The THAW: A Three-Stage Somatic Protocol for Reversing Functional Freeze

SOMATIC HEALING • June 2026

LAST UPDATED: APRIL 2026

When the Lights Are On and Nobody’s Home

Camille sits across from me and describes her life in the precise, organized way she does everything. The merger she led. The team she built. The award she just received from the industry organization that named her one of the top executives under forty in her sector. She recounts these things without affect — not with false modesty, not with suppressed pride, but with genuine blankness. As if she’s reading from someone else’s file.

“I should feel something,” she says. Not as a complaint. More as an observation, delivered with the same efficient tone she uses for everything else. “I know I should feel something. I don’t.”

She is 38. She is extraordinarily capable. Her hair is perfect, her posture is perfect, her calendar is managed to the quarter-hour. She hasn’t cried in four years. She can’t remember the last time she felt genuinely hungry, genuinely rested, genuinely anything. Sex is fine. Friendship is fine. Work is fine. Everything is fine. She is deeply, profoundly, invisibly not fine.

What Camille is describing — this experience of high external functioning coexisting with internal blankness — is what I call functional freeze. And what she needs, what I’ve seen work for women in exactly her situation over 15,000 clinical hours, is what I call the THAW.

This post is about that — about what’s actually happening when the lights are on and nobody’s home, and about the specific, gradual, patient work of coaxing the system back to life. Because you can’t think your way warm. And you can’t force yourself unfrozen. But you can thaw. Slowly, carefully, with the right support, you can thaw.

What Is the THAW?

The THAW is a three-stage graduated somatic protocol I developed for reversing functional freeze — the state of chronic dorsal vagal shutdown in which a driven, ambitious woman maintains enough external functioning to appear successful while being profoundly internally numb.

It is called the THAW because that’s exactly what it is: a gradual, patient warming of a system that learned to go cold as protection. Not a sudden switch from frozen to unfrozen. Not a dramatic breakthrough. A thaw — the kind that happens at the edges first, in small and incremental ways, over time.

The three stages are: Somatic Awareness, Gentle Mobilization, and Building Capacity.

I want to say clearly what the THAW is not: it’s not a technique for the moments between meetings. It’s not a breathing exercise you do in your car. It is a clinical orientation — a framework for understanding what the frozen nervous system needs, and for doing the long, patient work of providing it. Some elements of the THAW can be practiced independently. The deeper work of Stage Three, in particular, requires the relational safety of trauma-informed therapy.

If you’re wondering whether functional freeze might be part of your experience, the relational wound quiz can help you begin to map what’s happening beneath the surface of your functioning.

The Neurobiology of Functional Freeze

To understand the THAW, you first need to understand what functional freeze actually is at the level of the nervous system — because it is one of the most misunderstood presentations in clinical trauma work.

Stephen Porges, PhD, neuroscientist and developer of Polyvagal Theory, describes the autonomic nervous system as organized hierarchically around three evolutionary systems. The most ancient is the dorsal vagal system, which governs shutdown, immobilization, and the freeze response — the playing dead response that mammals use when fight or flight have failed and death feels imminent. In response to overwhelming or inescapable threat, the dorsal vagal system activates, dropping heart rate, reducing metabolic activity, and producing a state of disconnection and blankness that is protective in the moment. (PMID: 11571055)

Functional freeze is what happens when this ancient protective response becomes chronic — when the nervous system learns, in an early relational environment characterized by overwhelming stress and insufficient support, to default to dorsal vagal shutdown as its primary regulatory strategy. The woman who grew up in a household where emotional activation felt dangerous — where feeling was unsafe, where need was punished, where the child’s experience was chronically dismissed or overwhelming — may have learned early that going numb was the safest available response.

What makes this particularly insidious in driven, ambitious women is that the external competence can persist even in deep freeze. Research by Dale and colleagues (2018), published in Psychological Trauma, found that women with maltreatment histories showed atypical autonomic regulation — specifically, they showed physiological markers of shutdown that were inconsistent with their apparently functional external presentation. (PMID: 29154592) The body is in dorsal vagal shutdown. The cognition is still running the meeting.

Hanazawa’s 2022 review of Polyvagal Theory in Brain and Nerve provides a useful clinical map: the dorsal vagal state is not merely “calm” — it is a distinct biological state with measurable physiological markers, including reduced heart rate variability, reduced bronchial tone, and altered gut motility. (PMID: 35941799) This matters because it means that functional freeze is not a psychological attitude that can be changed by positive thinking or increased effort. It is a biological state that requires biological intervention — which is exactly what the THAW protocol provides.

Bessel van der Kolk, MD, psychiatrist and trauma researcher and author of The Body Keeps the Score, documented extensively how trauma survivors’ bodies are often unable to distinguish between past threat and present safety — the nervous system keeps running the same threat-detection program regardless of the actual current environment. The woman who learned to freeze is still freezing in 2026, in her corner office, because the nervous system didn’t receive the message that the emergency is over.

Pat Ogden, PhD, founder of Sensorimotor Psychotherapy and co-author of Sensorimotor Psychotherapy: Interventions for Trauma and Attachment, maps the clinical territory of this work precisely: moving from stabilization (building enough safety to begin) to mobilization (coaxing the frozen system toward activation) to integration (building the capacity for sustained aliveness). These three stages map directly onto the THAW protocol.

How Functional Freeze Shows Up in Driven Women

Functional freeze is one of the most frequently misidentified clinical presentations I encounter — partly because it doesn’t look like how we typically imagine trauma or mental health difficulty. The woman in functional freeze isn’t visibly struggling. She’s visibly succeeding. Which is precisely what makes the internal reality so isolating.

Here are the presentations I see most consistently.

Emotional blankness that reads as composure. She’s praised for being calm under pressure. Her team marvels at how she handles crises without breaking a sweat. What they don’t know is that she’s not calm — she’s numb. She can’t access the urgency or the fear or the excitement that the situation might warrant. She manages it because she can manage everything. She just can’t feel anything about it.

Disconnection from physical sensation. She doesn’t notice hunger until it’s urgent. She doesn’t feel physical pain clearly until it’s severe. She has difficulty knowing whether she’s tired. She goes to a spa and can’t relax because she can’t locate her body well enough to let it relax. Touch doesn’t feel like much. Pleasure is mild at best.

The performing-without-arriving experience. She goes to the concert she was looking forward to and watches herself attend it. She has the dinner party and moves through it efficiently. She achieves the goal and observes herself achieving it. There’s a persistent sense of watching life through plexiglass — technically present, but not actually there. This is the most diagnostically specific presentation of functional freeze.

An inability to want things. When asked what she wants — genuinely wants, for herself, not for her career or her family — she draws a blank. Not a thoughtful, contemplative blank. A flat blank, as if the question doesn’t compute. Desire requires a level of aliveness that the frozen system doesn’t have consistent access to.

Camille’s story.

Camille, whom I introduced at the beginning of this post, comes to therapy initially for what she describes as “career anxiety about the next chapter.” She’s considering leaving her corporate role. She wants to “figure out what she wants.” She is, from the outside, an ideal therapy client: articulate, psychologically sophisticated, reliably present for sessions.

What emerges gradually is a picture of profound internal blankness that has been present for longer than she initially acknowledges. She hasn’t cried in four years. Not at her father’s diagnosis. Not at her best friend’s wedding. Not when she received the award. She’d noticed the absence of tears, had told herself she was “private” or “stoic.” It hadn’t occurred to her that it might be clinical.

She grew up the daughter of a mother with undiagnosed bipolar disorder and a father who was present but emotionally absent. The household was unpredictable. Camille learned early that being very, very still — not drawing attention, not expressing need, not activating the emotional environment — was the safest available strategy. She became very good at stillness. She became so good at it that her nervous system eventually settled into stillness as its default state.

By the time she comes to see me, the stillness has generalized from a protective response to a way of being. She is not choosing not to feel. She doesn’t have reliable access to feeling. That’s a different problem, and it requires a different intervention than any amount of insight or intention can provide.

The Three Stages of the THAW

Let me walk through each stage of the THAW in clinical detail — what it involves, why it’s necessary, and what it looks like in practice.

Sexton’s image — the act of tying on the shoes in the dead city, the gesture of preparation for aliveness in a state of profound numbness — captures something essential about Stage One of the THAW. Before you can move, you have to find your feet. Before you can feel, you have to notice that you’re not feeling. That noticing is the beginning.

Stage One: Somatic Awareness — The Recognition Phase

Before you can begin to move out of freeze, you have to be able to locate it. This sounds obvious and is actually clinically complex — because one of the features of dorsal vagal shutdown is reduced interoceptive capacity: the ability to notice internal bodily states. The frozen nervous system isn’t just affecting feeling. It’s affecting the ability to notice that there’s a lack of feeling.

Stage One is about restoring the basic ability to notice. To develop enough interoceptive awareness to observe: “My hands are heavy. My breath is shallow. There’s a slight sense of distance between me and what’s happening. My system has gone into shutdown.”

The goal of Stage One is not to change the state. It’s to observe it accurately, without judgment and without alarm. “My nervous system is in dorsal vagal shutdown right now. This is a biological response, not a character flaw. I am not broken. I am frozen. There is a difference.”

Somatic Awareness is built incrementally through practices that increase interoceptive capacity: noticing the weight of the body in the chair, the temperature of the air on the skin, the rhythm of the breath, the presence or absence of sensation in different areas of the body. For women with deep functional freeze, even this basic noticing practice can take weeks or months to develop — and the development of it is genuine clinical progress, even when nothing else has visibly changed.

Stage Two: Gentle Mobilization — The Actual Thawing

Stage Two is where the thaw actually happens. Here the work is to move the frozen system in the gentlest possible increments — beginning with what I call micro-movements.

Micro-movements are exactly what they sound like: the smallest possible physical actions. Wiggling the toes. Slowly rolling the neck. Pressing the fingertips together. Blinking deliberately. These movements are so small that they seem clinically trivial. They are not. What they’re doing is sending a signal to the brainstem — the most ancient, pre-verbal part of the nervous system — that the body is capable of movement, that movement is possible, that the environment might be safe enough to try.

From micro-movements, Stage Two progresses to orienting: deliberately looking around the room. Not anxiously scanning for threat, but slowly, curiously taking in the environment. Notice the window. Notice the color of the wall. Notice what’s in your field of vision. Orienting is a fundamental safety behavior — animals do it continuously to assess their environment — and deliberately engaging it in a safe environment begins to signal to the brainstem that this space may be survivable.

From orienting, Stage Two moves to vocalizing: humming, sighing, making sound with the voice. This is not arbitrary. The vagus nerve — the central nerve of the parasympathetic nervous system — has direct connections to the vocal cords, larynx, and pharynx. When the voice is used gently, it directly stimulates the ventral vagal complex, which is the neurobiological platform for social engagement and safety. A gentle hum doesn’t just feel calming. It is, neurologically, activating the system most associated with safety. (Porges, 2001)

The principle of Stage Two is: meet the nervous system where it is and coax it, not command it. The frozen system did not choose to freeze. It froze because activation felt dangerous. You cannot command it back to life. You can only make activation feel slightly safer, in the smallest possible increments, until the system is willing to try a little more.

Stage Three: Building Capacity — The Long Game

Stage Three is the long game. It’s the process of creating the neurological conditions — through repeated somatic experience and corrective relational experience — that teach the nervous system that it is safe to be unfrozen.

The child who had to freeze to survive now lives in an adult body in a world that is no longer dangerous. But the nervous system doesn’t know this through information. It knows it through experience — repeated, embodied experience of activation in a safe context. Experience of feeling something without that feeling becoming catastrophic. Experience of reaching toward another person and being met rather than hurt. Experience of need that doesn’t result in withdrawal, punishment, or abandonment.

This is why Stage Three requires a therapeutic relationship specifically. The corrective relational experience that teaching the nervous system safety requires is not available from a book or a breathing exercise or a mindfulness app. It’s available from the repeated, embodied experience of being genuinely seen, accurately understood, and safely held by another regulated nervous system — which is exactly what good trauma-informed therapy provides.

Bonnie Badenoch, PhD, neurobiologically informed therapist and author of The Heart of Trauma, describes this process in neurobiological terms: the therapist’s right hemisphere — the implicit, emotional, embodied hemisphere — communicates directly with the client’s right hemisphere through attunement, co-regulation, and presence. The thaw happens in this right-to-right channel. It happens relationally. Not because the therapist says the right things, but because the therapist’s regulated nervous system provides the co-regulation that the client’s frozen system needs in order to begin to feel safe enough to unfreeze.

Both/And: You’re Functioning AND You’re Frozen

The Both/And of functional freeze is one of the hardest for driven, ambitious women to hold — because the functioning is real, and the freezing is real, and they seem to contradict each other.

Jordan is a 45-year-old surgeon. She comes to therapy initially skeptical — not because she doesn’t believe in the process, but because she’s not convinced she qualifies. “I don’t have trauma,” she says in our first session. “I had a normal childhood. I have a good life.” She has been referred by her cardiologist, who found no cardiac explanation for her chest tightness, and by her rheumatologist, who suspects the autoimmune flare she’s been managing for two years is stress-related.

As we work together, a picture emerges. Jordan grew up in a household where emotional expression was not exactly punished but was very quietly discouraged — her parents were kind, busy, functional, and largely emotionally unavailable in the ways that actually mattered to a child. She learned early to manage her internal world efficiently and privately. She became extraordinarily self-sufficient. She became a surgeon. She became someone who is excellent at managing other people’s bodies while being almost entirely disconnected from her own.

When I introduce the concept of functional freeze, Jordan is initially resistant. She’s functioning at an extremely high level. How can she be frozen? The Both/And is this: you are absolutely functioning at a high level. Your competence is genuine. Your capacity is real. AND your nervous system has learned to maintain that external functioning from a state of internal shutdown — running the performance without the felt sense of being alive inside it. Both of these things are true simultaneously. And only by holding both can we understand what the chest tightness and the autoimmune symptoms and the persistent flatness are actually about.

“So I’m not fine,” Jordan says in one session. Not sadly, but with something that sounds almost like relief.

“You’re functioning,” I tell her. “And you’re not fully alive yet. Those are different things. And the second one is changeable.”

The Systemic Lens: Why Functional Freeze Hides in Plain Sight

Functional freeze hides in plain sight partly because of the individual woman’s extraordinary competence — and partly because the systems she inhabits have no incentive to identify it.

A surgeon who is internally frozen but externally flawless is, from the hospital’s perspective, a functioning surgeon. A partner who is internally numb but externally efficient is, from the firm’s perspective, a productive partner. The system benefits from her output. It has no mechanism for detecting — or caring about — the internal cost. It will not notice she’s frozen until the freeze collapses into something externally visible: the autoimmune crisis, the burnout, the resignation.

This is the systemic dimension of functional freeze: the very environments that drive women toward freeze are also the environments best designed to benefit from their maintenance of high external functioning in a frozen state. The freeze serves the institution. It costs the woman.

The healthcare system, in particular, produces functional freeze at a structural level — through training programs that explicitly discourage emotional processing, through cultures that celebrate the ability to “compartmentalize,” through environments that require constant activation management with minimal resources for genuine recovery. The woman who learned to freeze as a child enters a system that rewards and refines that freeze as a professional. And then, when the system’s demands finally exceed the frozen nervous system’s capacity, the woman is blamed for not having managed herself better.

Systemic Compassion here means understanding that the freeze didn’t develop in isolation. It developed in a relational context, was reinforced by an institutional context, and is maintained by a cultural context that celebrates the performance of aliveness without actually requiring it. Healing the freeze requires individual somatic work. And it also requires naming, clearly and without shame, what produced it.

Beginning the Thaw: What This Work Actually Looks Like

The THAW is not something you do once. It’s something that happens gradually, across months and years of clinical work, with observable markers of progress that can be easy to miss if you don’t know what you’re looking for. Here’s what the process actually looks like in practice.

The first sign of thaw is often discomfort. Counterintuitively, the initial evidence that the THAW is working is often the emergence of uncomfortable feelings — grief, anxiety, anger — after a period of relative blankness. This is not a setback. It is the system beginning to come back online. Feeling bad for a period during the THAW is often the first sign that the capacity to feel anything is returning. This needs to be named explicitly so clients don’t interpret the discomfort as evidence that therapy isn’t working.

Begin with the body’s smallest available signal. In Stage One work, the practice is as simple as sitting and noticing what’s actually happening in the body right now. Not what you think should be happening. Not what you’d like to be happening. What’s actually there. Heaviness or lightness. Warmth or coolness. Tight or spacious. You’re not trying to change anything. You’re trying to notice accurately.

Use vocalizing as a bridge to aliveness. The vagal pathway through the voice is one of the most accessible and effective Stage Two tools available without clinical support. Simple practices: humming a low tone for thirty seconds and noticing what happens in the chest. Sighing audibly and noting any shift in the quality of the breath. Singing — even quietly, even privately — because the sustained vocalization of melody engages the vagal pathway more extensively than speech alone.

Let the relational experience of therapy do its work. Stage Three cannot be rushed, and it cannot be replicated by any solitary practice. What heals the frozen nervous system at the deepest level is the repeated experience of being in a safe relational environment — of reaching and being met, of being seen and not judged, of activating in the presence of another regulated nervous system and surviving that activation. This is what happens in good therapy over time, and it is genuinely irreplaceable.

Celebrate micro-evidence of aliveness. When a tear comes unexpectedly — even a small one. When you actually laugh at something rather than performing laughter. When you notice hunger before it becomes urgent. When you feel genuine pleasure rather than the observation of pleasure. These are clinical markers of the thaw in progress. They deserve to be named, celebrated, and brought into session as evidence that the work is working.

If Camille’s story resonates — if you’re functioning impressively and feeling very little, if the lights are on and nobody seems to be home — I want you to know that this is not who you permanently are. The freeze was a brilliant adaptation to an environment that required it. And the thaw, patient and gradual and entirely possible, is how you come home to yourself.

I’d invite you to explore working with me individually, or to learn more about the Fixing the Foundations course, which includes somatic foundations for this work. The Strong & Stable newsletter also continues this conversation every Sunday, for women navigating exactly this territory.

You cannot think your way warm. But you can thaw. One micro-movement at a time, one safe relational moment at a time, one small breath at a time — you can thaw. And the aliveness that’s waiting on the other side of the freeze is yours. It has always been yours.

Related Reading

• van der Kolk, Bessel. The Body Keeps the Score: Brain, Mind, and Body in the Healing of Trauma. New York: Viking, 2014. https://www.besselvanderkolk.com
• Porges, Stephen W. The Polyvagal Theory: Neurophysiological Foundations of Emotions, Attachment, Communication, and Self-Regulation. New York: W.W. Norton, 2011. https://www.wwnorton.com
• Ogden, Pat, & Fisher, Janina. Sensorimotor Psychotherapy: Interventions for Trauma and Attachment. New York: W.W. Norton, 2015. https://www.wwnorton.com
• Hanazawa, H. (2022). Polyvagal Theory and Its Clinical Potential: An Overview. Brain and Nerve, 74(8), 1011–1016. https://pubmed.ncbi.nlm.nih.gov/35941799/
• Dale, L.P., et al. (2018). College females with maltreatment histories have atypical autonomic regulation and poor psychological wellbeing. Psychological Trauma, 10(4), 427–434. https://pubmed.ncbi.nlm.nih.gov/29154592/

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