TL;DR: New research shows the human brain reliably misreads random events as unfair when control is removed. Chronic pain triggers the same cognitive machinery. Understanding why your nervous system generates that “why me” feeling is one of the first moves toward changing it.

• The brain perceives a fair coin flip as unfair when someone else controls it, even before knowing the result.

• Lost control reads as injustice inside the nervous system, regardless of actual odds.

• Perceived control physically changes pain activation in the brain.

• People who feel agency in their recovery have measurably better outcomes.

• Separating the raw sensation from the meaning your brain stacks on top of it is where the work begins.

You wake up, and the pain is already there. Somewhere underneath it sits a quieter thought that follows a lot of people I work with. Why is this happening to me?

When patients say that out loud, I hear the real question underneath. They are asking why life has been so unfair to them. What they missed. What they did wrong. Why their body seems to be failing them while other people move through their days without a second thought.

I want to sit with that for a moment, because new research helps explain exactly where that feeling comes from. And once you understand it, the feeling loosens its grip.

Is a Coin Flip Actually Fair if You Did Not Get to Flip It?

A coin flip is about as fair as anything gets. Fifty-fifty, every time, no memory of the last toss.

Researchers led by Rémy A. Furrer ran eleven experiments with nearly six thousand people, published in the Journal of Personality and Social Psychology [1]. Participants competed for outcomes decided by a coin flip. The odds never moved.

People still judged the flip as less fair when someone else flipped it [1]. They felt this before seeing the result. Even winners felt uneasy when they held the control themselves.

The researchers call this the illusion of unfairness. It is the tendency to feel personally wronged by chance, even when the process treated everyone equally.

What decided the feeling was not the outcome. It was control [1]. The sting showed up the moment people felt shut out of the process.

Key Point: Perceived control, not actual outcome, is what triggers the feeling of unfairness. Your brain reacts to losing the lever, not necessarily to losing the coin flip.

Why Does Lost Control Feel Like Injustice?

After years of treating chronic pain, here is what that finding tells me.

The feeling that life is rigged is often the mind protesting lost control. When something lands badly and someone else held the lever, your brain reads that loss of control as unfairness. The felt loss of authorship is what actually hurts.

Chronic pain does this constantly. Your body seems to make decisions without you. The flare arrives on a good day. The treatment that worked last month stops working. You feel excluded from a process happening inside your own skin.

That exclusion is exactly the trigger the study identified. When something is done to you rather than with you, the sense of injustice grows, even when the odds never changed.

Key Point: Chronic pain is a sustained experience of lost procedural control. The nervous system responds to that loss the same way it responds to any threat: with alarm.

How Does Perceived Control Change the Pain Signal Itself?

This is where the psychology becomes biology.

Perceived control does more than shift your mood about pain. It changes the pain signal in your brain. When people believe pain is controllable, researchers see reduced activation in three brain regions most tied to pain: the anterior cingulate cortex, the insular cortex, and the secondary somatosensory cortex [2]. These are the areas that build the pain experience.

The painful input stayed identical in those studies. The sense of control alone quieted the response.

💡 A quick note on terms. Your anterior cingulate cortex helps assign emotional weight to sensation. When you feel more agency, that weighting softens. The sensation is still real. Your nervous system simply reads it as less threatening.

Control belief also predicts how people do in treatment. A systematic review of chronic pain patients found that those who felt they had some say in their outcomes had better results across knee pain, back pain, and neck pain [3]. Those who chalked everything up to fate or luck leaned on coping strategies that kept them stuck.

Key Point: The sense of control is not just psychological comfort. It is a measurable input that changes how much pain your brain generates from the same physical signal.

Why Does the Brain Build Stories Around Pain?

Your brain hates a loose end.

It evolved to find connections, because assuming a threat existed was safer than missing a real one. That instinct kept your ancestors alive.

The same instinct now builds stories around your pain. You connect a flare to a meal, a movement, a stressful call, a change in weather. Some of those links are real. Many are your brain doing what it always does, tying random events into a chain so the chaos feels less random.

Those stories carry a cost. They feed fear, and fear feeds sensitization, the process where your nervous system turns up the volume on signals it has learned to treat as dangerous [4]. The story that was meant to protect you starts reinforcing the pain instead.

Key Point: Pain narratives are not neutral. When fear-driven stories get attached to sensation, they deepen central sensitization and make the nervous system harder to recalibrate.

How Do You Move From Feeling Like a Victim to Feeling Like an Author?

Your pain is 100 percent real. Being harmed by chance is real too. Nobody chooses chronic pain, and nobody earns it.

The research points to where your power actually sits. Not in changing the odds, and not in controlling every sensation. Your power sits in the response.

Reclaiming authorship over how you respond quiets the sense of being wronged, even when nothing about the odds has moved. That is not a mind trick. It is your nervous system reading the situation as safer, and turning down the alarm.

The people I work with begin this shift by separating the raw event from the meaning stacked on top of it. The sensation is the event. The verdict, that your body has singled you out, is the meaning. You work on the layer that can actually change.

Key Point: Recovery does not require eliminating pain first. It begins when you separate the sensation from the story your nervous system built around it.

Steps to Recalibrate Your Fairness Detector This Week

• Name the driver. When the feeling of unfairness rises, trace it back. Ask whether it is measuring how the world treated you, or how much control you believed you had. Naming it as lost control, rather than injustice, loosens it.

• Separate event from story. Write down the raw sensation on one side and the meaning you added on the other. Work only on the meaning, because that layer can move.

• Find one small lever. Recovery is built from small wins that compound. Choose one action you can steer today, a short walk, a slow breath, a message to someone who steadies you. Agency grows from where you place your attention.

• Widen the frame. Look past what went wrong toward the fuller set of outcomes that were possible, including the harder ones that quietly did not happen. This is not forced gratitude. It is a more accurate picture of chance.

⚠️ Progress here is rarely a straight line. Setbacks are a normal part of a nervous system learning a new way of reading the world. A hard day is not proof the work failed.

Key Point: Small, repeatable acts of agency compound. The goal is not a cure this week. It is one moment where you chose your response instead of absorbing the alarm.

What Does This Mean for Your Recovery?

The illusion of unfairness is one of the most human things about us. Your brain builds it out of a need for control and a hunger for connections, both of which once kept you safe.

Chronic pain runs that same machinery on overdrive. When you understand the mechanism, the feeling that life is rigged starts to look like information about your nervous system rather than a verdict about your worth.

The odds may not shift. Your relationship to them can. And in the language of the nervous system, that shift is where relief begins, so you can get back to the life your pain interrupted.

Key Takeaways

• The brain reads lost procedural control as injustice, even in fully random situations.

• Chronic pain creates a sustained experience of lost bodily control, which amplifies the alarm.

• Perceived control physically reduces pain activation in the anterior cingulate cortex, insular cortex, and secondary somatosensory cortex.

• Patients who feel agency in their care recover better across multiple pain conditions.

• Fear-driven narratives deepen central sensitization. Separating sensation from story is a clinical skill, not a platitude.

• Your power in recovery sits in how you respond, not in controlling every signal your body sends.

• Small, consistent acts of agency recalibrate the nervous system. One lever at a time.

Frequently Asked Questions

Why do people with chronic pain feel like their body is targeting them?

Because the nervous system has lost its sense of procedural control. Research shows that feeling excluded from a process, even a random one, reliably generates a sense of injustice. Chronic pain is an ongoing experience of the body acting without your input, which triggers that same response.

Can feeling unfairly treated actually make pain worse?

Yes. Perceived unfairness feeds the fear and threat signals that drive central sensitization. When your nervous system reads your situation as unjust and uncontrollable, it stays in a heightened state, which amplifies pain signals from the same physical input.

What is the illusion of unfairness?

It is the finding from Furrer et al. (2025) [1] that people judge a fair, random process as less fair when they are not the ones controlling it, even before they know the outcome. The sense of injustice comes from lost control, not from the result itself.

How does perceived control change pain in the brain?

Neuroimaging studies show that believing pain is controllable reduces activation in the anterior cingulate cortex, the insular cortex, and the secondary somatosensory cortex [2]. These are three key regions in the pain experience. The physical input stays the same. The brain simply processes it as less threatening.

Does locus of control actually predict recovery outcomes?

A systematic review of chronic pain physiotherapy research found that patients with a stronger internal locus of control had better outcomes across multiple pain types [3]. Feeling like an author of your recovery, rather than a passenger, appears to be a genuine clinical predictor.

What is central sensitization and how does it connect to this?

Central sensitization is when the nervous system becomes persistently over-reactive, amplifying pain signals even after the original tissue injury has resolved [4]. Fear, helplessness, and loss of control all contribute to maintaining that sensitized state. Restoring a sense of agency helps recalibrate it.

How do I start reclaiming a sense of control when pain feels total?

Start with the smallest available lever. One breath you chose to slow. One walk you decided to take. Research supports that even small acts of agency, repeated consistently, shift the nervous system’s threat assessment over time. My role is not to fix you. It is to give you the map and the tools to begin.

Is the “why me” feeling something to fight or understand?

Understand it first. The feeling is not weakness or irrationality. It is a predictable output from a nervous system that lost its sense of control. Naming it accurately, as a signal about perceived control rather than a verdict about your worth, is the first step toward changing it.

About the Author:
Dr. Zev Nevo is a double board-certified physiatrist, chronic pain survivor, and founder of the Body & Mind Pain Center. He helps people with persistent pain rebuild capacity and confidence using an evidence-based, trauma-informed mind-body rehabilitation approach.

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Medical Disclaimer:
The information in this article is for educational and informational purposes only and is not intended as a substitute for professional medical advice, diagnosis, or treatment. Always seek the advice of a qualified healthcare provider with any questions you may have regarding a medical condition. Never disregard professional medical advice or delay in seeking it because of something you have read in this article. New or changing pain symptoms should always be properly evaluated by a medical professional.

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References

1. Furrer, R. A., Wilson, T. D., & Gilbert, D. T. (2025). An illusion of unfairness in random coin flips. Journal of Personality and Social Psychology. Advance online publication. https://doi.org/10.1037/pspa0000447

2. Farrell, M. J., et al. (2004). Perceived controllability and pain: Activation in anterior cingulate cortex, insular cortex, and secondary somatosensory cortex. The Journal of Neuroscience, 24(32), 7199–7203. https://doi.org/10.1523/JNEUROSCI.1315-04.2004

3. Álvarez-Rodríguez, J., Leirós-Rodríguez, R., Morera-Balaguer, J., Marqués-Sánchez, P., & Rodríguez-Nogueira, Ó. (2022). The influence of the locus of control construct on the efficacy of physiotherapy treatments in patients with chronic pain: A systematic review. Journal of Personalized Medicine, 12(2), 232. https://doi.org/10.3390/jpm12020232

4. Woolf, C. J. (2011). Central sensitization: Implications for the diagnosis and treatment of pain. Pain, 152(3 Suppl), S2–S15. https://doi.org/10.1016/j.pain.2010.09.030