett's description of this process is evocative, I think Damasio has identified more accurately how this process works. Damasio (2006) describes a process involving emotional weighting of facts to determine their "salience" (See Facts and Feelings). By scanning our emotional response to certain conclusions we can evaluate many possibilities at once and come to a conclusion quickly and unconsciously. Even reasoning seems to involve this process of assessing the salience of information through how we feel about it. Because the decision making process works by integrating emotional responses, it is effectively able to assess many possibilities at once and present the preferred option (the one we feel best about) to our conscious mind quickly, but transparently. We then find reasons to justify our decision.

A fascinating example of this surfaced, as I was writing this essay, from the blog of Joseph LeDoux, the world's leading expert on the neurophysiology of emotions, especially fear. His published work on the amygdala stated that damage to the amygdala weakens the ability to assess threats and of course one of the most accessible aspects of our response to threats is the feeling of fear. But this was taken to mean that the amygdala caused fear. This is an example of the fallacy that correlation equals causation, we actually alter what we read or hear so that it fits our preconceptions. As LeDoux says "When one hears the word “fear,” the pull of the vernacular meaning is so strong that the mind is compelled to think of the feeling of being afraid." In fact the amygdala "only contributes to feelings of fear indirectly." 

As Barrett puts it, "people rarely work through a logical and empirical proof for a claim, Rather, what I call 'reflective' tools typically do their calculations rapidly." In Barrett's view it is the consistently with a large number of non-reflective beliefs which tip us towards a reflective belief. To the extent that this fits with Damasio's decision making model I think it is accurate. However for Barrett's theory this aspect is important because it underpins his view on what makes for a plausible supernatural belief. This brings us to the subject of minimally counter-intuitive beliefs.



Ardila, A.  (2015) A Proposed Neurological Interpretation of Language Evolution. Behavioural Neurology. doi: 10.1155/2015/872487. Epub 2015 Jun 1.

Barrett, Justin L. (2004) Why Would Anyone Believe in God? Altamira Press.

Bering et al. (2005) The development of ‘afterlife’ beliefs in religiously and secularly schooled children. British Journal of Developmental Psychology, 23, 587–607. http://www.qub.ac.uk/schools/InstituteofCognitionCulture/FileUploadPage/Filetoupload,90230,en.pdf

Blanco, Fernando; Barberia, Itxaso  & Matute, Helena. (2015) Individuals Who Believe in the Paranormal Expose Themselves to Biased Information and Develop More Causal Illusions than Nonbelievers in the Laboratory. PLoS ONE 10(7): e0131378. doi: 10.1371/journal.pone.0131378

Boden, Matthew Tyler. (2015) Supernatural beliefs: Considered adaptive and associated with psychological benefits. Personality and Individual Differences. 86: 227–231. Via Science Direct.

Cima, Rosie. How Culture Affects Hallucinations. Priceonomics.com. 22 Apr 2015.

Damasio, Antonio. (2006) Descarte's Error. London: Vintage Books.

Dunbar, Robin. (2014) Human Evolution: A Pelican Introduction. Pelican.

Foucault, Michel. (1988) Madness and Civilization: A History of Insanity in the Age of Reason. Vintage.

Lakoff, George. (1995) Metaphor, Morality, and Politics, Or, Why Conservatives Have Left Liberals In the Dust. http://www.wwcd.org/issues/Lakoff.html

LeDoux, Joseph. (2015) The Amygdala Is NOT the Brain's Fear Center: Separating findings from conclusions. Psychology Today. 10 Aug. https://www.psychologytoday.com/blog/i-got-mind-tell-you/201508/the-amygdala-is-not-the-brains-fear-center

Metzinger, Thomas. (2009) The Ego Tunnel: The Science of the Mind and the Myth of the Self. Basic Books.

07 August 2015

Sanskrit, Dravidian, and Munda

Modern distribution of
Indian languages
In this essay I will reiterate some important points made by Michael Witzel about the linguistic history of India. When the first anatomically modern humans reached India ca. 70,000 years ago they almost certainly used language. But all the direct evidence for language is much more recent, the oldest being written forms of language. Comparative linguistics allows us infer a great deal more about the history of language so that we can get a picture of how people spoke long before writing was even invented.

Like many historians I use the term India, or sometimes Greater India, to mean then whole of the sub-continent, taking in the political territories of modern day Pakistan, India, Nepal, Sri Lanka, and Bangladesh. Given that the main languages of North India and Sri Lanka are all modern Indic Languages: Urdu, Panjabi, Hindi, Bihari, Bengali, Nepali, and Sinhala, the modern political divisions belie the common linguistic history they share. However we must be a little cautious. Language, ethnicity, and geography can be independent variables when discussing culture. This essay mainly concerns languages and the speakers of languages. We cannot be sure of the ethnicity of these people.

We know with some certainty that the speakers of Old Indic languages (now represented only by Vedic) came from outside India. This is an unpopular thesis amongst Indian Nationalists who try to make a case for Sanskrit arising in India and spreading out. Some would have us believe it is the original language (Cf Eco 1997). However the relationship of Old Indic with Old Iranian and a variety of other internal evidence show that Indo-Iranian -- an early offshoot from Proto-Indo-European that further split into two sub-families, Iranian and Indic -- was spoken by nomadic peoples of the Southern Central Asia. Old Indic is mostly distinguished from Old Iranian by a few sound changes. Later grammatical forms drifted apart as well, though the attested languages, Vedic and Avestan, were closely related. 

Comparative linguists showed in the late 18th century that Greek, Latin and Sanskrit are all so similar that they must have derived from a common ancestor. That hypothetical languages is nowadays called Proto-Indo-European (PIE) and the language family that it spawned is called Indo-European (IE). PIE also has a Germanic branch giving rise to all the Germanic languages (including English), a Slavonic branch incorporating all the Slavic languages, and takes in many of the languages of Iran and Afghanistan, not to mention Armenian. In addition we have written evidence of a number of now dead Indo-European languages such as Tocharian and Khotanese from Central Asia. By comparing the changes in many languages, linguists are able to describe pragmatic 'rules' which describe how sounds and forms of words change. This procedure has been very successful in some areas. PIE is probably the best example. But the Sino-Tibetan language family also gives a clear view of the proto language that underlies them all. 

There have been efforts of varying success to try to cover all the languages of the world in this way. And this has naturally lead some scholars to propose a further ancient layer of relatedness. So for example there is the conjectured Nostratic proto-language (or macro-family) that takes in Afroasiatic (including the Semitic languages), Kartvelian (Caucasian languages and possibly Basque), Indo-European, Uralic (including Finno-Ugric), Dravidian, Altaic (covering the Turkish, Central Asian, and probably Korean and Japanese), and Eskimo–Aleut. These macro-families are still controversial, though many of the objections are ideological rather than logical.

A major branch of the PIE family is Indo-Iranian taking in languages that were spoken throughout the combined sphere of influence of Persia and India, taking in large swathes of Central Asia. In this essay I will refer to the Indian branch of the PIE or Indo-Iranian as Indic. It has previously referred to as Aryan or Indo-Aryan but these terms have been deprecated because of the racial overtones of the word aryan and the discrediting of old ideas about race. Indic is strictly a linguistic term that gives us no information about ethnicity. We can talk about three phases of Indic: Old - principally attested as Vedic though other variations must have existed (before ca. 500 BCE); Middle - attested by Pāḷi, Gāndhārī, and Apabramsa (ca 500 BCE - 1000 CE); and New or Modern (emerging in the last millennia).

When the speakers of Old Indic crossed the Hindu Kush and entered India, ca 1700-1500 BCE, they met people who spoke languages with a much longer history in Greater India.

There is a whole family of Dravidian languages for example, including Tamil, Telegu, Malayalam, and Kannada. Today the people who speak languages from the Dravidian family are a large minority (about 20%). Some linguists (eg. McAlpin 1974, 1975, 1981) have noted a similarity between Dravidian and the language spoken in ancient Elam, near what is now the border of Iran and Iraq on the Red Sea. Written records of Elamite stretch back to 3000 BCE. McAlpin et al believe that Dravidian speakers split off from Elamite speakers and entered Indian very early, perhaps 4000 BC. Others are more doubtful (Blench 2008), dismissing the evidence for flimsy and pointing out affiliations with other language groups as well. 

Less well known is the Austroasiatic family. This family of languages extends from the North-east of India to Vietnam. One Indian branch of this widely geographically spread out family, is Munda, with several languages spoken in small pockets of India today, but probably more widespread in the past. In Burma there is a strong overlay of Tibeto-Burman languages that descended from the north, but there are still enclaves of Austroasiatic speakers as well. Genetic studies of Austroasiatic speakers suggest that the Austroasiatic language family may have arisen in India and spread east. 

Additionally there are a number of languages in India that appear to be unrelated to any known languages. These language isolates, as they are called, are found in the so-called tribal peoples who seem never to have been assimilated into the mainstream of Indian culture (in other words they were never Brahmanised).

Michael Witzel's exploration of the linguistic history of India begins by establishing his parameters, most important for the purposes of this essay is the periods of composition of the Ṛgveda (1999: 3).
  • I. The early Ṛgvedic period: c. 1700–1500 BCE: books (maṇḍala) 4, 5, 6, and maybe book 2, with the early hymns referring to the Yadu-Turvaśa, Anu-Druhyu tribes;
  • II. The middle (main) Ṛgvedic period, c. 1500–1350 BCE: books 3, 7, 8. 1–66 and 1.51–191; with a focus on the Bharata chieftain Sudās and his ancestors, and his rivals, notably Trasadasyu, of the closely related Pūru tribe.
  • III. The late Ṛgvedic period, c. 1350–1200 BCE: books 1.1–50, 8.67–103, 10.1–854; 10.85–191: with the descendant of the Pūru chieftain Trasadasyu, Kuruśravana, and the emergence of the super-tribe of the Kuru (under the post-RV Parikṣit).
These layers of composition have been established on the basis of "internal criteria of textual arrangement, of the ‘royal’ lineages, and independently from these, those of the poets (ṛṣis) who composed the hymns. About both groups of persons we know enough to be able to establish pedigrees which sustain each other." (1999: 3).

Dutch Indologist, F. B. J. Kuiper, had already identified some 383 words in the Ṛgveda that are not Indic and must be loan words from another language family. We know this because they break the phonetic rules of Indic languages. We can use an example from English to demonstrate this. We have a word ptolemaic, which comes from the Egyptian name Ptolemy. It refers to a particular view of the world as earth-centred. Now we know that ptolemaic cannot be a native English word because English words cannot start with /pt/, and indeed native English speakers cannot easily pronounce this sound combination and tend to just say /t/. It is clues like this that linguists use to identify loan words. And we have to take into account that loan words are often naturalised. Many loans words in English are Anglicized. So another loan word like chocolate has been altered to fit English spelling patterns from an original spelling more like xocolātl, which clearly breaks English phonetic rules. We also have a number of Yiddish loan words like shlemiel, shlep, shlock, shmaltz, shmuck, and shnoozle, etc, that defy, but also to some extent redefine English spelling. Similarly no other Indic language has retroflex consonants (ṭ, ṭh, ḍ, ḍh, ṇ, ṣ), but Old Indic absorbed these from languages it met in India and they became a naturalised aspect of the Indic phonology by the time the Ṛgveda was composed.

It's not always possible to identify where a loan word has come from. But Kuiper and Witzel manage to identify most of the 300 words as belonging to Proto-Dravidian or Proto-Munda, with a few from other language families like Tibeto-Burman.

Perhaps the most striking finding that Witzel gives, repeatedly in his essay, is that in the early Ṛgvedic period there are no loan words from Dravidian, e.g.
"It is important to note that RV level I has no Dravidian loan words at all (details, below § 1.6); they begin to appear only in RV level II and III." (Witzel 1999: 6)
Ṛgvedic loans from Drav[idian] are visible, but they also are now datable only to middle and late Ṛgvedic (in the Greater Panjab), and they can both the localized and dated for the Post-Ṛgvedic texts. (Witzel 1999: 19)
This is an important finding. The landscape of the Ṛgveda is that of modern day Panjab. This is clear, for example, from the names of rivers that are mentioned, e.g. the Kabul, Indus, Sarasvati (now dried up) and Yamuna rivers.

Loan words from the earliest period are from the Austroasiatic language family, meaning that the people living in this area when the Vedic speakers arrived, spoke a variety of proto-Munda. This is important because it is believed that the people living in this area were the descendants of the collapsed Indus Valley Civilisation (IVC). They had scattered as the climate became much drier and caused their large scale cities to be unlivable. The IVC had disappeared by 1700 BCE. If the people of the Panjab ca 1500 BCE spoke a variety of proto-Munda, this strongly suggests that the people of the IVC also spoke an Austroasiatic language, rather than is usually supposed, a Dravidian on even Indic language. Indian nationalists often assume that the IVC spoke Sanskrit, but this was never plausible. Interestingly the very name we have for the north of this region, Gandhāra, is itself an Austroasiatic loan word.

It's often suggested that because there are northern pockets of Dravidian speakers, with whom the Vedic speakers presumably interacted, that Dravidian was once considerably more widespread and perhaps that the language of the IVC was Dravidian. The loan words in the Ṛgveda argue against this view. The north-western pockets of Dravidian could be isolated populations left behind by the migration of Dravidian speakers into Southern India from Mesopotamia. Those in the North-East are more consistent with a previously larger territory, but if they were ever on the Ganges Plain they were forced out of it completely, leaving remnant populations only as far north as mountain ranges on the southern edge of the Ganges Valley.


The picture that emerges is that Old Indic speaking people crossed the Hindu Kush in small numbers and met people who spoke a form of proto-Austroasiatic; and then later, perhaps as they penetrated further into the sub-continent, people who spoke proto-Dravidian languages. The Dravidian speakers, themselves probably immigrants had lived in India for some thousands of years already, displacing and assimilating even earlier waves of human migrants. The pockets of people who speak language isolates, not related to any known language, have presumably lived in India for a very long time. Indeed they often pursue a hunter-gatherer lifestyle that reinforces this impression.

Other authors have suggested that the Old Indic speakers had the advantage of superior technology and this led them to dominate the original inhabitants. We can't really know how it happened at this distant time, but in any case Indic languages came to dominate the North of India - from Afghanistan to the Ganges Delta. Again it is worth repeating that language, culture, and location may not be correlated. To the extent that we can make comparisons, there were a few surviving similarities between the people who composed the Ṛgveda and those who composed the Avesta. But in many respects their cultures had diverged along with their languages. Zoroastrianism was the major innovation in Iran, although the dates of the founder are difficult to pin down, the most likely scenario places him a little after the Ṛgveda. Based on informal comments by Michael Witzel, I have argued for an trickle of Iranian tribes entering India ca. 1000-800 BCE, who ended up settling on the margins of the Central Ganges city states of the second urbanisation, especially Kosala and Magadha (Attwood 2012). Genetic studies suggest that though their language came to be spoken throughout the Panjab and down into the Ganges Valley, that the Vedic speakers contributed little to the gene pool, which is remarkably homogeneous in India. The genetic contribution is far less striking than we might imagine by patterns of culture or language family (Attwood 2012).

This poses a difficulty for Indian Nationalists who want Sanskrit to be the mother tongue of India (I'm not sure how they fit Dravidian into the picture) and for it to have originated within the subcontinent. People with this view often express their hatred of Michael Witzel, referring to him in extremely uncomplimentary terms. But as rational people we have to follow the evidence and allow it to guide us to conclusions, even when these are uncomfortable for us. And the evidence is abundantly clear in this case. If any language is the mother tongue then it is probably Proto-Austroasiatic, the ancestor of the modern Munda and Austroasiatic languages. Sanskrit developed from Indo-Iranian, initially somewhere in Greater Iran, then was carried into India with Vedic speaking migrants. Since we know they were nomadic cattle herders (unlike, say, the Śākyas who were settled agriculturalists) they may have made the journey up the Khyber Pass seeking greener pastures.

In Attwood (2012) I tried to show that certain important features of early Indian Buddhist culture could be tied to Zoroastrianism and/or Iran. Unfortunately all too often the history of the region is divided into Indian and Iranian by academics. And thus I fear that many connections between the two regions have been overlooked. The connections that are evident seem to demand more attention from suitably qualified scholars. We know a great deal about the interactions of Greece and Persia, but far too little about relations between Persia and India.



Attwood, Jayarava. (2012) Possible Iranian Origins for Sākyas and Aspects of Buddhism. Journal of the Oxford Centre for Buddhist Studies. 3.

Blench, Roger (2008) Re-evaluating the linguistic prehistory of South Asia. Toshiki OSADA and Akinori UESUGI eds. 2008. Occasional Paper 3: Linguistics, Archaeology and the Human Past. pp. 159-178. Kyoto: Indus Project, Research Institute for Humanity and Nature.

Eco, Umberto. (1997) The Search for the Perfect Language. London: Fontana Press.

McAlpin, David W. (1974) Toward Proto-Elamo-Dravidian. Language 50: 89-101.

McAlpin, David W. (1975) Elamite and Dravidian: Further Evidence of Relationship. Current Anthropology 16: 105-115.

McAlpin, David W. (1981) Proto Elamo Dravidian: The Evidence and Its Implications. American Philosophy Society.

Witzel, Michael. (1999) Substrate Languages in Old Indo-Aryan: Ṛgvedic, Middle and Late Vedic. Electronic Journal of Vedic Studies. 5(1): 1–67.
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