Rachel Zoffness on Using Pacing to Reset the Brain's Pain Dial

Key Takeaways

• Pain is regulated by a central nervous system volume knob: Zoffness explains that the brain and spinal cord operate like a car stereo dial, where emotional distress amplifies physical signals and active distraction lowers them.
• The prefrontal cortex acts as an anatomical magnifier: hyper-focusing on an injured body part directs neural resources toward it, zooming in on distress signals and driving up perceived pain.
• The trap in recovery is the boom-and-bust cycle: individuals overexert themselves on good days, trigger severe flare-ups, and retreat into prolonged rest that weakens physical tolerance.
• Rebuilding capacity requires marathon-style calibration rather than sudden bursts of effort, which patients implement through Zoffness's Pacing Protocol for Chronic Pain.

Zoffness's Pacing Protocol for Chronic Pain

Psychologist Rachel Zoffness describes how the brain processes physical suffering through a variable volume control. “So if you imagine in your central nervous system, which is your brain and your spinal cord, that you have a pain dial that operates much like the volume knob on your car stereo,”▶ 1:32:06 Zoffness says. “Many things turn pain volume up. Many things turn pain volume down.”▶ 1:32:17

When you focus directly on a symptom, your biology amplifies it. Zoffness notes that “our prefrontal cortex, the front-most part of our brain, operates much like a magnifier, and when we pay attention to a certain body part, the magnifier zooms in.”▶ 1:32:33 Fear and hyper-awareness turn the dial clockwise. To reverse this, individuals must stop swinging between total immobility and overexertion. “One of the most important tools for recovering from chronic pain is a tool called pacing,”▶ 1:22:47 Zoffness explains. “And pacing for pain is much like pacing for a marathon.”▶ 1:22:54

The method systematically trains the nervous system to handle physical load without triggering threat alarms:

• Step 1: Identify a Lost Activity

Pick a beloved hobby or activity that chronic pain has taken away (e.g., soccer, dance, baking, playing with children).

• Step 2: Determine Bad-Day Capacity

Evaluate how much of that activity you can comfortably do on a high-pain day (often zero for many individuals).

• Step 3: Determine Good-Day Capacity

Evaluate how much of the activity you can manage on a low-pain day without overexertion.

• Step 4: Establish the Baseline

Calculate the baseline amount of activity situated between the good-day and bad-day capacities that can be performed consistently.

• Step 5: Gradually Increment Activity

Slowly and gradually work upward from the baseline over time to allow the brain and body to adapt and build strength until reaching the long-term activity goal.

As Zoffness observes, “when we pace for pain, what we're actually doing is taking our power back because chronic pain is a thief. It steals from us our ability to work and to exercise and to play sports.”▶ 1:23:34 Controlled progression proves to the nervous system that movement is safe.

When This Works (and When It Doesn't)

This protocol applies directly to individuals experiencing chronic pain who have become immobilized or have abandoned valued physical and social activities. In these scenarios, the central nervous system has learned to interpret routine movement as an acute threat. By establishing a predictable, non-threatening baseline, you retrain those neural danger signals without inducing severe flare-ups.

The method fails during acute structural damage. If you suffer a compound fracture or a fresh ligament tear, your pain is an accurate report of active tissue harm. Pacing through progressive exposure in that state causes mechanical injury. The framework also falters when someone treats the baseline as a permanent ceiling, freezing activity at a low level out of habit rather than systematically testing higher loads.

What to Do With This

Apply this to your desk-bound repetitive strain injury or lumbar flare this week. Say you are an early-stage founder who abandoned gym sessions because lower back spasms make deadlifts impossible.

First, identify your lost activity: a 45-minute gym session. Second, assess your bad-day capacity: zero minutes. Third, evaluate your good-day capacity: when pain subsides, you push through 40 minutes and trigger a 72-hour relapse. Fourth, set your baseline halfway between zero and your overreach: an eight-minute routine of bodyweight hinges and walking. Execute those eight minutes every morning, even when you feel ready to sprint. Fifth, increment upward by adding exactly 90 seconds to the timer each week. By holding the baseline steady on good days, you desensitize the spinal cord alarms that turn physical stress into debilitating flares.