While the Freudian description is accurate relative to sources, I struggle to order them. I believe it is an accumulated weighting that makes one thought dominate another. We are indeed born with a great deal of innate behavioral weighting. As we learn, we strengthen some paths and create new paths for new concepts. The original behaviors (fight or flight, etc.) remain.
Based on this known process, I conjecture that experiences have an effect on the weighting of concepts. This weighting sub-utility is a determining factor in how much impact a concept has on our actions. When we discover fire burns our skin, we don’t need to repeat the experience very often to weigh fire heavily as something we don’t want touching our skin.
If we constantly hear, “blonde people are dumb,” each repetition increases the weight of this concept. Upon encountering an intelligent blond named Sandy, the weighting of the concept is decreased and we create a new pattern for “Sandy is intelligent” that attaches to “Sandy is a person” and “Sandy is blonde.” If we encounter Sandy frequently, or observe many intelligent blonde people, the weighting of the “blonde people are dumb” concept is continually reduced.
Coincidentally, I believe this is the motivation behind why religious leaders urge their followers to attend services regularly, even if subconsciously. The service maintains or increases weighting on the set of religious concepts, as well as related concepts such as peer pressure, offsetting any weighting loss between services. The depth of conviction to a religion can potentially be correlated with frequency of religious events. But I digress.
Eventually, the impact of the concept “blonde people are dumb” on decisions becomes insignificant. During this time, each encounter strengthens the Sandy pattern or creates new patterns for blondes. At some level of weighting for the “intelligent” and “blonde” concepts associated to people, our brain economizes by creating a “blond people are intelligent” concept. Variations of this basic model is generally how beliefs are created and the weights of beliefs are adjusted.
As with fire, we are extremely averse to incongruity. We have a fundamental drive to integrate our experiences into a cohesive continuum. Something akin to adrenaline is released when we encounter incongruity, driving us to find a way to resolve the conflicting concepts. If we can’t find a factual explanation, we rationalize one in order to return to balanced thoughts.
When we make a choice of something over other things, we begin to consider the most heavily weighted concepts that are invoked based on the given situation. We work down the weighting until we reach a point where a single concept outweighs all other competing concepts by an acceptable amount.
In some situations, we don’t have to make many comparisons due to the invocation of very heavily weighted concepts, such as when a car is speeding towards us while we’re standing in the roadway. In other situations, we make numerous comparisons that yield no clear dominant concept and can only make a decision after expanding our choice of concepts.
This model is consistent with human behavior. It helps to explain why people do what they do. It is important to realize that this model applies no division of concepts into classes. It uses a fluid ordering system. It has transient terminal goals based on perceived situational considerations. Most importantly, it bounds the recursion requirements. As the situation changes, the set of applicable concepts to consider changes, resetting the core algorithm.
From what I’ve heard, the typical response to believing that blond people are dumb and observing that blond Sandy is intelligent is to believe that Sandy is an exception, but blond people are dumb.
Most people are very attached to their generalizations.
Quite right about attachment. It may take quite a few exceptions before it is no longer an exception. Particularly if the original concept is regularly reinforced by peers or other sources. I would expect exceptions to get a bit more weight because they are novel, but no so much as to offset higher levels of reinforcement.
While the Freudian description is accurate relative to sources, I struggle to order them. I believe it is an accumulated weighting that makes one thought dominate another. We are indeed born with a great deal of innate behavioral weighting. As we learn, we strengthen some paths and create new paths for new concepts. The original behaviors (fight or flight, etc.) remain.
Based on this known process, I conjecture that experiences have an effect on the weighting of concepts. This weighting sub-utility is a determining factor in how much impact a concept has on our actions. When we discover fire burns our skin, we don’t need to repeat the experience very often to weigh fire heavily as something we don’t want touching our skin.
If we constantly hear, “blonde people are dumb,” each repetition increases the weight of this concept. Upon encountering an intelligent blond named Sandy, the weighting of the concept is decreased and we create a new pattern for “Sandy is intelligent” that attaches to “Sandy is a person” and “Sandy is blonde.” If we encounter Sandy frequently, or observe many intelligent blonde people, the weighting of the “blonde people are dumb” concept is continually reduced.
Coincidentally, I believe this is the motivation behind why religious leaders urge their followers to attend services regularly, even if subconsciously. The service maintains or increases weighting on the set of religious concepts, as well as related concepts such as peer pressure, offsetting any weighting loss between services. The depth of conviction to a religion can potentially be correlated with frequency of religious events. But I digress.
Eventually, the impact of the concept “blonde people are dumb” on decisions becomes insignificant. During this time, each encounter strengthens the Sandy pattern or creates new patterns for blondes. At some level of weighting for the “intelligent” and “blonde” concepts associated to people, our brain economizes by creating a “blond people are intelligent” concept. Variations of this basic model is generally how beliefs are created and the weights of beliefs are adjusted.
As with fire, we are extremely averse to incongruity. We have a fundamental drive to integrate our experiences into a cohesive continuum. Something akin to adrenaline is released when we encounter incongruity, driving us to find a way to resolve the conflicting concepts. If we can’t find a factual explanation, we rationalize one in order to return to balanced thoughts.
When we make a choice of something over other things, we begin to consider the most heavily weighted concepts that are invoked based on the given situation. We work down the weighting until we reach a point where a single concept outweighs all other competing concepts by an acceptable amount.
In some situations, we don’t have to make many comparisons due to the invocation of very heavily weighted concepts, such as when a car is speeding towards us while we’re standing in the roadway. In other situations, we make numerous comparisons that yield no clear dominant concept and can only make a decision after expanding our choice of concepts.
This model is consistent with human behavior. It helps to explain why people do what they do. It is important to realize that this model applies no division of concepts into classes. It uses a fluid ordering system. It has transient terminal goals based on perceived situational considerations. Most importantly, it bounds the recursion requirements. As the situation changes, the set of applicable concepts to consider changes, resetting the core algorithm.
From what I’ve heard, the typical response to believing that blond people are dumb and observing that blond Sandy is intelligent is to believe that Sandy is an exception, but blond people are dumb.
Most people are very attached to their generalizations.
Quite right about attachment. It may take quite a few exceptions before it is no longer an exception. Particularly if the original concept is regularly reinforced by peers or other sources. I would expect exceptions to get a bit more weight because they are novel, but no so much as to offset higher levels of reinforcement.