Approach the pain sensation with curiosity, not bracing
Turn toward the pain with the attitude of a curious scientist rather than a fearful sufferer.
Why it works
Fear of pain amplifies pain. When the brain interprets a sensation as dangerous, it cranks up the signal — this is the fear-pain-fear loop that maintains chronic neuroplastic pain. Curiosity is the attitudinal antidote: approaching the sensation with open, interested attention sends the brain a different interpretive signal — "this sensation is being observed as data, not as threat." Repeated experiences of observing the sensation without danger occurring begin to update the brain’s prediction that the signal is dangerous.
How to do it
- Find the pain or discomfort and bring gentle attention to it — do not brace, do not try to analyze why it exists.
- Approach it with the attitude: "Interesting — what does this actually feel like right now?"
- Notice qualities: sharp, dull, spreading, pulsing, constant. Observe without judgment or fear.
- If fear or distress arises, briefly shift to an external anchor, settle, then gently return to curiosity.
Evidence
The curiosity-vs-threat interpretation of sensations is consistent with predictive processing models of pain and with research showing that catastrophizing (fear-based interpretation) predicts worse chronic pain outcomes; PRT’s BOULDER trial supports the broader approach. A systematic review by Wertli et al. (2014) established pain catastrophizing as a prognostic factor for worse low-back-pain outcomes, giving direct evidential weight to replacing bracing with curious attention. (rct)
The BOULDER trial supports PRT as a protocol; curiosity as a specific mechanism-carrier within it has not been separately isolated in a controlled study.
Sources
- Ashar et al. (2022), BOULDER trial — PRT reduced chronic back pain significantly vs controls
- Ashar YK, Gordon A, Schubiner H, et al. Effect of Pain Reprocessing Therapy vs Placebo and Usual Care for Patients With Chronic Back Pain: A Randomized Clinical Trial. JAMA Psychiatry. 2022;79(1):13-23.
- Wertli MM, Eugster R, Held U, Steurer J, Kofmehl R, Weiser S. Catastrophizing — a prognostic factor for outcome in patients with low back pain: a systematic review. Spine J. 2014;14(11):2639-2657.
Common mistake
Approaching the sensation with a hidden agenda ("I’ll be curious about this so it goes away"). The moment the practice is aimed at pain reduction rather than genuine observation, it reintroduces threat-detection.
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More practices for Somatic Tracking, Made Practical
- Identify whether pain is likely neuroplastic
Before practicing somatic tracking, determine whether the pain fits the profile of brain-generated rather than structural pain.
- Distinguish safe sensations from genuinely dangerous signals
Learn to tell "the brain alarming" apart from "the body warning" so you can track safely.
- Practice somatic tracking in short, frequent sessions
Five to ten minutes of tracking several times a day is more effective than long rare sessions.
- Follow tracking with explicit safety reassurance
After a tracking session, offer the brain a direct safety message about what it just observed.
- Apply somatic tracking to difficult emotions as well as pain
The same curious, non-fearful attention that retrains pain responses can be applied to emotional sensations in the body.
Related concepts
- Trauma-Sensitive Mindfulness, Made Practical
Adapting mindfulness so it regulates rather than reactivates
- Mindfulness-Based Stress Reduction (MBSR)
The core MBSR practices, the mechanisms, and where the evidence is genuinely strong
- The Relaxation Response, Made Practical
The two ingredients, the physiology behind them, and how to practice honestly