Why some people stay calm under pressure, and why it is not personality

I jumped into a cold plunge pool this week. Not down the ladder. In from the side, full immersion, then straight back up.

The moment I surfaced: a long exhale, then my shoulders dropped.

I did not decide to do that. There was no time. It was quicker than quick, and the cold is sharp enough that the mind goes completely clear.

Here is the part that interests me.

The untrained response to cold water is a gasp, then fast shallow breathing. A long slow exhale is close to the opposite of it. So what happened was not my body doing what bodies do in cold water. It was something trained, running where the default should have been.

I have practised that exhale for months. Hundreds of repetitions, almost all of them in the gaps between other things. Waiting for the kettle. Between clients. Halfway down a cup of tea.

And it did not feel like a skill. It felt like instinct.

Why the wrong word feels right

When a procedure has been practised enough, it stops being available to introspection. There is no sense of choosing it. From the inside, a trained response and a genuine instinct feel exactly the same.

That is not a curiosity. It explains a mistake nearly everyone makes.

We watch someone stay steady in a brutal meeting and conclude they are a steady person. They cannot correct us, because it does not feel like technique to them either. It feels like who they are. And we decide, quietly and permanently, that we are not that kind of person.

The felt quality of a trained response tells you nothing about where it came from. Which means the people who have it usually cannot teach it, and the people who do not have it usually conclude they were born short.

Nobody is born with a long exhale under stress.

What actually builds it

The proper word for this is not instinct. Instinct is unlearned. What I am describing is proceduralisation: the shift from knowing something to simply doing it, produced by repetition, and then carried past the point of competence until it runs without supervision. That last part matters most. Practice continued after you can already do it is what buys you availability when the pressure is on.

In the Lifelong Capacities Map this is competency 8.4, Recovery and Decompression Practices. The claim behind it is that switching off is not the absence of activity but an active discharge, and that the discharge can be trained.

There is a randomised trial worth knowing about here. In 2023, published in Cell Reports Medicine, 108 people did five minutes a day of structured breathing for twenty-eight days. The exhale-focused version produced greater improvement in mood and a greater reduction in physiological arousal than an equal amount of mindfulness meditation. Practised, not briefly instructed, and against something equally dosed rather than against nothing.

I should be straight about what my own plunge pool proves, which is nothing. One person, who had predicted the result in advance, with every reason to want it. It is the sort of thing that justifies running a study, not the sort of thing that replaces one.

Where to start

It gets built in the least dramatic way imaginable. At the kettle, on ordinary days, when nothing is wrong. And then, crucially, on a bad day, because a skill you can only use when you are calm is not yet a skill.

If you want the structured version, VitaPath is the curriculum this sits inside: psychevita.com/vitapath.

If you would rather just start, the free worksheet is here: What You Actually Do Under Pressure. Seven steps, no sign-up.

Everybody Has Plans Until They Get Hit For The First Time

Mike Tyson said it in 1987, before the Tyrell Biggs fight. The version that survived is “everybody has a plan until they get punched in the mouth,” which is catchier and slightly wrong. What he actually said was plainer, and better: everybody has plans until they get hit for the first time.

In 2013 a laboratory at New York University ran something close to a test of it.

The experiment

The researchers conditioned people to fear an image by pairing it with a mild electric shock. Then they taught them to reappraise it. This was proper cognitive work, built on the principles behind cognitive behavioural therapy. Notice the thought. Spot the catastrophising. Find a better one.

Everyone came back the next day. Half had an arm held in ice water for three minutes first, which reliably produces a stress response. Half did not.

The unstressed group’s fear response dropped clearly. The reappraisal worked.

The stressed group showed no reduction in fear. Not a smaller reduction. No reduction.

Same training. Same strategy. The only difference: three minutes of ice water.

What it shows, and what it does not

The obvious reading is wrong, so it is worth being careful.

This is not a study showing that cognitive work does not help. Unstressed, reappraisal helped a great deal. What it shows is that knowing a strategy and using it under stress are two different things.

Which is awkward, because stress is when you need the strategy most.

The part that interests me more than the headline

If reappraisal had become automatic, the way walking stops needing thought, stress should not have touched it. Acute stress interferes with deliberate control far more than it interferes with what is already running by itself.

So the fact that stress wiped it out tells us something specific. After a day of training, reappraising was still effortful. It was a new move placed alongside the old response, not a replacement for it.

The same thing is true of most insight.

You can know exactly why you go quiet when someone raises their voice. You can have traced it back, named it, understood where it came from. And next time, you will go quiet. The understanding sits in a part of you that stress switches off. Going quiet lives somewhere else.

Now the honest part

That experiment is disputed. In 2021 a German group asked the same question using fMRI, tested two strategies rather than one, and put their answer in the title: “Cognitive emotion regulation withstands the stress test.”

Fear of an image in a laboratory is not the fear that shapes a life, either.

So do not take the experiment as proof. Take it as a description of something you already recognise. The strategy you can describe calmly is not the one that runs when you are not calm.

And notice what neither study did. Both trained a cognitive strategy, for a day, and tested it in a laboratory. Neither built a physical procedure practised until it runs without you. Whatever the argument between them settles, it does not reach that question, because nobody asked it.

What the research does establish, read carefully

This is worth spelling out, because it is easy to read the literature as saying more than it does in either direction.

A large meta-analysis by Webb, Miles and Sheeran in 2012 found that cognitive reappraisal has a real effect on emotion, and that perspective-taking performs better still. Cognitive strategies work. But look at what those studies mostly did: they gave brief instructions to untrained participants and measured one attempt, in calm conditions. That estimates what an untrained person gets from a single go. It says nothing about the ceiling available to someone who has practised something for a month until it is automatic.

A 2026 meta-analytic review found that individual differences in cognitive control barely predict who uses these strategies well, with all the correlations small. That is a finding about the person rather than the strategy, and it does not contradict the first one.

Three different questions, then. Does the strategy work? Does having more mental horsepower predict who deploys it? Does it survive acute stress? A study answers one of them and is silent on the others. A meta-analysis is only as powerful as the research it considers, and it can say nothing at all about the research it does not.

Where the stronger evidence actually sits

In 2023 a randomised trial published in Cell Reports Medicine had 108 people do five minutes a day of structured breathing for twenty-eight days. The exhale-focused version, sometimes called the physiological sigh, produced greater improvement in mood and a greater reduction in physiological arousal than an equal amount of mindfulness meditation.

That matters here for a specific reason. Those participants were practised, not briefly instructed, and the comparison was against something equally dosed rather than against nothing. It is the closest thing I know of to the design the argument needs, and it points the way the argument expects.

What follows, practically

If you want a skill available under pressure, it has to be built somewhere pressure cannot reach. Practised rather than understood. In the body. And practised especially on bad days, because a skill you can only use when you are calm is not yet a skill.

In the Lifelong Capacities Map this is competency 8.4, Recovery and Decompression Practices, and it is the one I would start with. The claim behind it is that switching off is not the absence of activity but an active discharge, and that the discharge can be trained.

I have written a free worksheet to go with this piece. It does not ask why you do what you do under pressure. You build a record of what you actually do, find the body signal that arrives just before it, and then practise one short recovery move until it is there on a bad day. Seven steps, no sign-up.

Download: What You Actually Do Under Pressure

The study I would like to see

The honest position is that the comparison this argument rests on has not been run. So here is what would run it.

Train one group in a body-level recovery practice and another in cognitive reappraisal, at the same dose, five minutes a day for a month. Then randomly assign people within each group to a cold pressor or to room temperature water. Then set a separate emotional challenge and see who still deploys what they trained, and whether it still works.

One detail makes this unusually tractable. You cannot see a reappraisal. You can see a long exhale. A respiration belt records whether the breathing move actually happened, with no need to ask the person, which removes the self-report ceiling that limits most of this field.

Until someone runs it, what I can honestly say is this. The ingredients have research behind them. The programme as a whole has not been tested. And what I notice in a consulting room, after a few sessions, is that people stop needing me to say “feel your feet on the floor” and simply do it.

So

What do you actually do when you are stressed? Not what your insight says you should do. What do you actually do?

References: Raio et al. (2013), Cognitive emotion regulation fails the stress test, PNAS. Sandner et al. (2021), Cognitive emotion regulation withstands the stress test, Neuropsychologia 157. Webb, Miles and Sheeran (2012), Dealing with feeling, Psychological Bulletin. Schulze et al. (2026), Rethinking the link between cognitive control and emotion regulation, Neuroscience and Biobehavioral Reviews 188. Balban et al. (2023), Brief structured respiration practices enhance mood and reduce physiological arousal, Cell Reports Medicine.

The reaction they threw away: why practitioners bin what their bodies tell them

A supervisee and supervisor sitting together in conversation

Practitioners are trained to notice what their bodies pick up from a client. They are also, without anyone quite saying it, trained that having a reaction is a lapse. So the information arrives and gets thrown away.

Laura Joanknecht, a psychotherapist and supervisor, wrote to me this week about what she teaches her trainees: to tune into their bodies, and to notice what they’re picking up from a client before any words are exchanged.

Then she said the thing I haven’t stopped thinking about.

The hard part of the training isn’t getting them to notice. It’s getting them not to throw it away — because they’re afraid that having a reaction to a client makes them judgemental.

That isn’t a problem about perception.

We train practitioners to attend to their own responses. And at the same time, without ever quite saying it out loud, we train them that having one is a lapse. Countertransference gets taught as contamination. Judgement gets set up as the opposite of acceptance. Professionalism gets modelled, in the room, as the absence of a personal reaction.

So the information arrives — the tightening in the chest, the drop, the wish to be somewhere else, the sudden urge to protect this person — and it gets discarded at the door. Not because they didn’t feel it. Because feeling it seemed like an admission of something.

Here is why telling them it’s fine doesn’t fix it.

Shame arrives as a body state before it’s available as a thought. It isn’t a conclusion anyone reasoned their way to, so it doesn’t come apart under a better argument. Every trainee I’ve worked with agrees, intellectually, that their responses are data. They agree completely. And they still bin them.

What changes it isn’t permission. It’s having brought one, once, to someone who didn’t flinch — who took it as information rather than as something to be corrected, reassured away, or forgiven.

That’s an experience, not a piece of advice. And it’s most of what supervision is actually for.

Then there’s the half of the method that usually goes missing.

Fast is not the same as right. The empathy research has an awkward finding in it: whether a client feels understood predicts outcome better than whether the therapist read them accurately. So a practitioner trained to trust what their body reports, with no step for checking it, has been handed a very fast instrument and no way to tell when it’s wrong.

I put that to Laura, and her answer was better than my question. Slow down. See whether the information keeps returning. Pace when you share it. And take it to supervision — noting, as she did, that not every supervisor works with the body this way.

That’s the checking step. It’s also the part most likely to be skipped by practitioners who have just been liberated into taking their own responses seriously.

So: notice it. Don’t discard it. And don’t trust it either — treat it first as information about you, and only after checking, as information about them.

What did it take, for you, before you first brought one of these to a supervisor?

I didn’t realise how bad it had got: how to notice what your body is telling you

A man at a desk, one hand at his temple, the other resting on his stomach

The signal was there the whole time. What was missing was the ability to read it early enough to matter.

“I didn’t realise how bad it had got until I was ill.”

I hear that a lot. Usually from people who would describe themselves as reasonably self-aware.

Here’s the part that surprises them. It isn’t that they weren’t looking after themselves. The signal was there the whole time. What was missing was the ability to read it early enough for it to be any use.

That’s a skill in its own right, and when it’s underdeveloped it doesn’t look like “not noticing.”

It looks like fog, and a shorter fuse than usual. Headaches, gut trouble, sleep going off, appetite all over the place. Wired and tired at the same time. Empathy quietly dropping away. Finding out you were hungry, exhausted or furious only once somebody else points it out — or once your body takes the decision out of your hands.

This is the skill I’d call somatic attunement, and it sits near the beginning of the order I build these in, because most of the skills above it assume you can already tell what state you’re in.

What I train is deliberately unglamorous. Notice the signal without rushing to fix it. Put plain words to it. Find exactly where it lives. Soften around it rather than pushing it away. Make one small supportive adjustment. Ask what it’s asking for, without forcing an answer. Then take the smallest action that honours it.

Notice before fix. That order is the whole thing.

It’s both foundational and reasonably well grounded in research, and I can be specific about how.

There is a real ascending pathway carrying information from the body, terminating in one part of the insula and re-represented in another, and the anterior insula’s role in our awareness of subjective feeling is one of the better-supported findings in affective neuroscience. Putting plain words to what we’re feeling is among the better-evidenced moves in the whole field. Locating a feeling in the physical body has a meta-analysis behind it. And body-oriented approaches built explicitly around interoception have outcome evidence, including in a clinical population.

Now the uncomfortable part, which I think is the most useful thing in this article.

Researchers separate at least three things here, and they come apart. How accurately you actually detect what your body is doing. How much body awareness you report having. And whether your confidence tracks your accuracy.

Those are not the same, and a person can be high on one and low on another. Which means “I’m very in tune with my body” and “I can tell what my body is doing” are two different claims, and the first is not evidence for the second.

I’d extend that caution to my own field, including me. Most of the evidence that this kind of training works rests on people reporting more body awareness afterwards — which is a measure of what they believe, not of what they can detect. And the main objective measure researchers use is currently the subject of a live and unresolved dispute. So: real, worth doing, and not as well nailed down as the confident version of this would have you think.

What hasn’t been done is a trial of my sequence as a package against a control group. That’s a study I want to run, and until it exists I’ll keep saying so.

The question I’d ask you to sit with: when did I last notice what my body was telling me while there was still time to do something about it?

That’s a reflection question, not a validated clinical instrument, and I don’t present it as one.

If you’d rather be taken through the practice than read about it, there’s a video of me doing the whole thing with you: https://psychevita.com/vitapath

I’ll be writing about a different skill each week here, in the order I’d actually build them. All of them are designed for body-based learning. Nothing to remember, except to practise.

You can’t regulate a state you can’t feel. Which makes feeling it the first job, not the soft one.

The full practice lives here: https://psychevita.com/vitapath

Somatic Attunement is the second skill in VitaPath, the order I would build these in. It sits inside the Grow library, which is a paid membership (all content £10/month or £100/year; cancel any time; prices may vary by app/region). I’d rather tell you that now than have you find out after clicking.

For this skill, like all 48 skills, you get a short introduction, a full “do it with me” session, a brief version for everyday resets, a guided audio practice, and the written guide. They’re designed for three to ten minutes of daily practice. Practised often enough, the skill stops being something you do and becomes what you default to.

One thing worth saying about why it’s on video rather than written down. Noticing a body signal without immediately trying to fix it is much harder to get right from a description than it looks, and it feels distinctly odd the first few times you try it. Watching someone else do it, unhurried and unembarrassed, is most of the learning. That’s true of nearly everything I teach: these skills are built for the body, not for memorising. There’s nothing to remember, except to practise.

“I can’t switch off: how to recover, decompress and rest”

Why recovery isn’t the reward for capacity. It’s where capacity comes from.

“I can’t switch off.”

I hear that more than almost anything else. Usually from people who are very good at what they do.

Leaders. Medics. Therapists. Coaches. Parents. Anyone whose day off still has one eye on their phone.

Here’s the part that surprises people: it isn’t a discipline problem. It’s a skill most of us were never taught, and it isn’t the skill you’d guess.

Clients with low level skills in this area often describe familiar attempted compensatory habits: scrolling, alcohol, drugs, porn, shopping. Even reading, knitting, tapestry and crochet have been described to me with that same frantic feel to them, desperately trying to switch off.

Recovery, decompression and rest usually get treated as what’s left over once everything else is done. But recovery isn’t the reward for capacity. It’s where capacity comes from. A body that never fully stands down doesn’t get calmer with more willpower. It just gets better at running on threat.

This is a skill in its own right: recovering and decompressing. And when I map out the order these skills are best built in, it comes near the beginning rather than the end.

The skill I train is both foundational and well grounded in research, and I can be specific about how.

Switching off is a real physiological event, not just a pause. It can be measured: after a stressor, rest produces a recognisable recovery in the nervous system, and some people are quicker at it than others.

Each step of the practice rests on established research too. Putting plain words to what we’re feeling is one of the better-evidenced moves in the whole field.

Locating what we’re feeling in our physical body has a meta-analysis behind it.

Ending with one small action rather than a grand plan is the mechanism behind one of the most effective treatments we have for depression.

And one part has been tested directly. The breathing pattern I teach, two short inhales through the nose then one long exhale out of the mouth, was compared against mindfulness meditation in a randomised controlled trial: five minutes a day, twenty-eight days, just over a hundred people. The breathing came out ahead on mood.

What hasn’t been done yet is a trial of my whole sequence as one package, measured against a control group. That’s a study I want to run, and until it exists I’ll keep saying so.

The question I ask people to sit with is a simple one: do I regularly take intentional time to rest, recharge and recover properly? That’s a reflection question, not a validated clinical instrument, and I don’t present it as one.

If you’d rather be guided through this skill than read about it, there’s a video of me taking you through the whole practice: https://psychevita.com/collection/13035

I’ll be writing about a different skill each week here, in the order I’d actually build them. All our skills are designed for body-based learning. Nothing to remember, except to practise.

You don’t get calmer by trying harder. You get calmer by practising stopping.

The full practice lives here: https://psychevita.com/vitapath
Recovery and Decompression Practices is the first skill in VitaPath, the order I would build these in. It sits inside the Grow library, which is a paid membership (all content £10/month or £100/year; cancel any time; prices may vary by app/region). I’d rather tell you that now than have you find out after clicking.
For this skill, like all 48 skills, you get a short introduction, a full “do it with me” session, a brief version for everyday resets, a guided audio practice, and the written guide. They’re designed for three to ten minutes of daily practice. Practised often enough, the skill stops being something you do and becomes what you default to.
One thing worth saying about why it’s on video rather than written down. The breathing pattern is much harder to get right from a description than it looks, and it feels distinctly odd the first few times you try it. Watching someone else do it, unhurried and unembarrassed, is most of the learning. That’s true of nearly everything I teach: these skills are built for the body, not for memorising. There’s nothing to remember, except to practise.