
You can manage a crashing patient at 3 a.m. and still feel your nervous system spike when your phone buzzes at home.
That’s not hypocrisy.
It’s physiology.
Medicine trains competence with extraordinary precision. You learn to prioritize under pressure, to override fatigue, to compartmentalize emotion, to function decisively with incomplete information. Over time, that override becomes seamless. You don’t experience it as effort anymore. It simply feels like who you are.
But competence and regulation are not the same thing.
Competence is behavioral. It’s what you can execute. Regulation is physiological. It’s the baseline state your nervous system returns to when the demand ends.
You can appear calm while your autonomic nervous system remains elevated. You can make sound decisions while your baseline arousal runs higher than it did a decade ago.
You can perform exceptionally well and still not be fully regulated.
High-functioning does not automatically mean regulated.
More than a century ago, psychologists Robert Yerkes and John Dodson described the relationship between arousal and performance as an inverted U-shaped curve.¹ Too little arousal produces underperformance. Moderate arousal sharpens focus and optimizes output. Excessive arousal degrades precision.
Most physicians operate on the right side of that curve.
Not falling apart. Not disengaged. Not burned out in the dramatic sense. Simply chronically elevated.
Acute stress narrows attention in ways that are lifesaving in emergencies. Chronic elevation, however, shifts cognition differently. Attention becomes more threat-oriented. Cognitive flexibility decreases. Tolerance for ambiguity contracts. Decisions can become faster but less nuanced.
Modern neuroscience supports this early model. Research by Amy Arnsten demonstrates that sustained stress impairs prefrontal cortex function — the region responsible for executive reasoning, working memory, and flexible thinking.² Under chronic stress, the brain shifts toward more reflexive and habitual pathways. That shift is adaptive in short bursts. Over years, it becomes expensive.
Medicine rewards vigilance. It has to.
But when vigilance becomes a permanent baseline rather than a deployable tool, the nervous system loses range.
This rarely presents as collapse. It presents more subtly. Sleep that doesn’t fully restore. Irritability at inefficiency. A reduced tolerance for complexity that once felt energizing. A sense that you are still performing at a high level, but doing so with less internal margin.
At home, it may feel like distance. Not because you don’t care. Because your nervous system has not fully powered down.
Stress itself is not the problem.
Getting stuck in it is.
This is why I don’t think of the work I do as “burnout treatment.” Many of the physicians I see are still highly engaged. They care deeply. They are not trying to leave medicine. What they notice instead is that their baseline has shifted. Calm feels further away. Rest does not restore the way it once did. Their system remains slightly braced even when the shift ends.
Insight alone doesn’t change that. You can understand stress intellectually and remain physiologically elevated.
Regulation is not a cognitive decision. It is a biological process.
Intensive EMDR work, when done with high-performing professionals, is not about pathology. It is about recalibration. It is about helping the nervous system move back toward the center of that curve — where performance is sharp, but not chronically strained.
When regulation is more reliable, decision-making becomes clearer, not slower. Cognitive flexibility improves. Tolerance for complexity expands. You regain the ability to shift gears rather than remaining subtly braced.
Not softer.
Sharper.
High-functioning is impressive.
Regulation is sustainable.
If this resonates, you’re welcome to schedule a Strategy Call. No pressure. Just a conversation.
References
- Yerkes, R.M., & Dodson, J.D. (1908). The relation of strength of stimulus to rapidity of habit-formation. Link
- Arnsten, A.F.T. (2009). Stress signalling pathways that impair prefrontal cortex structure and function. Nature Reviews Neuroscience. Link
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