Sports Hypnosis

From mesmerism to applied sport psychology

Accounts of sport hypnosis begin with the general history of hypnosis. A narrative review by Straub and Bowman (2016) traces the modern field to James Braid, who from 1841 onward studied what he first called neuro-hypnotism and linked it to fixed, abstracted attention. It also names Hippolyte Bernheim, Sigmund Freud, Clark Hull and Milton Erickson as figures in the later development of suggestion-based methods. A 2022 review of hypnosis in sport places the starting point earlier, with Franz Mesmer's animal magnetism theory of the 1770s, and describes the nineteenth-century Nancy and Paris schools. Both are secondary narrative accounts rather than primary historical studies.

Sport hypnosis as a named method

Straub and Bowman define sport hypnosis as hypnotism directed toward improving sports performance. They describe three features they consider suited to sport: more vivid mental rehearsal, intensified emotion that can build confidence and positive expectation, and a shared emphasis on focused attention. They also include some anecdotal historical claims that the review does not source, and this page does not repeat them.

Uneståhl, writing in the American Journal of Clinical Hypnosis in 2018, describes sport hypnosis as a form of alert hypnosis that combines eyes-open hypnosis, traditional eyes-closed hypnosis and self-hypnosis. His abstract refers to reports from Olympic champions on the value of this training. The article is the method developer's own account, and the abstract gives no data that would allow those reports to be tested.

Early experimental work

Straub and Bowman cite Morgan's work from 1976 and 1981 on perceived exertion, which they say found hypnosis could decrease or increase perceived effort. They also cite a 1993 review by Taylor, Horevitz and Balague that found experimental results mixed, and they state that later research has been more positive. These are the review authors' characterizations, and the review is a narrative one without a described search method.

Names and definitions

The practice appears in the literature as sport hypnosis, hypnosis in sport and, in some papers, hypnosis for performance enhancement. Division 30 of the American Psychological Association, the Society of Psychological Hypnosis, defines hypnosis as a state of consciousness involving focused attention and reduced peripheral awareness, characterized by an enhanced capacity to respond to suggestion. It defines a hypnotic induction as a procedure designed to induce hypnosis, and hypnotizability as an individual's ability to experience suggested alterations. The Division 30 page makes no statement about sport or performance use.

Uneståhl uses the term sport hypnotic state for what he equates with the flow state, and Kasos and colleagues use active-alert hypnosis for eyes-open procedures delivered during activity. Straub and Bowman note that psychologists tend to prefer cognitive and behavioral definitions, while applied sport scientists and coaches prefer practical ones, so the same word can describe different procedures.

Related Machipedia pages and confusable terms

Sports hypnosis is one member of the family described on the Machipedia page Hypnotherapy, which covers the general methods, and it overlaps with Clinical Hypnosis and Self-Hypnosis. It is also close to Guided Visualization and Guided imagery, because the literature presents hypnosis as a way to deepen mental rehearsal rather than as a separate skill. Related Machipedia pages on Biofeedback and Mindfulness cover other attention and arousal-regulation approaches, and Life Coaching covers the coaching context in which some athletes meet these ideas. Sports hypnosis should not be confused with stage hypnosis, a public perception that Straub and Bowman say discourages athletes.

Elements described in the research literature

Published studies describe interventions of varied length. Barker and colleagues used three sessions with ego-strengthening suggestions in soccer players. A golf case study by Pates combined hypnosis, regression imagery, a trigger control technique and a pre-shot routine. A study of elite downhill mountain bike riders used a single audio recording that athletes listened to on their own before a race, and Uneståhl describes posthypnotic signals, or triggers, that athletes are taught to use. These descriptions summarize published designs and are not instructions.

Who delivers it

Sport hypnosis is offered by sport psychology consultants, psychologists, and hypnosis practitioners with varied backgrounds. Straub and Bowman cite a 2006 interview study of six sport psychology consultants, all with doctorates, who said that ethical guidelines for sport hypnosis needed more discussion and that qualification standards needed stricter review. The Hoffmann study of mountain bike riders also recorded heart rate variability alongside questionnaires, an example of hypnosis research that pairs psychological reports with physiological measures.

Confidence, focus and anxiety

Reviews and practitioners describe sport hypnosis as a way to build self-confidence, sharpen attention, reduce competitive anxiety and manage stress. Li and Li (2022) list these uses, along with reducing fear in sports such as gymnastics, and they describe suggestion as the mechanism. In a small Swiss air rifle study the athletes themselves commented that they felt calmer, more focused and more self-confident at the start of competition. These are stated expectations and self-reports, not findings that hypnosis caused the changes.

Imagery rehearsal, fatigue, sleep and choking

Li and Li also describe hypnosis as a way to improve the quality of imagery rehearsal, to relieve fatigue between sessions and to help with sleep before competition. A 2026 multiple-case study of eight athletes with choking under pressure, including fencing, soccer, baseball and golf, describes a hypnotherapy approach in which participants traced current symptoms to earlier experiences. The sources reviewed for this page did not test hypnosis for recovery from injury, so that use is not assessed here.

Reviews of the field

A 2022 systematic review in Spanish by Franquelo, Hernandez-Mendo and Capafons included 45 studies of hypnosis in sport and exercise. Its abstract reports that most found positive effects compared with other techniques, that most met the methodological criteria, and that assessment of hypnotic suggestibility and reporting of effect size were weak points. Only the abstract could be read here. Narrative reviews are more cautious: Li and Li state that many studies had very small samples, that some used simple before-and-after comparisons, that no randomized placebo-controlled study was found, and that few studies measured competition performance. Straub and Bowman call the evidence limited.

Trials, single-case designs and field studies

The largest controlled study found is a randomized trial of 59 collegiate soccer players (Barker, Jones and Greenlees, 2010), in which a three-session hypnosis group (30 players) was compared with a video attention-control group (29). The hypnosis group scored higher on a wall-volley task and on task-specific self-efficacy after the intervention and at a four-week follow-up, although self-efficacy did not explain the performance difference. The task was an artificial skill test and the comparison was with watching video.

Most other sport studies are single-case or very small. Pates reported lower mean stroke averages for one Senior European Tour golfer across 11 events and for one senior PGA Tour golfer in a later case study. Mattle and colleagues tested a single session in eight Swiss national-team air rifle shooters with an A-B-A single-case design: three showed a small positive effect against all other measurements, six improved slightly against one baseline, and two performed worse. Hoffmann and colleagues followed 19 elite downhill mountain bike athletes across two races, with lower somatic anxiety and higher self-confidence at the second race and no randomized comparison.

Strength studies and imagery mechanisms

Laboratory studies of muscle performance are mixed. A randomized study by Nieft and colleagues reported that a hypnosis group with a post-hypnotic cue felt stronger and showed higher handgrip strength one week later than their own baseline, compared with a control group that read an autobiography. Giorgio and colleagues (30 participants) found no group-by-time interaction after a single session, and Dittrich and colleagues (13 volunteers, crossover) found no change in knee extensor force or fatigue time. Both groups of authors suggest that effects may be limited to highly susceptible people.

On imagery, Cesari and colleagues stimulated the motor cortex in 30 volunteers and reported that corticospinal activation during motor imagery under hypnosis was greater in highly hypnotizable than in low hypnotizable people. Kasos and colleagues, in a retrospective nonrandomized comparison of 375 people, found that runners and spinners scored similarly to an active-alert hypnosis group on some consciousness measures. Li and Li state that experimental evidence for the mechanism is still lacking.

Design and reporting limits

Li and Li list the main weaknesses: small samples, some with fewer than ten participants, uneven designs, assessors who knew the study plan, and few competition outcomes. Studies that found no benefit, such as those the review lists for tennis, fencing and boxing, are described by the same authors as also being small or poorly designed, so the absence of effect is no better established than its presence. Straub and Bowman add that early laboratory work often ignored demand characteristics and that the review itself has no stated inclusion criteria or quality appraisal.

Hypnotizability and comparison conditions

The systematic review abstract flags that hypnotizability was seldom assessed, which matters because two laboratory studies suggest effects may depend on it. Comparison conditions are also uneven: a video control or no intervention does not separate hypnosis from relaxation, expectation or extra attention from a practitioner. The sources reviewed do not report head-to-head trials of hypnosis against established mental skills training such as imagery alone.

Care boundaries and performance claims

Sports hypnosis is a psychological skills approach and is not a substitute for medical or psychological care. Pain, injury and mental health conditions in athletes call for assessment by qualified clinicians, and nothing in the sources reviewed supports using hypnosis in place of that care. Reports of benefit in published studies are small, mostly short-term and often unblinded, so claims about winning or record performance are not supported by these sources.

None of the studies reviewed here reported harms specific to athletes, and Straub and Bowman state that they describe no screening procedures, contraindications or adverse-event monitoring. That is an absence of reporting, not evidence that harm does not occur. Straub and Bowman also relay a view that athletes may not want deep relaxation before competition because they can feel flat.

Training, ethics and individual differences

No sport-specific certification standard was identified in the sources opened for this page. Straub and Bowman call for stricter qualification standards and cite the view that American Psychological Association ethical standards apply to all hypnotists. Division 30 of the American Psychological Association is a professional society for psychologists who use hypnosis, and its page does not describe sport training. Readers weighing a provider can ask about the practitioner's professional license, hypnosis training body and sport psychology background. Because response to hypnosis varies between people, effects reported in groups may not apply to an individual.