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The narrator in the essays is fictional. Any resemblance to the author is caused by lack of creativity.

The Latest Essay

The Write Tool

Writing creates a new experience and provides a third perspective... We are re-pairing the emotional trauma with the basic explanation. This process builds an integrated experience whose narrative can be further abstracted and incorporated into our autobiography. It builds to a sense of resolution so we no longer feel the compulsion to relive the event and finish what our body started...

Book Reviews

The Happiness Hypothesis:
Great Book

Modern Truth From Ancient Wisdom

A Great Gift

The Happiness Hypothesis studies the sweeping literary traditions of Wisdom, Truth and Psychology. Jonathan Haidt distills this vast encyclopedia into an inspiring contemplation of life well lived.

Haidt creates a rich tapestry. We can project ourselves onto the canvas in search of answers to our compulsive questions...

To the right are links to recent Essays. These longer pieces reflect my thoughts on resilience and well being.

Fable has two other types of entries. 'Musings' - ideas found in the books and studies. 'Curated Links' - interesting links. Click on the title to activate the link.

Click on the - - to return to the top of the home page.


Friday
18Dec2009

▲ Hack A Conversation, Start A Fight ▼

Most conversations are collegial give and take - a bonding experience to enhance relationships. The typical internet comment board might be more rough-and-tumble and be less about relationships, but the conversations are in support of community.

Troll of the internet vandalize community. They destroy conversation and inflame conflict. The emotionality shifts abruptly from social emotions to moral emotions. From Cognition and Culture:

His arguments span all the range of conversational perversion: from childish insult to intricate accusation, from in-your-face provocation to subtle insinuation, from blatant non sequitur to elaborate sophistry. For Steve is a conversation hacker, or, as they are better known, a Troll.

Trolls pervert conversations into arguments about right and wrong, good and bad. It's an argument at best, and a mean-spirited food fight at worse:

His top priority must lie in winning a rhetorical fight by using all available means, including spoiling the debate, nagging people, ranting endlessly, etc. This motivation must come first chronologically, too: a Troll enters a debate with the clear intention of making it go awry. For example, a person who simply got carried away by a discussion and, becoming pig-headed, started resorting to provocation and insults, is not a real Troll.

In truth, we are fascinated with the archetypal conflicts. And if we are not part of the community or conversation, a troll's turn for the worse is a spectacle, perhaps worth scanning.

Thursday
17Dec2009

Mindfulness: We Hardly Know You

It's Not What You Think It Is

It Is What You Think It Is


If mindfulness is a quality of consciousness, then its domain is the structures of somatic markers - our measuring sticks to tell us what’s up.

Mindfulness requires attunement. We start empirically with the sensations and emotions of the body. As the consciousness expands it then becomes aware of a broader mental process - how emotions become feelings and thoughts. Some regard introspection as the core of Buddhist psychology.

It was about 14 and 15 years ago. I was 60 years old, just a kid with a crazy dream. Since then I have taken a lot of prozac, paxil, welbutrin, effexor, ritalin, focalin. I’ve also studied deeply in the philosophies and the religions, but cheerfulness kept breaking through. What I want to tell you something that I think will not be easily contradicted. There ain’t no cure for love.

- Leonard Cohen1

In a moment of calm, we are frightened by the sudden presence of unresolved emotional pain (a Fury). What do we do?

Characteristics of a Fury:

1. A colorful term
2. An emotional wound
3. A trauma object - ▼
4. An ache in the breast
5. A dreaded memory
6. An unintegrated trauma experience
7. A consequence of avoidance
8. Attachment sensitivities
9. Social position sensitivities
10. A trigger of an inappropriate emotional
11. reaction (indicating hyper- or hypo- arousal)
12. An intrusive flashback, however short
13. The pain side of a split experience
14. A maladaptive reflex, somatic marker, script, belief or schema
15. A dramatic force in a story of personal suffering
16. An aspect of helplessness
17. The fear of annihilation

We hide pain to go about our normal lives. This behavior is adaptive.

Usually, we turn away from the pain, dismissing it from awareness. In defense, we keep the Fury isolated and the associated story antiseptic. These splits often underlie our maladaptive scripts, biases, beliefs, schema, an dour personalized mind-blindness, unchallengable doubts and certainties. (For more discussion, see Physical Pain, Emotional Distress: Parallel Defenses?.)

To address unresolved emotional pain, we first must change our response. We must turn towards it. We become present, actively aware - and even perhaps an accepting listener.
 Are we mindful of our emotional pain?

Like Macbeth Witches2 creating a stew, the contemporary traditions of personal growth and psychology literatures have over-attributed, overwritten, and overwrought the concept of mindfulness:3

  • A quality of consciousness
  • A receptive state of mind
  • The ability to “be present” to reality

Those quotations are more important than most writers on mindfulness would recognize.

  • Direct contact with events as they occur
  • Perception undistorted by concepts, labels, ideas and judgement.

Mere fantasy. Perception is the consequence of concepts, labels, ideas and judgment.

  • Presence of mind
  • Clear awareness of one’s inner and outer world
  • “Bare” attention
  • “Pure” or “lucid” awareness

Have you wondered why writers use quotation marks in this style?

  • Awareness before or beyond ideas.

Now come the italics. Was ‘ideas’ really the correct word to italicize?

  • A polished mirror
  • Unbiased receptivity of mind
  • An attitude of nonjudgmentality or acceptance
  • The mindful mode... is pre- or para-conceptual
  • Non-interference with experience
  • Disentanglement of consciousness for cognitive content
  • Inherently empirical, seeking possession of the “full facts”

“Full facts,” this will-o-wisp entices us towards the mire of impossibility. Or is that the witches’ brew?

  • An alert participation in the ongoing process of living
  • Present oriented
  • Recognition that one is not being attentive and aware
  • A self-regulatory capacity
  • An acceptance skill
  • A meta-cognitive skill

Can mindfulness be pre-, post- and meta-cognitive? What do psychologists have against ‘cognitive’?

  • Intentional, nonjudgmental awareness
  • Nondiscriminatory or non-discursive awareness

Nondiscriminatory or non-discursive awareness of what?

  • A cognitive style

Wasn’t mindfulness anything but cognitive a few lines ago?

  • Attentional receptivity to both inner and external realities as a platform for informed response

How can an “informed response” occur without “judgment?”

  • Present-oriented engagement
  • Integrative awareness

What a mess.

How can any writer work with the “term” mindfulness?

But if one treasures any being and remains caught in words, allowing oneself to be confused by them, then the same thing will happen to one as happened to the intelligent tortoise who tried to wipe out his traces with his own tail, and precisely for that reason left them behind.

- Chi-yuan Preface for the Oxherding Pictures of Master Kuo-an

Chi-yuan’s statement uses a metaphor yet provides greater clarity. To understand mindfulness, I would rather read a variety of well-constructed metaphors than a sequence of grasping, conflicting definitions.

Writing, however, needs its words even ones as fouled up as mindfulness. Ironically, neuroscience can help make it a fair choice once again.

I surveyed the published articles of Richard Davidson, a prominent neuroscientist studying meditation and affect. He refrains from defining mindfulness. Instead, he uses the term as an adjective evoking the notion of alert attention.

In Buddhist and Psychological Perspectives on Emotions and Well-Being,4 Paul Ekman, Richard Davidson and Alan Wallace use the word “mindfulness” twice without any additional description. Certainly an article on Buddhist perspective by a clutch of prominent psychologists and neuroscientists would define this basic term.

In Alterations in Brain and Immune Function Produced by Mindfulness Meditation,5 Davidson and Jon Kabat-Zinn avoid any definition of mindfulness, yet the word is in the title and Kabat-Zinn is an author.

Why such skillful avoidance?

Benjamin Libet devoted his career to studying how the brain produces conscious awareness. His experiments often involved electrodes planted in the brain.

These groundbreaking studies detailed empirical qualities of the mind. He provides facts, details and insight necessary for a grounded discussion of consciousness and mindfulness.

Neuroscientists know Libet’s work, understand the significance of nonconscious processing, and recognize consciousness’s after-the-fact qualities. If they chose not to define mindfulness, they must know better.

Brown et al. authored a vast survey of mindfulness, Mindfulness: Theoretical Foundations and Evidence for its Salutary Effects6 - 24,000 words, 251 studies cited, a veritable library on contemporary mindfulness. Brown et al. use the word ‘mindfulness’ 348 times, and used the word ‘neuroscience’ seven times. Just as the neuroscientists avoid defining mindfulness, the psychology literature avoids citing Libet or other similar work.

Back to Libet. His book, Mind Time7 is fascinating. He spent decades studying consciousness and ultimately the question of free will. He explains his work and conclusions in clear detail. He explores the impact of his studies on the topics of free will, culpability and even the nature of mind.

Libet used electrodes to stimulate nerves in the brain. The stimulus created a physical sensation such as tingling on the back of the hand. He then recorded the time it took someone to be aware of the tingling. He tried to answer the question, how long before we are aware?

His answer: half a second.

It’s an astounding answer. If the time needed to react to a threat is so slow, our species would have been preditor-bait until extinction.

Studies show people with the quickest reflexes can react in as little as 0.08 seconds. In other words, mental processes can be completed before we have any awareness.

Libet on the ramifications of the 0.5 second delay before awareness (a long quote worth reading):

It is well established that the image reported by a subject may be considerably different from the actual image shown to the subject. For example, if a prudish man were shown a picture of a naked lady, he might report seeing something quite different, or he might report that he saw no image. The subject would not be consciously and deliberately distorting the report; instead, he would appear to believe that he was giving a report of what he saw. That is, the distortion of the content appears to take place unconsciously...

Our discovery of the substantial cerebral delay for awareness thus provides a physiologically required time interval during which other inputs may modulate the content of an experience before it consciously appears...

There are many philosophical meanings that we could derive from the existence of a delay (of up to 0.5 sec) in conscious awareness, after the actual time at which events occur. We would have to modify the existentialist view of living in the experience of the “now”; our experience of the “now” is always delayed or late.

Further, there is the possibility provided for each person’s character or past experience to alter the conscious content of each event. That means each person has his or her own individual conscious reality. The 0.5-sec delay for awareness of an event makes that possible. Differing perceptions of reality may have meaning for the different paths that people follow, based on each individual’s conscious perception of reality.

In any case, our knowledge of a substantial delay for awareness shakes up our confidence in our certainties about realities of the world.

pp 71-72.

Our minds are labeling, evaluating, judging machines. They grade, respond to, and may even alter essential details pulled from moments rendered coherent. Survival requires these keen skills.

Our mind colors every aspect of experience with our personality, past experiences, biases, beliefs, schema, and our personalized mind-blindness, unchallengable doubts and certainties. We cannot know experience but for the way our mind and body render it.

Our mind creates experience with a recursive, combinatorial “language” which describes how objects create our realities. Every time we use a “word” - that is, practice a response to an object - we also change its meaning.

The ▲▼▲-Language

▲ = body-proper,
▼ = an object - a thing, event, emotion, feeling, memory, story, etc.,
▲▼ = an event, a trigger, conditioned behaviors, etc.,
▲▼▲ = the primal first sentence, the smallest iota of experience, the body change evoked by ▲▼, e.g. an emotion, d▲ = the behavior, without context.

The ▲▼▲-language is both combinatorial and recursive. It is the foundation of experience and consciousness.

Every iota of experience is rendered in the body before it is a word in the story of the event. The body is the theatre of our living.8

When consciousness dawns on a moment of experience - after 0.5 sec - the mind is already in tempestuous throes: is this possible ▲▼x▲ good? no! is this ▲▼y▲ good? no! how about this...

Each ▲▼x▲-response, an emotion, is marked with some level of “good.” It’s how we use what we have learned.

A productive emotion is one which generates pleasure or lessens punishment. “Pleasure” and “punishment” are sensations in the body. So the marker of an emotion’s productivity is literally an associated sensation on a spectrum ranging from ecstatic pleasure to excruciating punishment. Since these markers are body-based, they are better labeled “somatic markers.”

We use what we have learned. When we encounter an object included in various categories, we rapidly deploy the associated emotions.

In Cookie Conflict, I used an example of a cookie with white chips which looks to a chocolate chip cookie. This cookie would be in the categories of cookie, white chocolate, fatty foods, sugary foods, empty calories, etc. It would be seen in the context of taking some else's cookie, gaining weight, my feelings about my body image, an unexpected treat, etc. Associated responses might be to eat the cookie, to take one bite of the cookie, to walk away from the cookie, to get something healthy from the refrigerator, to plan to exercise to offset the calories from the cookie, to find someone and ask who's cookie it is, etc.

Each response is marked with a sensation on a pleasure-punishment spectrum. Naturally, we would first consider the response with the highest amount of anticipated pleasure, as indicated by its somatic-marker. In this manner, somatic-markers enhance the efficiency of the decision-making process.

If there is conflict among possible responses, we inhibit any behavior, until one can be chosen. Our Behavior Inhibition Systems (BIS) monitors conflicts between possible ▲▼▲-responses,9 allowing the search for the best possible ▲▼▲. We adjudicate. This feat of mind is astounding.10 (For more discussion of BIS/BAS, see my essay, Cookie Conflict: How Do We Do).

With the BIS-provided additional time, our brains invokes higher-order cognitive processes to evaluate the choice. These processes have different bases for measurement than those of a somatic marker. In other words, our BIS/BAS process might “give us a chance to think about what to do.”

These higher order cognitive processes - including many aspects consciousness - would formulate more a refined ▲▼▲-response and measure its productivity over more dimensions: for example, what’s the immediate consequence of ▲▼▲-response, what’s the consequence to my relationship to my girlfriend, what’s the long-term consequence, and so on.

The search continues for the best possible ▲▼▲ until either 1) time runs out, or 2) the doubt in the value of unconsidered possibilities is below a certain threshold.11 After search, then response. Usually, this process is iterative, search, respond a little, search, respond some more, search...

We rarely respond with one unified act, however simple or sophisticated. But are we being mindful?

If we want mindfulness to bless us with the ability to openly nonjudge, we curse ourselves with fruitless efforting. Of course, our best lessons are learned when we surrender after fruitless efforting. Zen is such a paradox.

Certainly, no one regards mindfulness as fruitless efforting. What is it then?

An event - ▲▼ - starts when we are confronted by a challenge (an emotionally significant object ▼ - real or recalled). Sometimes we are triggered and react defensively.

We might desire to respond with care rather according to rigid scripts. To respond with care is a skill like forbearance, (or buffering in psych parlance).12

We practice to build this skill, learning a conditioned response. “To buffer” is an act. There is no verb, “to mindful.” To forbear, to tolerate, to accept, “to buffer” - all are qualities of inhibition.

The operation of mindfulness may occur through the creation of a mental gap between the stimulus-response relations that shape automatic behavior, such that behavior becomes disengaged from its usual causes. In this sense, mindfulness may encourage the capacity to respond in ways that subserve one’s values, goals, or needs, rather than to react in terms of habits, over-learned responses, or reactions to situational cues.13

The description of mindful “buffering” from Brown et al., matches qualities of inhibition (BIS) and activation (BAS) - prefrontal cortex systems. To buffer suggest both to improve reaction inhibition and to increase the required value of a possible behavior before activation (a simple concept in the context of economic search theory).

We increase self-control by being more sensitive and vigilant towards less-controlled behaviors. We become rigid toward less-controlled behaviors. Is this truly mindfulness? Or does mindfulness ask the question: what are my less-controlled behaviors? Why?

Wouldn’t mindfulness reduce vigilance and rigid self-control? Can mindfulness inoculate these less-controlled behaviors?

The other, harder work is to address our measurement and evaluation of objects. If our automatic evaluation changes, our instinctive response changes.

Much of the evaluate/behave system is the responsibility of BIS/BAS, the familiar: is this good? No! Is this good? No! How about this?...

To this process, we might add a sense of outcome: I chose the third possible response. I almost chose the seventh, but that behavior would have been a disaster. My initial response probably would have been best... I should have gone with my gut instinct. Gut instincts often prove best. I worry about regrets. Shouldn’t I buffer...

When we have new experience of an emotional response and its associate marker, we might find the emotion has become more or less productive. Accordingly, we alter the associated somatic-marker to reflect a new sensation of its productivity.

We adapt. We modify the underlying markers.

Structures of learning range from simple to complex just as responses range from instinct to an elaborate plot. The smallest unit of learning is the somatic marker itself. Like complex behaviors built from simple acts, collections of somatic markers become larger constructs - biases, scripts, beliefs, schemas, our unchallengable doubts and certainties, even our personality.

Whenever we change our somatic-markers, we change the quality of our past experience. We do not recall past experiences as if looking up a definition in a dictionary. We recompose the event and its associated markers. A different marker creates a different experience.

Sometimes, such as when we suffer prolonged depression, we rework a broad collection of somatic-markers. Then when we reflect on our past, it is as if we are looking through dark glasses. Our past has been re-marked.

If mindfulness is to have the quality of inoculation, it must start with body awareness. Somatic markers are body events. By directing awareness into the body, we gather empirical data.

As an example, focusing on the face can be particularly valuable. My mouth was open, the corners were dragged downward, my brows were pulled high, shaped as arches. I was horrified. At such a moment, we can know horror independent of the content of an event that evokes it.

If mindfulness is about the quality of consciousness not its content, then wouldn’t reflecting on an experience first be about the body responses? The sensations would be available before the story is recalled.

If mindfulness is a quality of consciousness, then its domain is the structures of somatic markers - our measuring sticks to tell us what’s up.

Mindfulness requires attunement. We start empirically with the sensations and emotions of the body. As the consciousness expands it then becomes aware of a broader mental process - how emotions become feelings and thoughts. Some regard introspection as the core of Buddhist psychology.

With each new object, we can return to the body to experience how it is marked, or we can pay attention to the content. Attunement might be thought of as the ability to suss out the body experience of an object without attending to its content.

It’s like listening to a song, not its lyrics. It’s like sensing the feelings of someone talking, without necessarily hearing the words.

In this manner, we peel away all the whys and wherefores, discarding content. We are left with the raw emotion of behaviors, particularly our defensive behaviors.

Each time we evoke our somatic markers and explore their constructs, we create the opportunity use this new experience to modify the markers. Our awareness can alter them.

When we develop self-attunement, the capacity to look within, we see the world more clearly because we sense how it is marked in our body.


  1. The quote is his introduction to the song “Ain’t No Cure For Love (Live)” from Leonard Cohen Live In London. Fittingly, Leonard Cohen is an ordained Zen monk. 

  2. WITCHES: Double, double toil and trouble;
    Fire burn, and cauldron bubble.

    SECOND WITCH: Fillet of a fenny snake,
    In the cauldron boil and bake;
    Eye of newt and toe of frog,
    Wool of bat and tongue of dog,
    Adder's fork and blind-worm's sting,
    Lizard's leg and owlet's wing,
    For a charm of powerful trouble,
    Like a hell-broth boil and bubble.

    I always wanted to footnote this passage from Macbeth

  3. Brown K, Ryan R, Creswell J. Mindfulness: Theoretical Foundations and Evidence for its Salutary Effects. Psychological Inquiry. 2007;18(4):211–237.

    I pillaged this article to create my slanderous list of attributes. Apologies to Brown et al. Their article is an insightful survey and report on mindfulness in contemporary psychology literature. 

  4. Ekman P, Davidson RJ, Ricard M, Alan Wallace B. Buddhist and Psychological Perspectives on Emotions and Well-Being. Current Directions in Psychological Science. 2005;14(2):59-63. 

  5. Davidson R, Kabat-Zinn J, Schumacher J, et al. Alterations in brain and immune function produced by mindfulness meditation. Psychosomatic medicine. 2003;65(4):564. 

  6. Brown K, Ryan R, Creswell J. Mindfulness: Theoretical Foundations and Evidence for its Salutary Effects. Psychological Inquiry. 2007;18(4):211–237. 

  7. Libet B. Mind Time: The Temporal Factor in Consciousness (Perspectives in Cognitive Neuroscience). Harvard University Press; 2005. 

  8. Most of our experience is mental - a feeling, thought, concept, etc. As we consider these objects, they are rendered in the as-if-body, the areas of the brain that are also responsible for mapping the physical body. The body need not change for the brain to evaluate body change. 

  9. Amodio DM, Master SL, Yee CM, Taylor SE. Neurocognitive components of the behavioral inhibition and activation systems: implications for theories of self-regulation. Psychophysiology. 2008;45(1).

    BIS [Behavioral Inhibition System] correspond corresponds to an attentional system for monitoring response conflicts, whereas BAS [Behavioral Activation System] corresponds to a motivational system for coordinating approach/avoidance responses. In addition, the unique associations between BIS and BAS and neural mechanisms of conflict monitoring versus approach motivation suggest that BIS is associated with the tendency to halt ongoing behavior rather than to engage avoidance-related behaviors, thus clarifying recent ambiguities in the application of the BIS/BAS model to research on individual differences and psychopathology.

    .. Whereas early BIS/BAS focused on behavioral outcomes, the present work suggests these systems correspond to a broader range of cognitive and self-regulatory processes. Similarly, research on conflict-monitoring has focused on cognitive control and information processing, but our findings suggest that this model relates to broader motivational, emotional, and behavioral processes. 

  10. Hirstein W. Brain Fiction: Self-Deception and the Riddle of Confabulation (Philosophical Psychopathology). The MIT Press; 2006.

    Before reading the below quote, understand that the described process occurs unconsciously. All the point-of-view attributions are for clarity and effect. Consider, with amazement, all the evaluating and adjudicating that happens before an action is enacted.

    At the output point [of the cognitive systems to design responses], certain emotional processes function to keep us from acting on thoughts or intentions that are either ill-considered, or based on ill-grounded beliefs - we might call these inhibitory emotions. An emerging consensus proposes that the filtering that the orbitofrontal lobes perform involves emotions.

    After perception-action cycles progress toward the front of the brain [for higher level cortical procession], they must loop back to activate more centrally located motor areas that ultimately send impulses down the spinal cord, causing actions [allowing our BAS systems to perform their role of coordinating responses]. At the point which thoughts and intentions might become actions (including speaking), representational areas and executive processes exist that can evaluate thoughts and if necessary prevent them from causing actions. Before you actually do something, it would be prudent [because of a reflexively quick, nonconscious decision - our BIS systems] to review your action in various ways and perhaps, if you have the representational resources, run a simulation of it and attempt to discern whether it will progress as you imagine. You imagine the initial situation, then create a forward model by letting the simulation run its course, based on your ability to represent events of this sort. At each stage you also need a way to discern whether a simulation is progressing in the direction you desire. Thus memories of reward values [somatic markers] from previous contexts in which these representations or actions were being consider are necessary for this modeling to occur. For actions, context is crucial. The same action that is a stroke of genius in one context can be suicidal in another.

    Sometimes during this modeling process we experience an inhibitory impulse [our BIS systems in action]. Much of the time the inhibition is traceable to social factors; that is, the action would offend, annoy, anger, disturb, or hurt another person. Or it would simply cause the hearer to misunderstand our message. To know whether or not someone would be angered or pleased by something, I have to know about her desires, belief, and other attitudes; I must know where she is, what she is looking at, and how she represents those things. I also need to know how she will understand and react to the particular words I plan to use. Here our attitudes toward that person are also important, e.g. we are willing to anger or hurt our enemies. 

  11. The language-like quality of ▲▼▲ can drive the process of evaluation and judging possible responses. If ▲▼1▲ is first response to occur, then our mind can model ▲▼1▲ as a single object ▼a, which then can be processed ▲▼a▲. These evaluations can occur in parallel since few higher-level cognitive resources are need. The results are continually compared, e.g. the value of ▼e > the value of ▼a. So search for responses similar to ▼e

  12. To buffer is to inhibit a triggered reaction to allow for a larger search of other possible responses. Buffer-responses are conditioned behaviors. These processes are often part of our Behavioral Inhibition Systems (BIS). One possible model of this skill: an initial response (▼T =▲▼1▲), which is unconscious, scripted, defensive, etc., becomes an object (▼T). When we encounter this reaction-object (an event - ▲▼T), we have a practiced behavior (▲▼T▲) that inhibits executing the triggered behavior (▲▼1▲). 

  13. The term “mindful buffering” used the word ‘mindful’ as an adjective. In this usage, its conventional definition is adequate. ‘Mindful’ is also used in this style throughout Ekman et al. (2005) and most of Davidson’s writings. 

Wednesday
16Dec2009

The Markings Of A Great Decision

We learn from experience. We array objects (things, events, locations, emotions, thoughts, feelings, etc.) into categories, and also associate possible emotions to those categories. We mark those emotions with a measurement of their productivity.

A productive emotion is one which generates pleasure or lessens punishing. “Pleasure” and “punishment” are sensations in the body. So the marker of an emotion’s productivity is literally an associated sensation from the spectrum ranging from ecstatic pleasure to excruciating punishment. Since these markers are body-based, they are better labeled “somatic markers.”

We use what we have learned. When we encounter an object included in various categories, we rapidly deploy the associated emotions. The markers help determine which possible response we should consider first.

If there is conflict among possible responses, we inhibit any behavior activation, until one is chosen (BIS/BAS, for more discussion, see my essay, Cookie Conflict: How Do We Do).

When we have new experience of an emotional response and its associate marker, we might find the emotion more or less productive. Accordingly, we alter the associated somatic-marker to reflect a new sensation of its productivity.

We adapt. We modify the underlying markers.

Damasio builds these elements into his somatic-marker hypothesis:1

...The revival of the emotional signal [the somatic marker] accomplishes a number of important tasks. Covertly or overtly, it focuses attention on certain aspects of the problem and thus enhances the qualities of reasoning over it. When the signal is overt it produces automated alarm signals relative to options of action that are likely to lead to negative outcomes. A gut feeling can suggest that you refrain from a choice that, in the past, has led to negative consequences, and it can do so ahead of your own regular reasoning telling you precisely the same “Do not.” The emotional signal can also produce the contrary of an alarm signal, and urge the rapid endorsement of a certain option because, in the system’s history, it has been associated with a positive outcome. In brief, the [emotional] signal marks options and outcomes with a positive or negative signal that narrows the decision-making space and increases the probability that the action will conform to past experience. Because the signals are, in one way or another, body-related, I began referring to this set of ideas as the somatic-marker hypothesis.

He describes a decision making process that is driven by emotions, manipulates attention, occurs near automatically and unconsciously, incorporates past experiences, and plays out in the body. This process does not determine one-best-action, but rather narrows the responses to a collection of most-productive responses.

If there is a conflict among these possibilities, the brain delays our response to allow higher-order cognitive processes time to evaluate the choice. In other words, our BIS/BAS process might “give us a chance to think about what to do.”

The emotional signal is not a substitute for proper reasoning. It has an auxiliary role, increasing the efficiency of the reasoning process and making it speedier. On occasion it may make the reasoning process almost superfluous, such as when we immediately reject an option that would lead to a certain disaster, or, on the contrary, we jump to a good opportunity based on a high probability of success.

Since conscious awareness of an event develops only after 0.5 seconds, this emotion-driven decision making drives so much of our behavior.

How do we change this process? How do we learn to respond in a more constructive, less reactive manner?

We must change our somatic markers.


  1. Damasio A. Looking for Spinoza: Joy, Sorrow, and the Feeling Brain. Houghton Mifflin Harcourt; 2003: pp 148-9.

    A more complete description of somatic-markers in Damasio’s words:

    ...we connect the conceptual categories we form - mentally and at the related neural level - with the brain apparatus used for the triggering of emotions. For example, different options for action and different future outcomes become associated with different emotions/feelings. By virtue of those associations, when a situation that fits the profile of a certain category is revisited in our experience, we rapidly and automatically deploy the appropriate emotions.

    ...Among these emotions/feelings, I accord special importance to those that are associated with the future outcome of actions, because they come to signal a prediction of the future, an anticipation of the consequence of actions.

    ...The revival of the emotional signal [the somatic marker] accomplishes a number of important tasks. Covertly or overtly, it focuses attention on certain aspects of the problem and thus enhances the qualities of reasoning over it. When the signal is overt it produces automated alarm signals relative to options of action that are likely to lead to negative outcomes. A gut feeling can suggest that you refrain from a choice that, in the past, has led to negative consequences, and it can do so ahead of your own regular reasoning telling you precisely the same “Do not.” The emotional signal can also produce the contrary of an alarm signal, and urge the rapid endorsement of a certain option because, in the system’s history, it has been associated with a positive outcome. In brief, the [emotional] signal marks options and outcomes with a positive or negative signal that narrows the decision-making space and increases the probability that the action will conform to past experience. Because the signals are, in one way or another, body-related, I began referring to this set of ideas as the somatic-marker hypothesis.

    The emotional signal is not a substitute for proper reasoning. It has an auxiliary role, increasing the efficiency of the reasoning process and making it speedier. On occasion it may make the reasoning process almost superfluous, such as when we immediately reject an option that would lead to a certain disaster, or, on the contrary, we jump to a good opportunity based on a high probability of success.

    In some cases the emotional signal can be quite strong, leading to a partial reactivation of an emotion such as fear or happiness, followed by the appropriate conscious feeling of that emotion. This is the presumed mechanism for a gut feeling, which uses what I have called a body-loop. There are, however, subtler ways for the emotional signal to operate and presumably that is how emotional signals do their job most of the time. First, it is possible to produce gut feelings without actually using he body, drawing instead on the as-if-body-loop... Second, and more importantly, the emotional signal can operate entirely under the radar of consciousness. It can produce alterations in working memory, attention, and reasoning so that the decision-making process is biased toward selecting the action most likely to lead to the best possible outcome, given prior experience. The individual may not ever be cognizant of this covert operation. In these conditions, we intuit a decision and enact it, speedily and efficiently, without any knowledge of the intermediate steps.

    pp 146-149 

Tuesday
15Dec2009

Physical Pain, Emotional Distress: Parallel Defenses?

Brown et al. wrote a comprehensive survey on mindfulness.1 At one point, they consider how our defenses to emotional anguish might mirror our defenses to physical pain:

Few people like pain and discomfort, the most common manifestation of physical distress and illness, and common sense suggests that they should be avoided when possible, whether that be through a diversion of attention away from the body or suppression of experience though conscious will, self-medication, or other, more extreme interventions like alcohol and drug use. People generally do not believe that attending to pain will alleviate it, and for some time now, behavioral health researchers and practitioners have concurred, describing the benefits of distraction and other attentional diversion strategies in coping with pain and discomfort.

We know our mental life through the events it causes in our bodies (see Emotion for more detail). Mental anguish would be represented in the physical body. Wouldn’t our mental coping strategies resemble our coping strategies for physical pain?

Brown et al. gives more support to this possible relationship:

Avoidant strategies [to chronic health problems] may also produce, perpetuate, or exacerbate anxiety and cognitive disruption, and the unwillingness to openly experience physical pain and distress may also have the unintended consequence of fostering an increased sensitivity to, and intolerance of the very states an individual seeks to avoid.

If injured, we might avoid triggering the wound’s physical pain to give the body time to heal. If emotionally injured, we might also neglect the associated pain by isolating it and avoiding it. How does this anguish get healed?

Perhaps later, we are triggered to recall the injuring event then integrate the isolated pain with the antiseptic account of the event. Without recognition, we resolve the distress of an emotional event. Our body and brain have the innate capacity to heal these injuries.

If the recall of an emotionally distressing event triggers too much pain, we would resume our avoidant defenses just as we would avoid confronting chronic health problems. If by avoiding, we become more sensitized to the pain, we build up our defenses and remain split. (For more discussion, see me essay - Spitting And Healing Emotional Distress.)


  1. Brown K, Ryan R, Creswell J. Mindfulness: Theoretical Foundations and Evidence for its Salutary Effects. Psychological Inquiry. 2007;18(4):211–237. 

Monday
14Dec2009

▲ Abuse Fear, Risk Trauma ▼

From Psychology Articles:

Fear is by far the most misunderstood emotion. In our conventional wisdom it is regarded far less as an emotion, and far more as a sure sign of danger that justifies instant escape, dissolving our awareness of the fear by discharging its energy in action, one form of dissociation. Another is to regard a feeling as a fact that is equivalent to reality. Such a fiction, that feelings by themselves can identify and represent reality, is regarded as borderline in mental functioning. And yet we do it every day with fear. We use the emotion of fear as motive and justification for emotional, and even physical violence.

Most interesting in the quote and in the article is the observation that fear can beget a defense split, dissociation and over identification with fiction as reality.

Monday
14Dec2009

Monday
14Dec2009

▲ Imagine Approaching Triggers Good Feelings▼

A major theme of my writing is the act of 'approach' and 'confront.' Science Daily:

"What was surprising was that merely simulating physical approach resulted in a more favorable evaluation of the product [a curried grasshopper]," the authors write.


The act of approaching makes an object less adversive and changes our defenses.

Sunday
13Dec2009

Sunday
13Dec2009

▲ Spores! A Complex Choice By A Simple Bug ▼

I know people who turn into spores, too. From Science Daily:

Scientists studying how bacteria under stress collectively weigh and initiate different survival strategies say they have gained new insights into how humans make strategic decisions that affect their health, wealth and the fate of others in society.

Sunday
13Dec2009