We Call It Flow

The most interesting thing about a description of flow is how little it tells you about the activity.

Someone describes becoming completely involved in what they were doing. Their responses felt immediate, their attention stayed with the task, and the usual concern about how they appeared to others became quieter. They remained in control without feeling the need to supervise every part of that control. The account could belong to an athlete in competition or an artist absorbed in a piece of work.

That resemblance was central to psychologist Mihaly Csikszentmihalyi's original investigation. In the research that informed his 1975 book Beyond Boredom and Anxiety, people engaged in activities as different as climbing, dance, writing, and competitive sport described recognizable similarities in their most absorbing experiences. The activities differed in purpose and physical demand, yet the experience of doing them shared a striking organization.

An earlier letter argued that the separation of the athlete from the artist is administrative rather than biological. This one takes that as settled and asks the next question. If both are working on the same system, what is the state they both describe actually made of?

The question matters because the popular instruction to get into flow skips the most useful part. Before trying to produce the experience, we need to understand what it describes, what conditions support it, and why it can emerge across disciplines that culture usually keeps separate.

I. WHAT FLOW ACTUALLY MEANS

A useful definition comes from a scoping review of 236 sources by Cameron Norsworthy, Ben Jackson and James Dimmock. Across considerable variation in the literature, three features repeatedly appeared: absorption in the activity, a sense of control that feels comparatively effortless, and reward arising from the activity itself.

Together, those features describe more than concentration. Someone can concentrate intensely while feeling frustrated, mechanically occupied, or desperate to finish. Flow includes a quality of involvement that makes continuing feel worthwhile. The activity holds attention partly because participating in it is rewarding.

The word effortless needs particular care. It describes the experience of control, rather than the physical cost of the activity. A performance can demand considerable strength, endurance, coordination, or speed while feeling unusually fluid to the person producing it. The body may be working hard even as the experience of forcing every decision becomes less prominent.

Traditional accounts also describe a merging of action and awareness, reduced self consciousness, and changes in the experience of time. These features have not been measured consistently, and researchers disagree about which are essential. Sami Abuhamdeh's conceptual analysis emphasizes the importance of distinguishing the experience itself from the conditions thought to produce it. Having a clear goal, for example, does not establish that someone experienced flow.

This distinction keeps the concept useful. We can describe the experience, study the circumstances around it, and investigate possible mechanisms without pretending that one convenient feature explains the whole thing.

For artistic and athletic practice, the central connection is deep participation. Attention, capability, and the demands of the activity become closely aligned, allowing the person to remain involved without continually stepping outside the experience to assess themselves.

II. THE ACTIVITY HAS TO GIVE ATTENTION SOMEWHERE TO GO

Flow research commonly emphasizes a relationship between challenge and skill, clear direction, and feedback that helps the person respond. A task needs to demand enough to sustain involvement while remaining within a range the person feels capable of managing. Recent theoretical work also emphasizes autonomy, interest, and the person's relationship with the activity. Matching difficulty to ability is an incomplete account when the activity itself feels pointless or imposed.

That has an important implication for how we understand artistic and athletic experience. The conditions can resemble one another without taking the same form.

In some activities, the objective is prescribed and the result is immediately observable. In others, direction emerges through making. A piece of art can change its own objective as it develops, while still giving its maker meaningful information about the next decision. In their framework for studying flow, Oliver Durcan, Peter Holland and Joydeep Bhattacharya distinguish these differences in goals, strategies, interaction speed, and feedback. They caution against assuming that balancing difficulty in very different activities necessarily produces identical experiences or neural patterns.

The practical lesson is that a useful task gives the person something they can recognize and respond to. Be creative offers little guidance. So does perform better. An intention becomes more usable when the person can investigate it through the work itself: whether a movement reaches its target, whether a phrase communicates the intended feeling, or whether a change produces a more coherent result.

This does not require reducing every activity to a score. It requires making the relationship between action and consequence available.

The same reasoning explains why increasing difficulty alone is an unreliable strategy. A harder task may create a richer problem, or it may simply overwhelm the person's ability to interpret what is happening. A more useful adjustment might involve changing the pace, narrowing the task, clarifying the objective, or allowing more freedom over the solution.

Flow becomes a more practical subject when we stop treating it as something to summon internally and begin examining the relationship between the person and the work.

III. PRACTICE MAKES MORE OF THE TASK AVAILABLE

Practice matters because it changes what a person can bring to that relationship. A task that initially consumes attention at the level of individual decisions can eventually be organized with less deliberate supervision.

A 2026 study by Patrick Cox and colleagues examined this process through an unfamiliar visual categorization task. Participants completed more than thirty thousand trials over five to ten weeks, learning to distinguish categories of morphed car images. After extensive training, category information appeared in visual processing regions, with reduced functional connectivity to prefrontal cortex and increased connectivity to motor output areas. The degree of this change was associated with better performance on the trained categorization task while participants simultaneously performed another task.

The experiment investigated automaticity in a laboratory task. It did not measure flow or establish that artistic and athletic expertise undergo an identical transformation. It nevertheless demonstrates something relevant to the experience of fluent skill. Practice can change how a task is supported, rather than merely making the original way of doing it faster.

Whole body learning offers another piece of the picture. In a 2026 study of twenty two participants performing sequences on a dance mat, Russell Chan and colleagues examined the temporal structure of movement variability during preparation and execution. Their analysis associated the fastest responses with a pairing of higher preparatory complexity and lower execution complexity. These were mathematical measures of movement organization, not measurements of how hard participants were thinking or trying.

The studies describe different processes and should remain distinct. Neither establishes a mechanism of flow. Their relevance is that the apparent simplicity of performance can rest on an organization that has become more developed through practice.

For teaching, this suggests looking beyond the visible finish. What knowledge, preparation, and perceptual distinctions make that performance available? Copying the appearance of ease gives a learner less to work with than understanding the capacities underneath it.

Automaticity alone also leaves something unexplained. A familiar routine can run smoothly while attention wanders elsewhere. Flow involves absorption as well as fluency. Practice may help make parts of an activity dependable, while the unfolding challenge continues to give the person a reason to remain engaged.

That is the relationship worth building. Enough capability for meaningful action, with enough happening inside the activity to sustain attention.

IV. WHAT ARTISTS CONTRIBUTE TO THE SCIENCE

Artistic performance offers researchers more than an analogy for athletic skill. It provides situations in which expression, technical knowledge, perception, and rapid decisions can be studied together.

In a 2024 study published in Neuropsychologia, David Rosen and colleagues recorded electrical brain activity from jazz guitarists as they improvised over chord sequences. Participants rated their flow experience after each performance. The researchers then compared activity associated with performances rated higher and lower in flow, while also examining differences in experience.

Across the musicians, higher flow was associated with reduced activity in some frontal regions. Experienced musicians also showed changes involving sensory processing and reduced activity in parts of the default mode network, which participates in several forms of internally directed thought. The pattern differed with expertise. The authors interpreted the findings as consistent with practiced, domain specific processing operating with reduced interference from some forms of cognitive control.

This is evidence from musical improvisation, with flow assessed through participants' reports. It supports a particular account of creative flow without establishing a universal instruction to stop thinking.

Another study illustrates why studying the experience is difficult. Jasmine Tan, Caroline Di Bernardi Luft and Joydeep Bhattacharya asked musicians to perform pieces expected to produce different levels of flow, then recorded brain activity during the resting period immediately afterward. They found differences in oscillatory activity and connectivity following the experiences. Because the recordings occurred after the music, the findings concern the immediate aftermath of flow rather than a direct recording of the state during performance.

The methodological distinction is important, but so is the choice of activity. These researchers worked with an existing relationship between a person and a meaningful practice. The music was part of what made the experience possible.

That is one of the strongest contributions art makes to this discussion. It reminds us to study the quality of involvement, rather than treating the person as an interchangeable nervous system completing any task of suitable difficulty. The instrument, the repertoire, the expressive intention, and the performer's history belong to the situation.

Athletic experience deserves the same specificity. A drill, an open practice, and a consequential performance can ask different things of the same person. Calling all of them sport tells us little about the experience they create.

V. FLOW DOES NOT REQUIRE THE WHOLE MIND TO FALL SILENT

One influential explanation of flow comes from Arne Dietrich's 2004 theoretical paper. He proposed that highly practiced skills could be implemented through implicit processing with reduced interference from explicit analytical processes. His account included transient hypofrontality, a temporary reduction in some prefrontal functions, as a proposed enabling condition. The paper was a theory integrating existing work, rather than an experiment demonstrating that flow shuts down the front of the brain.

The jazz musicians offer some support for it. Rosen and colleagues reported that high flow improvisations were associated with transient hypofrontality, which is the first time in this letter that a proposal and a measurement have pointed the same way.

Later findings complicate a simple shutdown account. A 2026 review of nine imaging studies reported reduced activity in core default mode regions alongside increased activity in lateral prefrontal and parietal regions involved in attentional control. The authors also described changes in connectivity between networks often studied in opposition. Small samples and substantial differences between tasks limit what can be concluded from the collection.

The useful distinction is between reduced self consciousness and the absence of thought. Being less occupied with how one appears does not establish that judgment, attention, or cognitive control has disappeared.

Barbara Gail Montero makes this argument from philosophy in Thought in Action. A professional ballet dancer before her academic career, she challenges the assumption that excellent performance must become mindless. Her account allows conscious attention, planning, monitoring, and trying to remain part of highly skilled action. It is a philosophical position informed by performance and research, rather than a finding that every expert benefits from more conscious control.

Sports research explains why the distinction matters. In experiments on golf putting, Sian Beilock and Thomas Carr found evidence consistent with pressure disrupting proceduralized skill through explicit monitoring. The effects differed across tasks and training conditions, and the results do not justify treating every form of attention as harmful to every performer.

Taken together, these perspectives invite a better question than whether to think less. The useful question is what attention is doing. Is it helping the performer detect relevant information and respond, or is it imposing a form of supervision poorly suited to the action?

That question can be investigated in practice. A cue that helps during technical learning may feel intrusive during fluent execution. Another cue may organize the whole action without requiring the performer to reconstruct each component. There is room to test those differences rather than turning either conscious control or automaticity into a doctrine.

VI. THE FEELING OF EASE AND THE APPEARANCE OF EASE

Artists and athletes also share a cultural expectation. Accomplished performance is often admired for making difficulty look natural.

That ideal has a history. In The Book of the Courtier, published in 1528, Baldassare Castiglione described sprezzatura, a cultivated nonchalance that concealed the design and effort behind accomplished behavior. The courtier was expected to possess real skill while avoiding an appearance of laborious self display.

Paolo D'Angelo traces this tradition through rhetoric and art in Sprezzatura: Concealing the Effort of Art from Aristotle to Duchamp. Concealment itself can become part of artistry. Technique is present, yet the audience encounters an apparently spontaneous result.

Flow and sprezzatura concern different things. Flow describes an experience of participation. Sprezzatura concerns, in part, how accomplished action appears to others. A performance can look effortless while requiring intense concentration from the person producing it. An absorbing experience can also matter deeply to its participant without appearing extraordinary to an audience.

This distinction should change how we learn from performances. The visible result cannot tell us everything about the performer's internal experience, and neither can it reveal the preparation that has been omitted.

For anyone teaching through images or demonstrations, the implication is practical. Show enough of the process that ease does not become an impossible entry requirement. A finished performance can inspire someone, while a clear view of preparation, adjustment, and ordinary attempts gives them a path into the practice.

The goal is to make the discipline more available, rather than asking the learner to imitate the appearance of having already mastered it.

VII. BUILD A PRACTICE THAT MAKES DEEP ENGAGEMENT POSSIBLE

The recommendations that follow are an application of these ideas, rather than a protocol proven to produce flow on demand.

Begin with an activity you have a genuine reason to engage in, and choose a manageable piece of it. Give the session a direction specific enough to investigate. You should be able to recognize what you are attempting without having to judge the entire quality of your ability every few minutes.

Next, decide what information will help you respond. A clear outcome, a recording, the behavior of a material, or feedback from a teacher can all provide something to compare against your experience. The important question is whether the information helps you decide what to do next.

Adjust the challenge through more than sheer intensity. You might narrow the task, change its pace, simplify one component, or introduce a new constraint. Aim for a situation in which you can participate meaningfully and still have something to discover. When difficulty produces only confusion, identify what would make the problem more legible before adding further demand.

Give the work a reasonable period of continuity. Put unrelated decisions and avoidable interruptions elsewhere. During that period, allow attention to stay with the activity instead of continually checking whether the desired state has arrived. Asking whether you are in flow yet offers little information about the work itself.

Afterward, examine both the experience and the result. When did involvement become easier? Which parts of the task gave you useful feedback? Where did uncertainty become interesting, and where did it become unmanageable? What actually improved, regardless of how the session felt?

Those observations can guide the next session without turning flow into a score you are required to increase. A difficult practice can still be valuable. An ordinary session can develop a capacity that becomes useful later. There is no reason to make every period of work compete with the memory of an exceptional one.

For a coach or teacher, the same principle applies by helping the person find a workable relationship with the task. That includes explanation, appropriately chosen constraints, room for independent response, and feedback the learner can use. The aim is a practitioner who becomes increasingly capable of engaging with the discipline, rather than increasingly dependent on being told what to feel.

VIII. FEELING FLUENT AND BEING RIGHT

There is one conclusion worth stating plainly, because it is the part most easily lost.

An absorbing performance should still be evaluated on its own terms. Feeling fluent does not automatically establish technical accuracy or artistic quality. Experience and outcome answer different questions, and a session can deliver one without the other.

That does not reduce the value of flow. It gives the experience an appropriate role. Enjoy it, learn from the conditions that surrounded it, and keep other ways of evaluating the work.

The significance of flow is larger than a temporary increase in productivity. It describes an experience in which doing becomes rewarding enough to hold us, and capability becomes available enough to meet what is happening.

Find something worth becoming involved in. Learn enough to have meaningful choices inside it. Build conditions that let its demands become clear, and give yourself time to discover what those demands make available.

The point is to build a practice worth entering fully.

ON THE EVIDENCE

Flow is recognizable enough to study and difficult enough to measure that confident explanations deserve scrutiny. Abuhamdeh's 2020 analysis found twenty four different operationalizations across forty two studies. The Norsworthy review is starker. Across its 236 sources, 108 different flow related constructs were measured by 141 instruments. A 2025 review by Matthew Wonders, Dan Hodgson and Nicola Whitton examined sixty nine studies combining physiological and psychological approaches and identified inconsistent instruments, reporting problems, and mismatches between activities and participants' skills. Only two of those studies prescreened participants for a disposition to experience flow, which is a limitation of study design rather than evidence that the other participants were incapable of the experience.

The Cox categorization study does not report a publicly available participant count and its full text is not accessible, so no sample size is quoted here. The Chan dance study analyzed twenty two participants of twenty nine recruited, and its transfer result was a null rather than a demonstrated effect. Neither study measured flow. Both are used here as evidence about automaticity, which is a related but distinct question.

Dietrich's 2004 paper is a theoretical synthesis rather than an experiment. The Rosen study measured jazz guitarists improvising, with flow assessed by self report. The Tan study recorded the resting period immediately after performance rather than the state itself. The 2026 imaging review covers nine studies with small samples and heterogeneous tasks, and its authors say so. Beilock and Carr worked largely with novices trained on a laboratory putting task, so extending it to elite competition goes beyond the design. Montero's book is a philosophical argument informed by performance and research, not an experimental finding. The historical and aesthetic material broadens the argument rather than serving as evidence for any neural mechanism.