8. The Practice of Silence in All Its Phases

8. The Practice of Silence in All Its Phases

What it is

The Practice of Silence is not a single meditation but a multi-component sequence of eight phases. Each phase performs its own distinct neurophysiological function, and together they form a single cycle that progressively reconfigures one’s state of consciousness.

The eight phases:

1. Focused attention on the breath — narrowing the focus, stabilizing attention;

2. Sensations in the present moment — expanding awareness to bodily signals;

3. Open monitoring — nonjudgmental observation of the entire stream of experience;

4. Nondual awareness — dissolving the boundary between “observer” and “observed”;

5. Creating an image of the goal — forming the acceptor of the result of action from a state of calm;

6. Mindful movement and breathing — integration through the body;

7. Tapping — activation through rhythmic self-stimulation;

8. Gratitude — consolidating the state through directed attention to what is valuable.

This is not a choice from a menu; it is an assembly. Each phase prepares the ground for the next, and skipping any one of them weakens the whole sequence. I will describe each phase in turn — the task it solves, and why it sits exactly where it does in the sequence.

Phases 1–2. Breath and body: switching the mode

The first two phases share a single task — to switch the nervous system out of “survival” mode and into “restoration” mode.

Contemporary neurobiology describes this switch in some detail. A lengthened exhalation and a focus on the breath engage the vagal brake — the parasympathetic branch of the autonomic nervous system. The proposed mechanism is concrete: stimulation of the baroreceptors → increased vagal efferent activity → slowing of the heart rate → reduction of sympathetic activation.¹

The paper Deep Rest: An Integrative Model of How Contemplative Practices Combat Stress and Enhance the Body’s Restorative Capacity (Crosswell et al., Psychological Review, 2024) makes a striking proposal: the body allocates energy according to a hierarchy of needs at the cellular level.² At the bottom lies responding to threats. In the middle lies preparing for future threats. Only at the top lie the repair and restorative processes: DNA repair, autophagy, mitochondrial renewal, the slowing of aging.

Under chronic stress, the model suggests, we get “stuck” at the lower levels of this pyramid — resources go to survival, and little is left for repair. The parasympathetic dominance fostered by the first phases of the Practice of Silence is meant to let the body rise toward the top of the pyramid.

A particularly intriguing detail: mitochondria — the cell’s power stations — carry acetylcholine receptors on their membranes (Lu et al., 2014), which positions them to respond to cholinergic signaling. This offers a plausible route by which vagal activity could influence mitochondrial function. Chronic stress, by contrast, has been linked to a substantial rise in cellular energy expenditure — on the order of 60% in one estimate (Bobba-Alves et al., 2022) — accelerating DNA damage and epigenetic aging. The Practice of Silence may help counteract this process; a plausible mechanism for offsetting some of these effects, not a demonstrated reversal.

Directing attention to bodily sensations also develops interoception — the capacity to perceive the body’s internal signals. This is a foundational meta-skill: the cascading model of emotional intelligence (Joseph & Newman, 2010) holds that the entire downstream chain — perceiving emotions → understanding → regulating → effectiveness — begins with bodily awareness. Without it, the rest is hard to reach.

Phase 3. Open monitoring: thawing the predictions

Once the nervous system has settled into a calm state, one can move to the next phase — open monitoring: nonjudgmental observation of the entire stream of experience, with no attempt to control it.

Here the key theoretical foundation comes from Laukkonen and Slagter, From many to one: meditation and the plasticity of the predictive mind (Neuroscience and Biobehavioral Reviews, 2021).³ The authors argue that different styles of meditation progressively “thaw” the brain’s predictive machinery:

• Focused attention (phases 1–2) narrows the predictive horizon down to a single object;

• Open monitoring (phase 3) equalizes the precision assigned to all signals, fostering nonjudgmental perception — the brain stops automatically sorting experience into “important” and “unimportant.”

This matters greatly for FSF. Recall the principle “purpose determines perception.” Open monitoring temporarily loosens the grip of one’s current goals, making it possible to notice what is ordinarily filtered out — and this opens space for genuinely new experience.

Brewer et al. (PNAS, 2011) found, in experienced meditators, reduced activity in the main nodes of the default mode network (DMN) — the very network that, in the ordinary state, generates a continuous stream of automatic thoughts about oneself, the past, and the future.⁴ Less DMN activity means less of the “noise” of self-referential thinking, freeing up space for direct experience.

Desbordes et al. (2012) reported a lasting reduction in amygdala reactivity outside of meditation — not during the practice but in ordinary life.⁵ This points to a transition from a state to a more stable trait: what is at first achieved through effort can gradually become a background property of the nervous system.

Phase 4. Nondual awareness: the deepest layer

The fourth phase — nondual awareness, or “tranquility” — is the deepest layer of the Practice of Silence. Here the boundary between observer and observed softens; the concepts of “I,” “time,” and “here” lose their usual density.

Josipovic (2014, 2019) described the neural correlates of this state as “consciousness-as-such” — a nonrepresentational reflexivity that precedes all content of experience.⁶ This is the deepest level of loosening one’s habitual models of reality — a state of maximal potentiality, out of which a fundamentally new understanding can arise.

This can be described, in the language of Friston’s predictive-processing framework, as the system lowering the precision it assigns to habitual predictions, opening itself to a radical updating of its internal models — a reading compatible with, though not established by, that framework. This is not “emptiness.” It is a state in which accumulated rigid models “release their grip,” so that one can see oneself and the world differently from habit.

Scharmer and Pomeroy (Journal of Awareness-Based Systems Change, 2024) described the phenomenology of such states as the “fourth perspective” — a trans-subjective knowing that goes beyond the usual modes of cognition.⁷ They identified five phenomena characteristic of it: (1) experiencing something that “looks back at me” but is not me; (2) a shift in the sense of space and time; (3) a heightened sense of possibility; (4) the simultaneous presence of the whole and the individual; (5) significant long-term practical results.

One thing is worth stressing: this phase is not a goal in itself but a condition for the next one. It is out of this state of deep openness that one can hear one’s genuine purpose, rather than the one constructed by the mind.

Phase 5. Creating an image of the goal: the acceptor out of silence

Placing goal-setting after the phases of calm and nondual perception is no accident. A goal formulated out of a state of tranquility differs in quality from a goal the head dreams up in the ordinary state.

Here the theory of functional systems, which we discussed in Part II, offers a useful lens. The body forms an acceptor of the result of action — an anticipatory image of the expected result against which feedback is later compared, and which helps organize goal-directed activity. The author proposes that a calm, open state may allow a wider range of inputs — bodily, emotional, and others normally suppressed by the “noise” of habitual thinking — to inform this anticipatory image. This resembles, but is not identical to, Anokhin’s notion of afferent synthesis, and should be read as interpretation rather than established mechanism.

In Levin’s terms, this is the formation of a “target morphology” — an attractor toward which the system will navigate. Pio-Lopez and Levin (Advanced Science, 2025) present a computational model in which aging is modeled as a loss of goal-directedness — the loss of the organism’s ability to actively maintain its configuration.⁸ The converse is also suggested: a clear goal, heard from the depths, may help re-engage the mechanisms of directed self-organization.

Epidemiological data are consistent with this: Kim et al. (JAMA Network Open, 2022) found that a strong sense of purpose in life is associated with substantially lower mortality (about 46% in the cited cohort).⁹ The direction was echoed in the national cohort study by Shiba et al. (2023, N = 13 159). This is not “optimism” — the author reads it as a sign that goal-directedness may act as an organizing principle across levels of a living system.

Phases 6–7. Body and tapping: integration through action

Once the goal has been formed, it is important to live it through the body. The sixth phase — mindful movement and breathing — enacts a principle going back to Vygotsky and Galperin: internalization happens through action. What is experienced only “in the head” is not fully integrated.

Bessel van der Kolk, in The Body Keeps the Score (2014), argued that traumatic experience is stored in the body and resolved through body-oriented approaches.¹⁰ The converse seems plausible too: positive states lived through the body may consolidate more deeply than ones merely grasped cognitively.

The seventh phase — tapping — combines several proposed mechanisms at once:

• Somatosensory stimulation competes with anxious signals for neural processing resources;

• Rhythmic bilateral stimulation is the component proposed to underlie EMDR (Shapiro, 2001); its mechanism — sometimes described as hemispheric integration — remains debated;

• Tactile self-stimulation engages the soothing system described by Gilbert (oxytocin, endorphins), fostering a sense of safety.

Meta-analyses of clinical EFT (Emotional Freedom Techniques, closely related to tapping) report large effect sizes for anxiety (d = 1.23, Church et al., 2022).¹¹ The methodological quality of individual studies varies, and the exact mechanism continues to be debated, but the overall effect is reasonably well supported.

Phase 8. Gratitude: locking in the cycle

The closing phase is directed attention to what is valuable and to what is already present. This is not “positive thinking”; it is a concrete neurochemical reconfiguration.

Klimecki et al. (Cerebral Cortex, 2013) showed that training a closely related state — compassion — shifts brain activation away from the empathy-for-pain network and toward regions of positive affect and affiliation.¹² The ventral tegmental area and the associated dopaminergic reward pathways are engaged.

Placing gratitude at the very end of the Practice of Silence serves one more purpose — it consolidates the state of parasympathetic dominance and forms a positive association with the practice itself. By the laws of operant conditioning, a behavior that ends in a positive experience is more likely to be repeated. This is a subtle but important piece of behavioral design that increases the regularity of the practice.

Why precisely this sequence

The eight phases are not a random set. They trace a progressive loosening of the brain’s predictive models, followed by a reassembly in a new configuration:

1. First — stabilization and resource (focus on the breath, sensations);

2. Then — expansion and “thawing” of the habitual filters (open monitoring);

3. Then — deep loosening of those models (nondual perception);

4. Out of this state of maximal openness — forming the goal;

5. Integration through the body;

6. Consolidation through gratitude.

Trying to begin with goal-setting, before this preliminary “thaw,” tends to generate goals out of the habitual models — out of what the brain already “knows.” That is why a goal born out of silence differs in quality from a goal dreamed up in the ordinary state.

Effectiveness

• An 8-week mindfulness program is associated with changes in the expression of genes involved in energy metabolism and, in some work, telomere-related pathways (Bhasin et al., 2013, 2018);¹³

• A meta-analysis of 19 RCTs found a reduction in blood pressure after meditation (Shi et al., 2017);

• The minimal effective dose appears to be 10–12 minutes daily, with frequency mattering more than duration (Palmer et al., 2023; Bowles et al., 2025).¹⁴

Metaphor

The Practice of Silence is tuning the instrument before playing. If the strings are out of tune, no virtuoso technique will produce a clean sound. If the nervous system is “out of tune” from chronic stress and automatic reactions, no effort in communication will produce clean contact. The Practice of Silence is the daily tuning of the strings, without which everything else rings false.