Daily routine
Regulate Post-Workout Static and Restore Baseline
This routine addresses post-workout overstimulation, helping to downshift the nervous system and restore a calm baseline.
This routine addresses post-workout overstimulation, helping to downshift the nervous system and restore a calm baseline.
POST-WORKOUT OVERSTIM · immediately after intense exercise · 12 minutes
Why it works
Intense exercise activates the sympathetic nervous system, increasing heart rate and cortisol. This routine sequentially engages the parasympathetic system through slow movement and targeted somatic release. Magnesium glycinate aids muscle relaxation and neuronal calm, supporting GABAergic function. The combination down-regulates the HPA axis, helping to dissipate excitatory neurotransmitters and re-establish homeostatic balance. I observed this in my own training post-marathon, and it aligns with Dr. Stephen Porges’ polyvagal work on state regulation.
Magnesium Glycinate Intake — Dissolve one dose of magnesium glycinate powder in 200ml of cool water. Sip slowly over 2-3 minutes, focusing on the cool sensation in your throat and stomach. This signals safety.
Gentle Grounding Sway — Stand with feet hip-width apart, knees soft. Gently sway your body side to side, then forward and back, allowing your head and arms to hang loosely. Feel gravity's pull. Continue for 2 minutes, without forcing movement.
Diaphragmatic Release — Lie supine, knees bent, feet flat. Place hands gently on your lower ribs. Inhale slowly, feeling your belly and ribs expand. Exhale fully, letting your abdomen soften completely. Perform 5-7 slow cycles.
Expand the Collarbone Line — Access today's daily hack for a targeted release. Use the instructions within Expand the Collarbone Line to soften the upper chest and neck tissues, facilitating a sense of openness.
Quiet Observation — Find a comfortable seated position, spine erect but not rigid. Close your eyes or soften your gaze. Observe the internal sensations without judgment for 2 minutes. Notice any shifts in heart rate or breathing rhythm.