Psychology as ‘signs of something else’

Computational psychiatry

…seeks to characterize mental dysfunction in terms of aberrant computations over multiple scales….

….Aberrant decision-making is central to the majority of psychiatric conditions and this provides a unique opportunity for progress. It is the computational revolution in cognitive neuroscience that underpins this opportunity and argues strongly for the application of computational approaches to psychiatry. This is the basis of computational psychiatry. (source)

Autocatalytic systems

I am sure I have taken a few liberties with my application of this theory, but went ahead with these ideas anyway because one of the key features of FIML practice is it “auto-generates” or autocatalyzes itself. Once you get going and see how to do it, FIML practice almost runs by itself, allowing partners near infinite freedom to pursue whatever they want with it.

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Semiotic proprioception in dreams and waking

Short-term memory is key to psychological understanding

When two wrongs make a right

FIML over time

Signals and subliminal signal associations

This is a window into what the brain is doing all the time. It’s always sifting through a variety of possibilities and finding the best interpretation for what’s out there. And the best interpretation may vary with the situation.

Sizes of social groups

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Psychology: a fundamental correction must be made

Neurosis as a semiotic phobia

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.

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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.

Using truthful statements to lie

The paper, Artful Paltering: The Risks and Rewards of Using Truthful Statements to Mislead Others, says:

The full study:

Denial and self-deception

Semiosis, symbiosis, and optimization

Why FIML queries need to be asked quickly

A fascinating Swedish study claims to show that:

…the sense of agency for speech has a strong inferential component, and that auditory feedback of one’s own voice acts as a pathway for semantic monitoring, potentially overriding other feedback loops.

The source of that quote can be found here: Speakers’ Acceptance of Real-Time Speech Exchange Indicates That We Use Auditory Feedback to Specify the Meaning of What We Say.

In an article about the study above—People Rely on What They Hear to Know What They’re Saying—lead author Andreas Lind says that he is aware that the conditions of their research did not allow for anything resembling real conversational dynamics and that he hopes to study “…situations that are more social and spontaneous — investigating, for example, how exchanged words might influence the way a… conversation develops.”

FIML partners will surely recognize that without the monitoring of their FIML practice many conversations would veer off into mutually discordant interpretations and that many of these veerings-off are due to nothing more than sloppy or ambiguous speech or listening.

If speakers have to listen to themselves to monitor what they are saying and still misspeak with surprising frequency, then instances of listeners mishearing must be even more frequent since listeners (normally) do not have any way to check what they are hearing or how they are interpreting it in real-time.

That is, listeners who do not do FIML. FIML practice is designed to correct mistakes of both speaking and listening in real-time. FIML queries must be asked quickly because speakers can only accurately remember what was in their mind when they spoke for a short period of time, usually just a few seconds.

The Swedish study showed that in a great many cases words that speakers had not spoken “were experienced as self-produced.” That is speakers can be fooled into thinking they said something they had not said. How much more does our intention for speaking get lost in the rickety dynamics of real conversation?

This study is small but I believe it is showing what happens when we speak (and listen). Most of the time, and even when we are being careful, we make a good many mistakes and base our interpretations of ourselves and others on those mistakes. I do not see another way to correct this very common problem except by doing FIML or something very much like it.

In future, I hope there will be brain scan technology that will be accurate enough to let us see how poorly our perceptions of what we are saying or hearing match reality and/or what others think we are saying or hearing.

It is amazing to me that human history has gone on for so many centuries with no one having offered a way to fix this problem which leads to so many disasters.