Rewiring the Equestrian Brain: How to Unlearn Negative Thoughts and Build Riding Confidence

Every rider has experienced it.

The hesitation before mounting after a fall. The automatic assumption that a horse will spook in the same corner where it once spun. The familiar inner voice that says, "I'm too old for this," "I'm not as brave as I used to be," or "I'll never get this right."

For many equestrians, these reactions feel like permanent parts of their personality. Modern neuroscience suggests otherwise. Research increasingly shows that many negative thoughts, emotional responses, and behavioral patterns are learned adaptations rather than fixed traits—and that they can be modified through new learning and experience.

This concept was a central theme in a 2026 Huberman Lab podcast episode featuring Harvard-trained psychiatrist Dr. Alok Kanojia, titled "Unlearn Negative Thoughts & Behavioral Patterns." In that discussion, Dr. Kanojia explained that lasting change often begins not by forcing different behaviors, but by understanding the underlying mental patterns driving them.

For equestrians, this distinction matters. Riding is not simply a physical skill. It is a neurological exercise that requires balance, coordination, emotional regulation, attention, decision-making, and risk assessment—often simultaneously. Every ride represents a continuous conversation between the rider's brain, body, and nervous system and the horse's own responses.

How Equestrians Can Unlearn Negative Thoughts and Rewire the Brain

One of the most important discoveries in modern neuroscience is that the adult brain remains capable of change throughout life. This process, known as neuroplasticity, allows neural connections to strengthen, weaken, and reorganize in response to experience. As explained in the Huberman Lab episode "How Your Nervous System Works and Changes," the brain is constantly updating itself based on what it repeatedly thinks, feels, and does. Habits—whether helpful or harmful—become more automatic when the underlying neural pathways are repeatedly activated, a principle also explored in depth in the Huberman Lab's "Science of Making and Breaking Habits."

This principle helps explain why fear can linger long after an event has passed. Consider a rider who experienced a serious fall several years ago. Even after physical recovery, her heart rate may increase when approaching a jump or cantering in an open field. The response is not necessarily a reflection of current danger. Rather, it may be the result of a nervous system that learned to associate a particular situation with threat and continues to respond accordingly.

How Fear is Learned—and Unlearned

For decades, scientists believed that overcoming fear involved erasing old memories. Research now shows this is generally not how the brain works. Studies of fear extinction demonstrate that original fear memories often remain intact. Instead, the brain develops new learning that competes with and inhibits the older fear response.

As Myers and Davis (2007) described in their foundational review of the mechanisms of fear extinction, "extinction does not erase the original fear memory but instead creates a new memory that inhibits fear expression." More recent work by Liu and colleagues (2024) further confirmed that the extinction memory trace is fragile but can be reinforced through deliberate practice and environmental cues.

In other words, confidence is not created by deleting the memory of a bad experience. Confidence develops when the brain repeatedly acquires evidence that safety, competence, and control are possible despite that experience.

This finding has important implications for riders. Many become discouraged when fear or self-doubt resurfaces after months of progress. A rider may successfully rebuild confidence at home, only to feel anxious again at a competition venue. Neuroscience research suggests this does not mean progress has been lost. Fear memories are often highly context-dependent—the brain may express different responses in different environments even when substantial learning has occurred.

Distress Tolerance: Staying Present in Discomfort

The Huberman-Kanojia discussion also emphasized a concept known as distress tolerance—the ability to experience discomfort without immediately trying to escape it. This skill may be especially relevant in the equestrian world. Growth in riding often occurs at the edge of one's comfort zone: learning a new movement, returning after injury, entering the show ring, or navigating an unexpected spook. According to Dr. Kanojia, increasing distress tolerance is not about suppressing emotion but learning to observe and tolerate it long enough for new learning to occur.

Horses may provide a unique environment for developing this skill. Successful horsemanship rarely depends on eliminating uncertainty. Horses are living, thinking animals capable of responding differently from one day to the next. Riders who continue showing up, adapting, and problem-solving despite imperfect conditions are repeatedly training neural systems involved in emotional regulation, resilience, and cognitive flexibility.

The Role of Self-Awareness

Another important concept addressed in the podcast is the role of self-awareness. Negative thought patterns often operate automatically. Riders may not realize how frequently they predict failure, anticipate disaster, or engage in harsh self-criticism. Yet awareness is often the first step toward change. A rider who notices the thought, "My horse is definitely going to spook," creates an opportunity to question that assumption rather than simply reacting to it.

Building Confidence Through Mastery

Research on self-efficacy—the belief in one's ability to succeed in specific situations—offers additional insight. Psychologist Albert Bandura's foundational work, Self-Efficacy: The Exercise of Control (1997), demonstrated that confidence develops primarily through mastery experiences. Bandura defined self-efficacy not as a generalized optimism but as a domain-specific conviction built through repeated, direct experience of success.

In other words, confidence is not something riders magically acquire before taking action—it is built through repeated experiences of successfully navigating challenges. Every calm response to a spook, every improved transition, and every difficult ride completed safely provides evidence that strengthens the brain's expectation of future success.

A Special Note for Midlife Equestrians

This perspective can be particularly valuable for midlife equestrians. Many women return to riding after years away from horses. Others continue riding while balancing careers, caregiving responsibilities, family obligations, and the physical realities of aging. It can be tempting to interpret fear, hesitation, or self-doubt as evidence that something is wrong.

Neuroscience suggests a different interpretation. These responses are often learned patterns generated by a brain trying to protect itself—and the same brain remains capable of learning new patterns throughout adulthood.

The Takeaway

Perhaps that is the most hopeful lesson emerging from modern neuroscience. Many of the thoughts riders experience automatically are not permanent truths. They are neural habits. And while neural habits can become deeply entrenched, they can also be reshaped through awareness, repetition, and experience.

The goal is not to become fearless. The goal is to build new pathways that allow courage, confidence, and resilience to become more automatic than fear itself.

Frequently Asked Questions About Unlearning Negative Thoughts and Riding Confidence

Can negative thoughts affect my riding performance?

Yes. Research shows that thoughts influence emotional responses, attention, decision-making, and physiological stress reactions. When riders repeatedly anticipate failure or danger, the brain may activate threat-response systems that increase muscle tension, elevate heart rate, and reduce focus. Over time, these patterns can affect confidence and performance in the saddle.

Why do I still feel afraid after a fall even years later?

Fear is a normal brain response designed to protect you from potential threats. Neuroscience research on fear extinction shows that the brain does not simply erase fear memories. Instead, it creates new learning that competes with older fear responses. This is why fear may occasionally return, especially in unfamiliar environments or stressful situations.

Can the brain really change after age 40 or 50?

Yes. Neuroplasticity—the brain's ability to adapt and reorganize—continues throughout adulthood. Research has shown that adults can develop new skills, strengthen new neural pathways, and modify behavioral patterns well into later life. Age may influence the rate of learning, but it does not eliminate the brain's capacity for change.

What is neuroplasticity, and why does it matter for riders?

Neuroplasticity is the brain's ability to form and strengthen new neural connections based on experience. For riders, this means confidence, emotional regulation, and riding skills can improve through consistent practice. Every successful ride, calm response to a challenge, and positive learning experience helps reinforce new neural pathways.

Why do I lose confidence at horse shows but feel fine at home?

Fear memories and confidence are often context-dependent. Research shows that the brain may respond differently in unfamiliar environments, even when substantial progress has been made. Feeling nervous at a competition does not mean you've lost confidence—it often means your brain is adapting to a new setting.

What is distress tolerance?

Distress tolerance refers to the ability to experience discomfort without immediately trying to avoid it. In riding, this might include staying present during a challenging lesson, returning after a fall, or working through nerves before entering the show ring. Developing distress tolerance helps create opportunities for new learning and increased resilience.

How can I stop negative self-talk while riding?

The first step is awareness. Many negative thoughts operate automatically. By noticing self-critical or fear-based thoughts without immediately believing them, riders can begin challenging old mental patterns and replacing them with more accurate assessments of their abilities and circumstances.

Does confidence come before success or after it?

Research on self-efficacy suggests confidence develops primarily through mastery experiences. In other words, confidence is often the result of successfully navigating challenges rather than a prerequisite for doing so. Small wins accumulate over time and strengthen the brain's expectation of future success.

Can horses help improve emotional resilience?

Many riders report that working with horses teaches patience, adaptability, and emotional regulation. While more research is needed, studies involving equine-assisted activities suggest interactions with horses may support stress management, self-awareness, and psychological well-being in some individuals.

What is the most important takeaway from neuroscience for equestrians?

Many of the fears, doubts, and negative thoughts riders experience are not permanent truths—they are learned neural patterns. Through awareness, repetition, and experience, the brain can develop new pathways that support confidence, resilience, and more effective responses to challenges both in and out of the saddle.

References

1.  Huberman, A. & Kanojia, A. (2026). Unlearn Negative Thoughts & Behavioral Patterns. Huberman Lab Podcast.

2.  Myers, K. M., & Davis, M. (2007). Mechanisms of fear extinction. Molecular Psychiatry, 12(2), 120–150.

3.  Liu, Y., Ye, S., Li, X., et al. (2024). Memory trace for fear extinction: Fragile yet reinforceable. Neuroscience Bulletin, 40, 811–826.

4.  Huberman, A. (n.d.). Science of making and breaking habits. Huberman Lab Podcast.

5.  Huberman, A. (n.d.). How your nervous system works and changes. Huberman Lab Podcast.

6.  Bandura, A. (1997). Self-Efficacy: The Exercise of Control. W.H. Freeman.