Written: 26 May 2025
MYNDR Self-Led Somatics
Theme: Internal Inquiry – A Stillness Practice for Somatic Perception
Length: ~5–10 minutes (longer or shorter this is self-led).
Tone: Quiet, observational, neuro-somatic
Goal: Build interoception, sensory mapping, and calm neural awareness
Use these prompts as a self-guided rest practice, or read them aloud in classes to guide others inward.
Opening & Grounding
These prompts are here to guide your attention, not your actions. You don’t need to move, change, or fix anything. Just lie down, or sit comfortably, read a prompt, close your eyes, and explore what it feels like to be you in this moment.
You can breathe naturally and let these questions drift across your awareness like soft signals from your nervous system.
Contact & Ground
The Purpose:
Proprioceptive and tactile input from skin, fascia, and joints is relayed through mechanoreceptors (Merkel cells, Pacinian corpuscles, Ruffini endings) into the dorsal column of the spinal cord and up to the somatosensory cortex. These signals help the brain map the body’s position in space and its orientation to gravity.
By directing attention to where the body meets the ground, we increase proprioceptive density and support parasympathetic tone through vagal-affiliated sensory regulation. Ground contact also affects baroreceptor feedback and postural reflexes, both of which influence stress recovery and nervous system clarity.
Prompts:
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Where does my body meet the ground right now?
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Is the contact soft, heavy, distant, or alert?
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Can I feel the texture beneath me: pressure, weight, warmth?
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How is my posture shaping the way I breathe or feel?
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What’s the farthest part of my body I can feel right now? The closest?
Interoception
The Purpose:
Interoception is your ability to sense internal physiological signals, breath, heartbeat, gut activity, blood pressure, via afferent fibres of the vagus nerve, spinal cord, and lamina I neurons. These cues are integrated in the insula and anterior cingulate cortex, which help assess safety and threat states.
Training interoceptive awareness improves emotional regulation, vagal tone, and autonomic rebalancing. It also reduces allostatic load by helping the brain accurately read and respond to internal needs.
Prompts:
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Where do I feel movement inside me: breath, pulse, gurgle?
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What part of me feels neutral, and what part feels activated?
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If calm had a location in my body, where would it be?
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Is there tension I can feel but not yet release: and is that okay?
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How does my belly feel when I focus on it gently?
Breath & Rhythm
The Purpose:
Breath affects the nervous system via mechanoreceptors in the lungs and diaphragm, chemoreceptors for CO₂ / O₂, and rhythmic entrainment of the pre-Bötzinger complex in the medulla.
Longer exhalations activate parasympathetic branches of the vagus nerve, while breath awareness increases insula activity, supporting interoceptive clarity and emotional regulation.
Even slight shifts in breath rhythm can adjust baroreflex sensitivity, HRV, and hypothalamic–pituitary–adrenal (HPA) axis tone.
Prompts:
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Where do I feel the breath begin and end?
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Can I feel the difference in temperature between inhale and exhale?
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Does one nostril feel more open than the other?
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Can I soften the inhale or lengthen the exhale without forcing?
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How does my body respond when I hold the breath gently for one beat?
Sound & Perception
The Purpose:
Auditory cues travel through cranial nerve VIII (vestibulocochlear) into the brainstem and then up to the thalamus and auditory cortex. Sound also indirectly stimulates vagal tone through auricular branches of the vagus nerve (around the ear).
Tracking sound distance and direction enhances spatial awareness and sensorimotor mapping, helping the nervous system establish “safety in space.”
This trains orienting reflexes without activation, reinforcing calm alertness via the reticular activating system (RAS).
Prompts:
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What’s the furthest sound I can hear? The nearest?
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What’s the quietest sound in the room?
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Does sound feel like it moves through me, or around me?
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Is silence a sound today, or a space between things?
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Can I feel how sound affects my body?
Nervous System Check-ins
The Purpose:
The act of checking in with body state, especially without judgment, engages prefrontal cortex–insula connectivity, allowing for top-down regulation of autonomic patterns.
Naming tension, activation, or subtle safety cues brings limbic activity into conscious awareness, increasing the brain’s ability to downregulate threat reactivity and reduce sympathetic overactivation.
This builds neuroplastic self-regulation, strengthening your brain’s internal prediction model of safety.
Prompts:
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Is my system seeking stillness or movement right now?
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Where do I feel slightly braced, and what would softening look like?
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Is my heart rate visible to me in sensation?
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Am I aware of my spine or core from the inside?
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How would I describe my nervous system in three words right now?
Closing & Integration
The Purpose:
Reflection post-practice enhances synaptic consolidation of body-state memory. This means the sensations, insights, or calm you experienced are more likely to be integrated into your default neural patterns.
Naming sensations post-practice engages the default mode network and allows the prefrontal cortex to “tag” the experience as meaningful, reinforcing future accessibility of calm and presence.
Prompts:
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What shifted during this stillness?
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What part of me feels more available now?
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What do I want to carry with me into the rest of the day?
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What part of this felt most unfamiliar, or most comforting?
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What’s one word for how I feel now?