Expectancy And Neuroception: SLT And Polyvagal Theory

How Learning And The Nervous System Shape Behavior

Expectancy and Neuroception offer two different ways of understanding how we anticipate what may happen next.

In Julian Rotter’s Social Learning Theory, Expectancy describes what we have learned to predict based on previous experience. In Polyvagal Theory, Neuroception describes how the nervous system responds to cues associated with safety, danger, or threat without requiring conscious awareness.

One reflects learned expectations. The other describes physiological processes that can occur before conscious evaluation. Sometimes they point in the same direction. Sometimes they conflict.

Understanding that interaction provides a useful connection between Social Learning Theory and Polyvagal Theory. It can also help us become more aware of what we think, what we feel, and what we choose to do next.

Julian Rotter developed Social Learning Theory to explain how learning, expectations, values, and situations influence behavior. One of its central concepts is Expectancy (E).

Expectancy is our prediction that a particular behavior will lead to a particular outcome in a particular situation. These expectations develop through experience.

When an action repeatedly produces a positive result, we may become more likely to expect that result again. Failure or disappointment can weaken an expectation. New experiences can change what we previously believed.

The situation also matters. A person may feel confident under one set of circumstances and uncertain under another. This means our expectations are learned rather than fixed. They can also be inaccurate.

Past failure may lead us to expect another failure when success is possible. Previous success may create confidence even though circumstances have changed. Recognizing an expectation gives us an opportunity to evaluate it rather than automatically act on it.

What Is Neuroception In Polyvagal Theory?

Polyvagal Theory, developed by Stephen Porges, approaches anticipation from a physiological perspective.

A central concept is Neuroception. Porges uses the term to describe the nervous system’s detection of cues associated with safety, danger, or threat without requiring conscious awareness.

This helps explain why the body can respond before we have consciously decided what a situation means. You might believe everything is fine while noticing increased tension, altered breathing, or uneasiness. At another time, you may feel comfortable and engaged without consciously analyzing why.

These responses provide information about our physiological state. They are not necessarily accurate judgments about what is actually happening. Experience, context, and current physiological state can all influence how we respond.

Our Polyvagal Theory overview explains these nervous-system processes in greater detail.

Expectancy And Neuroception: What’s The Connection?

Expectancy and Neuroception come from different theoretical frameworks. They should not be treated as equivalent processes.

The useful connection is that both can influence how we anticipate and respond to a situation.

Expectancy asks: Based on what I have learned, what do I expect will happen?

Neuroception raises a different question: What is my nervous system responding to before I consciously evaluate what is happening?

Together, they provide two different perspectives on how we respond to experience. Our learned expectations can influence how we approach a situation. At the same time, physiological responses can affect attention, emotion, social engagement, and action.

What happens next creates another experience from which we can learn.

Expectancy + Neuroception → Response → Experience → New Learning

This creates an ongoing relationship between learning, behavior, and physiological response.

When Expectancy And Neuroception Agree

Sometimes learned expectations and physiological responses point in the same direction.

Imagine entering a familiar situation where previous experiences have consistently been positive. You expect things to go well and notice that your body remains comfortable and receptive. Your experience and physiological response are providing compatible information.

The opposite can happen as well. Previous experience may give you reason to expect difficulty. At the same time, you notice increased tension, alertness, or other signs of physiological mobilization.

When these responses agree, deciding what to do may seem relatively straightforward. The more interesting opportunity for Self-Learning occurs when they conflict.

When Expectancy And Physiological Response Conflict

Suppose you consciously expect someone to be trustworthy, but something about the interaction produces persistent uneasiness.

Which response should you believe?

The Mulry Method does not require choosing rational thought over bodily awareness or bodily awareness over rational thought. Instead, the conflict becomes useful information.

You can observe what is happening, consider previous experience, gather additional information, and decide what action makes sense.

The reverse can also happen. Your body may respond strongly even though experience and careful evaluation suggest that a situation is reasonably safe. Automatically avoiding the situation may strengthen the existing expectation or make the response more likely to recur. A different approach may create new experiences and new information.

This is where Self-Learning becomes particularly important. We can learn from what we expect, what we feel, what we do, and what happens next.

New Experiences Can Change Expectations

Rotter’s Social Learning Theory helps explain why action matters. Expectations develop through experience, so new experiences can provide information that changes what we expect.

Suppose previous experiences have taught you to expect failure in a particular situation. That expectation may discourage action. Taking a reasonable step, however, creates an opportunity for another outcome.

A successful experience can provide evidence that the old expectation is no longer completely accurate. Repeated experiences may gradually strengthen a different expectation and influence how we approach similar situations in the future.

This creates a practical Self-Learning cycle:

Learn → Act → Observe → Adjust → Learn Again

Rather than treating expectations or physiological responses as permanent, Self-Learning asks what we can discover through experience.

Internal Locus Of Control And Purposeful Action

This relationship also helps explain the Mulry Method’s emphasis on an Internal Locus of Control.

Internal control does not mean believing we can control everything that happens. It means recognizing where our choices, actions, skills, and learning can influence what happens next.

When thought and physiological responses conflict, an internal orientation directs attention toward what we can actually do:

What am I expecting?
What am I feeling?
What have previous experiences taught me?
What information might I be missing?
What can I do next?

These questions turn awareness toward purposeful action. The result becomes another experience from which we can learn.

Connecting Mind And Body Through Positive Performance Psychology

Dr. Reaume Carroll Mulry emphasized the relationship between mental and physical performance long before Polyvagal Theory became part of the Mulry Method’s broader framework.

Positive Performance Psychology approaches thinking and physical action as interconnected parts of performance. Dr. Mulry organized practical skills around four core competencies:

Breathing can influence tension. Relaxation can affect movement. Posture can affect performance. Attention influences action. What happens as a result provides new information about our abilities, expectations, and responses.

Relaxation Therapy provides a structured way to practice breathing, muscular relaxation, and awareness. In The Zone Skills Training develops Relaxed, Power, Elastic, and Focused Moves through repeated practice.

These are practical ways to create new experiences rather than simply think about change.

From Awareness To Self-Learning

Social Learning Theory and Polyvagal Theory describe different aspects of behavior. Rotter’s theory helps us examine what experience has taught us to expect. Polyvagal Theory draws attention to physiological processes involved in responding to our environment.

The value of connecting Expectancy and Neuroception is not in claiming that they describe the same process. They do not. The connection is that each provides a different perspective on how we anticipate and respond to situations.

We can notice what we expect, observe what our body is doing, evaluate the circumstances, and decide how to respond. We can then use the outcome to reconsider what we expected and how we responded.

Over time, this process can help us better understand the relationship between learning, physiological response, and purposeful action. That is where Social Learning Theory and Polyvagal Theory become especially useful together.