Tag: brain science

Latent Diversity in Human Concepts

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Many social and legal conflicts hinge on semantic disagreements. Understanding the origins and implications of these disagreements necessitates novel methods for identifying and quantifying variation in semantic cognition between individuals. We collected conceptual similarity ratings and feature judgements from a variety of words in two domains. We analyzed this data using a non-parametric clustering scheme, as well as an ecological statistical estimator, in order to infer the number of different variants of common concepts that exist in the population. Our results show at least ten to thirty quantifiably different variants of word meanings exist for even common nouns. Further, people are unaware of this variation, and exhibit a strong bias to erroneously believe that other people share their semantics. This highlights conceptual factors that likely interfere with productive political and social discourse.

link

This study shows a very basic reason to do FIML. The study emphasizes semantic variation at the level of social discourse and common words. FIML operates at the interpersonal, idiosyncratic level where our sense of being lurks like a chained animal in the midst of an enormous plethora of semantic variation and semiotic ambiguity. Simply stated, there is no way to negotiate the intimate interpersonal realm well without doing FIML. In this realm, the kinds of misunderstandings identified in the linked study are multiplied in literally every imaginable way. At the same time, the dangerous importance of communication errors is greatly amplified and psychologically cumulative. This is a main reason interpersonal relationships can become volatile and end in suffering. If you can see what the study is about and understand the importance of the ‘semantic disagreements’ it describes, you should be able to see the importance of doing FIML in real-time with an understanding partner. From birth to death, our entire psychologies rest on the dynamic foundation of our intimate, interpersonal communications. If you want to optimize your psychology, you must clear up communication at this level. ABN

Speech comprehension and context

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A new study on speech comprehension shows that humans respond to the “contextual semantic content of each word in a relatively time-locked fashion.”

These findings demonstrate that, when successfully comprehending natural speech, the human brain responds to the contextual semantic content of each word in a relatively time-locked fashion. (Source)

This process is roughly illustrated here:

While I do not doubt these findings for simple speech in simple contexts, I do wonder what the results would be for speech in psychologically complex contexts, whether that speech is simple or not.

I wonder this because I am certain that in almost all psychologically complex contexts (those rich with subjectivity, emotion, idiosyncratic memory or association, etc.) the “contextual semantic content of each word” will necessarily be different, often very different for each speaker.

Psychologically rich interpersonal speech is almost always fraught with contextual differences that can be very large. Sometimes participants know these differences exist and sometimes they don’t. It is very common for speakers to make major mistakes in this area, the most important area of speech for human psychological well-being.

It seems possible that EEG with increased sensitivity might one day be able to detect “context diversion” between speakers, but even if complex emotional information is also included, people will still have to talk about what is diverging from what.

My comments are not meant to detract from the very interesting findings posted above. I make them because these findings illustrate how inherently problematic real-time mutual comprehension of the “contextual semantic content” of all spoken words actually is.

FIML practice is the only way I know of today to find profound real-time mutual comprehension of complex interpersonal speech.

first posted FEBRUARY 24, 2018

Global Workspace Theory: mistake awareness (and correction)

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Global workspace theory is a description of how our minds work. The word global refers to the whole mind or brain, not the world.

The central feature of this theory—the global workspace—is conscious working memory, or working memory that could be made conscious with minimal effort.

This global workspace is also what a great deal of Buddhist mindfulness attends to. If we focus our attention on what is coming in and out of our global workspace, we will gain many insights into how our minds operate.

The Buddha’s five skandha explanation of consciousness can be understood as a form (or percepta) entering the global workspace.

Consciousness is the fifth skandha in the chain of skandhas. It is very important to recognize that whatever we become conscious of is not necessarily right.

With this in mind, we can see that being mindful of what is entering and leaving our global workspace can help us forestall errors from forming and growing in our minds.

In the Buddhist tradition, ignorance (a kind of error) is the deep source of all delusion.

But how do I know if the percepta or bits of information entering my awareness are right or wrong?

Well, there is science and Bayesian thought processes to help us, and they are both very good, but is there anything else?

What about my actual mind? My psychology? My understanding of my being in the world? How do I become mindful and more right about these?

Besides science and Bayes, I can ask an honest friend who knows me well if the percepta I think I just received from them is right or wrong.

If my friend knows the game, they will be ready to answer me before my global workspace changes too much. If my friend confirms my interpretation of what they just did or said, I will know that my interpretation (or consciousness) is correct.

If they disconfirm, I will know that my interpretation was incorrect, a mistake.

This kind of information is wonderful!

We calibrate fine instruments to be sure we are getting accurate readings from them. Why not our own minds?

This kind of calibration can be done in a general way, but you will get a general answer in that case. If you want a precise reading, a mindfulness answer, you need to play the FIML communication game.

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Fetishized semiotics part two

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In a previous post, we discussed how semiotics can become fetishized and why that matters. In today’s post, I want to continue that discussion.

A fetishized semiotic(s) provides symbolic focus to the person who entertains it. It provides coherence within their semiotic networks of thought and communication.

Fetishized semiotics also generate or provide motivation for those who entertain them.

Since semiotics are fundamental to all communication, fetishized semiotics often serve to bond people into easily understood groups.

A person with a fetish for prostitutes, for example, will generally find it easy to get what they want while also bonding with others who have similar desires.

The same can be said for people who want a lot of money or status. Ethnic groups and religions often fetishize the semiotics of their cultures and histories.

A scientist might fetishize the semiotics of being a scientist.

A human ego, in most senses of the word and certainly in the Buddhist sense, can be described as the “fetishized semiotic(s) of ‘self’.” Or more precisely, as the “fetishized agglomeration of the semiotics of ‘self’ of an entity that lives in this world primarily within semiotic networks.”

When small “selves” (small in the Buddhist sense) become fetishized egos, or big selves, the entity in question will often feel that life has a focus or energy it did not have before. This is especially true if the person is part of a group that communicates about that ego and supports it through ceremonies, shared beliefs, values, etc.

Big selves, or egos, supported by groups are usually semiotically quite simple. This is a place where we can see the value of thinking in terms of semiotics.

The big self is simple—it wants one or two things and will marshal all of its (often considerable) mental powers to attain it. Other behaviors surrounding the core of the big self may be complex, but the basic big self is usually pretty simple. It wants respect, or power, or some ideal that often is a pretense for getting respect and power.

The formula can be different, but basically that is how it is.

Early communists in Russia and China, for example, all professed high ideals, and some of them meant it, but in both countries the revolutions were seized by the most ruthless actors and the high ideals were replaced with mass murder.

I am convinced that many of those most ruthless communists—who definitely had fetishized what they were doing—actually believed that their high ideals might one day come to be. But that first it was necessary to liquidate millions of “bad elements” and terrorize the remaining population into complete submission.

This all too human mix of idealism deferred to the future blended with extreme cruelty in the present illustrates another aspect of the fetishized self, or fetishized semiotics—the big self diminishes others, even becomes blind to them.

The fetishized ego sees itself with its own peculiar clarity and also it completely fails to see others except as aspects of its own fetish. Thus Bolsheviks and Red Guards murdered and terrorized tens of millions of people, often with very little feeling and always with massive self-delusion.

first posted APRIL 2, 2014

Neurosis as a semiotic phobia

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Human beings are semiotic entities. We largely live in and react emotionally to semiotics. Virtually everything we think, feel, and believe is built on a foundation of signs and symbols—semiotics.

A recent German study elegantly shows that people with arachnophobia see spiders more quickly than people who do not fear spiders.

The study can be found here: You See What You Fear: Spiders Gain Preferential Access to Conscious Perception in Spider-Phobic Patients. An article about the study is here: Phobias alter perception, German researchers say.

The authors of the study say that there probably is “an evolutionary advantage to preferentially process threatening stimuli, but these effects seem to have become dysfunctional in phobic patients.”

I would argue that “these effects” have also migrated into human semiotics and are similarly dysfunctional. That is, humans perceive some signs and symbols as more threatening than they are. For some of us these signs and symbols can seem so threatening we become “phobic” or neurotic about them.

For example, insecure people may become hypersensitive to signs of rejection. People who have been abused or tortured may perceive signs that seem ordinary to others as serious threats. If the person who tortures you also smiles, you will probably see human smiles as being dangerous when to others they indicate kindness.

Once a semiotic becomes associated with strong emotions, and this can happen in many ways, we will tend to see that semiotic as an emotionally charged sign from then on.

FIML practice is designed to interrupt our emotionally-charged responses to semiotics the moment those responses occur. By doing this repeatedly with the same sign, FIML practice can extirpates the neurotic response to that sign.

_________________

Edit: Extirpating semiotic “phobias” or neuroses should be easier to do in most cases than extirpating phobias based on visual perceptions of things, such as the spiders discussed in the linked study. This is likely due to the more direct connection between emotional or limbic responses and the visual cortex. Complex semiotics are signs and symbols built on top of other signs and symbols, and thus their “architecture” is more fragile than direct visual perception and probably simpler to change in most cases. Human facial expressions probably fall somewhere between complex signs and direct visual perception. A good deal of what we call “psychology” are networks of complex semiotics. When a network becomes “neurotic” it is probably true that it contains erroneous interpretations of some or all of its semiotics. That said, a complex neurosis than involves many semiotic networks may be more difficult to extirpate than a straightforward phobia like arachnophobia.

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An example of a psychological morpheme

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A psychological morpheme is defined as the smallest unit of a psychological response.

This term is used in FIML practice to distinguish psychological micro responses from meso and macro responses which are more general and less amenable to change and productive analysis.

There are many kinds of psychological morphemes and every individual has a multitude of them that are unique to them. Some are associated with personal memories and emotions that were aroused in the past. Others are new and arise in the present moment.

Still others are internalized social responses which at their most basic feel almost like disembodied responses, responses that precede thought, that begin creating the world we live in before we even know it. They are part of us, but can be slightly astonishing when we notice them for what they are.

A good example of one happened yesterday. My partner was away on a short trip and since it was a warm day I was working at home in my birthday suit. At some point I decided to call my partner, who would think nothing of seeing me in my birthday suit, but before I did I found myself reflexively putting on a pair of shorts.

I stopped and wondered why I was doing that and realized I was being “directed” by an almost completely emotionless and thought-less psychological morpheme.

Since I was going to speak, I was going to engage in a social act. And since I was going to engage in a social act, some part of me decided I needed to put on a pair of shorts.

This morpheme is interesting because it is so elementary. I was going to speak over the phone, long-distance to someone I have been living with for many years. And yet even still a very weak and basic sense of propriety that I had learned from my culture arose in me and got me to put on a pair of shorts.

It was like a single cold spark. And yet it was strong enough to move my system. It was a sort of “logic” like the logic of a small pattern in sand, or a twist in a tree’s bark. It was “me” putting on the shorts, but the “logic” of my doing so seemed to belong more to nature or a physical process than “my” being.

Psychological morphemes of this type are wonderful to observe. They belong to an almost blank class of responses that work like directional signs that induce us to move one way or another, to do something or not.

Other kinds of psychological morphemes induce us to feel, think, or believe something with no more “charge” than the single small spark that got me to put on my shorts.

Psychological morphemes are the most basic data of FIML practice. They are the small signs that make up the “language” of our psychologies, our minds. Understanding them leads to a rich understanding of your own and others’ behaviors, feelings, and thoughts.

first posted JULY 19, 2015

Meaningfulness or emotional valence of semiotic cues

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A new study on post traumatic stress disorder shows that PTSD sufferers actually perceive meaning or emotional valence within fractions of a second.

This study bolsters the FIML claim that “psychological morphemes” (the smallest psychological unit) arise at discrete moments and that they affect whatever is perceived or thought about afterward.

The study has profound implications for all people (and I am sure animals, too) because all of us to some degree have experienced many small and some large traumas. These traumas induce a wide variety idiosyncratic “meaning and emotional valence” that affects how we perceive events happening around us, how we react to them, and how we think about them.

The study in question—Soldiers with Posttraumatic Stress Disorder See a World Full of Threat: Magnetoencephalography Reveals Enhanced Tuning to Combat-Related Cues—is especially interesting because it compares combat veterans without PTSD to combat veterans with PTSD.

It is thus based on a clearly defined pool of people with “similar” extreme experiences and finds that:

…attentional biases in PTSD are [suggestively] linked to deficits in very rapid regulatory activation observed in healthy control subjects. Thus, sufferers with PTSD may literally see a world more populated by traumatic cues, contributing to a positive feedback loop that perpetuates the effects of trauma.

Of course all people are “traumatized” to some degree. And thus all people see “a world populated by traumatic cues, contributing to a positive feedback loop that perpetuates the effects of trauma.”

If we expand the word trauma to include “conditioned responses,” “learned responses,”  “idiosyncratic responses,” or simply “training” or “experience” and then consider the aggregate all of those responses in any particular individual, we will have a fairly good picture of what an idiosyncratic individual (all of us are that) looks like, and how an idiosyncratic individual actually functions and responds to the world.

FIML theory claims that idiosyncratic responses happen very quickly (less than a second) and that these responses can be observed, analyzed, and extirpated (if they are detrimental) by doing FIML practice. Observing and analyzing idiosyncratic responses whether they are detrimental or not serves to optimize communication between partners by greatly enhancing partners’ ranges of emotion and understanding.

In an article about the linked study (whose main author is Rebecca Todd), Alva Noë says:

…Todd’s work shows that soldiers with PTSD “process” cues associated with their combat experience differently even than other combat veterans. But what seems to be driving the process that Todd and team uncovered is the meaningfulness or emotional valence of the cues themselves. Whether they are presented in very rapid serial display or in some other way, what matters is that those who have been badly traumatized think and feel. And surely we can modify how we think and feel through conversation?

Indeed, what makes this work so significant is the way it shows that we can only really make sense of the neural phenomena by setting them in the context of the perceptual-cognitive situation of the animal and, vice-versa, that the full-import of what perceivers say and do depends on what is going on in their heads. (Source)

I fully agree with the general sense of Noë’s words, but want to ask what is your technique for “modifying how we think and feel through conversation?” And does your technique comport well with your claim, which I also agree with, that “we can only really make sense of the neural phenomena by setting them in the context of the perceptual-cognitive situation of the animal”?

I would contend that you cannot make very good “sense of neural phenomena” by just talking about them in general ways or analyzing them based on general formulas. Some progress can be made, but it is slow and not so reliable because general ways of talking always fail to capture the idiosyncrasy of the “neural phenomenon” as it is actually functioning in real-time during a real “perceptual-cognitive situation of the animal.”

The FIML technique can capture “neural phenomena” in real-time and it can capture them during real “perceptual-cognitive situations.” It is precisely this that allows FIML practice to quickly extirpate unwholesome responses, both small and large, if desired.

Since all of us are complex individuals with a multitude of interconnected sensibilities, perceptions, and responses, FIML practice does not seek to “just” remove a single post traumatic response but rather to extirpate all unwholesome responses.

Since our complex responses and perceptions can be observed most clearly as they manifest in semiotics, the FIML “conversational” technique focuses on the signs and symbols of communication, the semiotics that comprise psychological morphemes.

FIML practice is not suited for everyone and a good partner must be found for it to work. But I would expect that combat veterans with PTSD who are able to do FIML and who do it regularly with a good partner will experience a gradual reduction in PTSD symptoms leading to eventual extirpation.

The same can be said for the rest of us with our myriad and various traumas and experiences. FIML done with a good partner will find and extirpate what you don’t want knocking around in your head anymore.

first posted JULY 9, 2015

The brain as a guessing machine

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A new approach to the study of mental disorder—called computational psychiatry—uses Bayesian inference to explain where people with problems are going wrong.

Bayesian inference is a method of statistical reasoning used to understand the probability of a hypothesis and how to update it as conditions change.

The idea is that people with schizophrenia, for example, are doing a bad job at inferring the reasonableness of their hypotheses. This happens because schizophrenics seem to be less likely to put enough weight on prior experience (a factor in Bayesian reasoning).

Somewhat similarly, “sensory information takes priority [over previous experience] in people with autism.” (Bayesian reasoning implicated in some mental disorders)

Distorted calculations — and the altered versions of the world they create — may also play a role in depression and anxiety, some researchers think. While suffering from depression, people may hold on to distorted priors — believing that good things are out of reach, for instance. And people with high anxiety can have trouble making good choices in a volatile environment… (Ibid)

The key problem with autism and anxiety is people with these conditions have trouble updating their expectations—a major component of Bayesian reasoning—and thus make many mistakes.

These mistakes, of course, compound and further increase a sense of anxiety or alienation.

Like several of the researches quoted in the linked article, I find this computational approach exciting.

It speaks to me because it confirms a core hypothesis of FIML practice—that all people make many, significant inferential mistakes during virtually all acts of communication.

In this respect, I believe all people are mentally disordered, not just the ones who are suffering the most.

I think a Bayesian thought experiment can all but prove my point:

What are the odds that you will correctly infer the mental state(s) of anyone you speak with? What are the odds that they will correctly infer your mental state(s)?

In a formal setting, both of you will do well enough if the inferring is kept within whatever the formal boundaries are. But that is all you will be able to infer reasonably well.

In the far more important realm of intimate interpersonal communication, the odds that either party is making correct inferences go down significantly.

If we do not know someone’s mental state, we cannot know why they have communicated as they have. If our inferences about them are based on such questionable data, we are bound to make many more mistakes about them.

first posted MAY 15, 2016

Signals and subliminal signal associations

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Signals sent between people are almost never simple, single entities devoid of ambiguity.

Indeed, even very clear communicative signals, especially in interpersonal communication, are often fraught with subliminal associations. These “extra” associations are a primary cause of interpersonal error and ambiguity, and deriving from that, of individual, personal discomfort or neurosis.

We have mentioned this general problem many times and claimed that FIML practice is probably the only way to successfully remove the bulk of dangerous ambiguity and misunderstanding that inevitably accrues in almost all interpersonal relationships.

A study on visual perception from the University of Arizona—Your brain sees things you don’t—reasonably confirms these statements for visual perception. I would argue that many other brain functions work in similar ways, including listening, speaking, and our overall perceptions of human behavior and what it “means.” (Study: The Ground Side of an Object: Perceived as Shapeless yet Processed for Semantics)

The study found that participants subconsciously perceive “meaning” in visual images flashed quickly before them. It took about 400 milliseconds for this perception of “meaning” to show on an fMRI machine.

Continue reading “Signals and subliminal signal associations” →

Psychophysics gains a new law of sensory perception that also sheds light on subjective perception

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First we have to understand Weber’s Law:

Weber’s law, also called Weber-Fechner law, historically important psychological law quantifying the perception of change in a given stimulus. The law states that the change in a stimulus that will be just noticeable is a constant ratio of the original stimulus. It has been shown not to hold for extremes of stimulation. (Weber’s Law)

Hang in with this, it’s interesting.

About 200 years ago, the German physician Ernst Heinrich Weber made a seemingly innocuous observation which led to the birth of the discipline of Psychophysics – the science relating physical stimuli in the world and the sensations they evoke in the mind of a subject. Weber asked subjects to say which of two slightly different weights was heavier. From these experiments , he discovered that the probability that a subject will make the right choice only depends on the ratio between the weights.

For instance, if a subject is correct 75% of the time when comparing a weight of 1 Kg and a weight of 1.1 Kg, then she will also be correct 75% of the time when comparing two weights of 2 and 2.2 Kg – or, in general, any pair of weights where one is 10% heavier than the other. This simple but precise rule opened the door to the quantification of behavior in terms of mathematical ‘laws’. (NEUROSCIENTISTS MAKE MAJOR BREAKTHROUGH IN 200-YEAR-OLD PUZZLE)

What’s new today is Time–Intensity Equivalence in Discrimination (TIED):

We investigated Weber’s law by training rats to discriminate the relative intensity of sounds at the two ears at various absolute levels. These experiments revealed the existence of a psychophysical regularity, which we term time–intensity equivalence in discrimination (TIED), describing how reaction times change as a function of absolute level. (The mechanistic foundation of Weber’s law)

Simply stated TIED says that the intensity of the stimulus determines the time it takes to “just notice” a change in it and that that scales linearaly as intensity changes up or down. For example, changes in louder sounds are noticed quicker than proportionally equal changes in quieter sounds and this can be scaled mathematically.

TIED is a new theory and needs more research, but whether it works out perfectly or not, I think it shows something very important about our individual and shared subjective perceptions of words, gestures, meanings, intentions, implications, and so on including all semiotics.

At present, we do not have machines that can measure our subjective perceptions, but we can surely feel them. And with training, we can also decently calibrate them.

Most of us can already vaguely talk about our subjective perceptions of each other, but few of us know how to do that with the precision of Weber’s Law or TIED. This is because we are all unique and we all react uniquely to each other. On top of that, few are able to employ language efficiently enough to capture significant detail when describing subjective responses or impressions.

FIML provides a very useful method for isolating and calibrating individual, idiosyncratic subjective perceptions.

Consistent, repeated use of FIML gradually recalibrates and reorganizes the entire psychologies of both partners.

FIML has virtually no content.. FIML is a method, and as such it allows partners to gradually identify, isolate, measure, and reorganize their entire body of psychological data, however they construe it.

first posted AUGUST 13, 2019

We do not experience our world continuously but in discrete snapshots, a Buddhist therapeutic interpretation

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This report — Brain oscillations reveal that our senses do not experience the world continuously — supports the core activity of FIML practice, which entails noticing the first instant(s) of the arising of an emotional sensation (that is typically tied to a much more involved “mistaken interpretation” within the brain). By interfering with the first instant(s) of arising, FIML practice forestalls the habitual wave of neurotic interpretation that normally follows. Instead, new information — better data obtained from the FIML partner — is used to replace the cue that led to the initial sensation, thus redefining that cue.

Professor Gregor Thut of the University of Glasgow, where the study was conducted, says of its results: “For perception, this means that despite experiencing the world as a continuum, we do not sample our world continuously but in discrete snapshots determined by the cycles of brain rhythms.”

I would further hypothesize that the same holds true for our “perceptions” of inner emotional states. In this context, recall the five skandhas of Buddhism — form, sensation, perception, activity, consciousness. A form can arise in the mind or outside of the mind. This form gives rise to a sensation (which is the first initiation of a FIML query), which gives rise to perception, followed by activity (mental or physical), and lastly consciousness.

In Buddhist teachings, the five skandhas occur one after the other, very rapidly. They are not a continuous stream but rather a series of “discrete snapshots,” to use Thut’s words. In FIML practice, partners want to interfere with what has become a habitual “firing” of their five skandhas based on (neurotic) learned cues. FIML practice strives to prevent full-blown neurotic consciousness (the fifth skandha) from taking control of the mind by replacing the source of that consciousness with a more realistic interpretation of the neurotic cue. The cue corresponds to form in the five skandhas explanation while our emotional reaction to it begins with the second skandha, sensation. The more realistic interpretation of that cue is based on the true words of the partner.

The five skandhas can also help us understand how FIML is different from more or less normal psychological analysis. In normal, or traditional, analysis we use theories and schema to understand ourselves. In FIML we use a specific technique to interfere with habitual neurotic “firings” of the five skandhas. FIML partners are encouraged to theorize and speak about themselves in any way they like, and it is very helpful to do this, but the core FIML activity cannot be replaced by just theorizing or telling stories.

Here is a link to the study itself: Sounds Reset Rhythms of Visual Cortex and Corresponding Human Visual Perception.

slightly edited, first posted MAY 14, 2012

Reduction of neurosis through immediate feedback

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A recent study has found that persecutory delusions can be reduced by simulating fear-inducing situations in virtual reality.

…patients who fully tested out their fears in virtual reality by lowering their defences showed very substantial reductions in their paranoid delusions. After the virtual reality therapy session, over 50% of these patients no longer had severe paranoia at the end of the testing day. (Oxford study finds virtual reality can help treat severe paranoia)

The crux of what happened is patients faced and “fully tested out their fears.”

The virtual reality environment allowed them to “lower their defenses” enough to see that their initial fears were wrong. That they were mistakes.

Few people suffer full-blown persecutory delusions on the scale of the patients in this experiment, but I would maintain that all people everywhere suffer from “mistaken interpretations” that manifest as neuroses or delusions.

The virtual reality in the Oxford study allows for patients to face their “mistakes” (their exaggerated fears) and this is what reduces their paranoia.

The technique works because patients receive immediate feedback in real-time.

As they perceive in real-time that their delusions are not justified, they are reduced dramatically.

In FIML practice, a similar result is achieved through the FIML query and response with a caring partner.

All people are riddled with “mistaken interpretations” that wrongly define their sense of who they are and what is going on around them.

A basic tenet of FIML is that immediate truthful feedback reduces and eventually extirpates these mistakes.

FIML allows people to “lower their defenses” by focusing on micro-units of communication as they arise in real-time.

The study is here: Virtual reality in the treatment of persecutory delusions: randomised controlled experimental study testing how to reduce delusional conviction.

I believe the findings of this study lend support to the theory of FIML practice:

FIML practice eliminates neuroses because it shows individuals, through real data, that their (neurotic) interpretation(s) of their partner are mistaken.

first posted MAY 5, 2016

Conscious of what?

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A primary question about consciousness is “conscious of what?”

What if your consciousness is based on an error?

If you become conscious of the error, you will most likely correct it and thus change your consciousness.

Metacognition is a word that is sometimes used in place of “consciousness.”

Metacognition implies awareness of how our consciousness is functioning.

Buddhist mindfulness can be defined as “active metacognition.” This implies awareness of what is in our consciousness, what the elements of its functioning are in the moment.

Buddhist practice assume that if while being mindful we perceive error in our consciousness, we will correct the error.

Metacognition requires “self-awareness” or “awareness of the functioning of consciousness.” It seems that most people do this better than most animals in most situations.

Metacognition or mindfulness requires training or practice. But training and practice can also be wrong, based on wrong views.

Many forms of selfhood are based on wrong views.

Right mindfulness is used to perceive these mistakes and correct them.

For example, a person can be trained to have an identity. They can practice having this identity and learn the emotions that go along with it.

With wrong training and practice an identity can become explosive, violent, crazy.

This is a major part of what is meant by delusion in Buddhism, having a wrong view about your identity.

Notice, that a person can have a very wrong identity and be fully conscious of it and the world around them without realizing their identity is wrong.

_______________________________

Related subjects:

Re-representing consciousness: dissociations between experience and meta-consciousness

Consciousness Goes Deeper Than You Think

There Is an ‘Unconscious,’ but It May Well Be Conscious

Transcendental experiences during meditation practice

first posted SEPTEMBER 20, 2017

The importance of the Readiness Period for speech, listening, and decision making

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Libet gave participants of his experiments a simple task, while measuring their brain activity: they had to decide to flex a finger whenever they wished, and note the position on a fast-moving clock at the precise moment they took the decision.

The result was that the brain showed activity at least 400ms before the participants became aware of their “decision making.”

Here’s a diagram showing what’s going on:1

“RP” stands for “Readiness Potential,” that is, the supposed build-up in brain activity before the decision to act and the subsequent action. What we see is that this brain activity starts before the participants became aware of their intention to flex the finger.

The results have led the no-Free-Will crowd to [falsely] exclaim, “see, everything is driven by your brain, and you taking decisions is just an illusion!”

However, this seems to be a typical case of taking something very specific and isolated out of context and then drawing conclusions based on existing biases.

link

The exercise of free will in basic FIML is done during the “Readiness Potential” period described above. FIML done with a partner is an exquisite exercise of free will that completely changes how we speak and listen for the better. FIML is somewhat difficult because it requires being aware of the Readiness Potential period close to its onset. But this can be learned with practice. Buddhists or others who practice mindfulness may find this part of FIML to be rather easy. From this point of view, FIML can be described as mindfulness shared by two people, or pair-work mindfulness. FIML mostly focuses on interpersonal speech and listening but also includes all other interpersonal semiotics. More posts related to FIML and brain science can be found here. ABN

FIML and memory distortion

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Here is a study that shows how quickly we distort our memories: Event completion: Event based inferences distort memory in a matter of seconds. The study concludes, in part, that “…results suggest that as people perceive events, they generate rapid conceptual interpretations that can have a powerful effect on how events are remembered.”

This study shows that our memories of events are dynamic and can become distorted very quickly. These findings well support FIML practice, which is based on quick interventions while we are speaking to capture sound, usable data that both partners can agree on.

Blogger Christian Jarrett writes about this study saying that “memory invention was specifically triggered by observing a consequence (e.g. a ball flying off into the distance) that implied an earlier causal action had happened and had been seen (Your memory of events is distorted within seconds).” Well-put. From a FIML point of view, we generate or maintain neurotic interpretations (mistaken interpretations) by believing we are “observing a consequence…that implied an earlier causal action had happened.” When we misinterpret an utterance during a conversation, we tend to do so in habitual ways; we tend to respond to that utterance as if it had meant something it did not; we tend to understand the “consequence” that happens in our minds as “implying” or being based on something that our partner actually had intended when they had not had any such intention.

This study illustrates very well why FIML practitioners want to develop their skills so that both partners are able to quickly disengage from their conversation while taking a meta-position that allows them to gather and agree upon good data that they can discuss objectively and rationally. When your partner denies that they meant what you thought they meant, this study will help you believe them.

As the Buddha said: “The mind is everything. What you think you become.”

first posted JANUARY 12, 2012