Peak Performer

• Day 21: Understanding Stress

  Stress is a normal part of life. It represents the challenge that being alive presents, and without it, life would be very boring. What do you want, an easy and challenge-free existence? Best of luck with that. Yes, I know that pretty much every marketing campaign out there promises you an easier life, a hedonistic life, even, but the truth is that it is idealistic and naive. To live a life full of pleasure and ease, without pain and discomfort, is unrealistic. Instead, you’ve got to embrace whatever life throws at you and, in the meantime, cultivate the skills you need to survive and grow.Aristotle wrote that most people are slaves to their desires. They crave the easy life and run away from difficulty. He stated that pursuing the hedonic lifestyle was detrimental to the good life. Instead, he advocated for the Eudaimonic life—a life spent engaged in things that were inherently challenging and interesting. It was there that he said the meaning and purpose of life could be found. In contemporary terms, we refer to this as flourishing wellbeing. It is the doing of things for their own sake rather than for their outcomes. There is no ulterior motive in our actions, and we accept whatever life sends our way because we possess the mental skills to cope and to flourish regardless.Stress and burnout are significant psychological phenomena with wide-ranging implications for health, well-being, and occupational functioning. While stress is often a short-term response to perceived threats or challenges, burnout is a chronic state of physical and emotional exhaustion that develops gradually in response to prolonged stress, particularly in work contexts. Understanding the pathways from stress to burnout involves examining both dispositional (personality-related) and environmental factors.The Yerkes-Dodson Law (1908) describes the relationship between arousal (or stress) and performance. It proposes that performance improves with increasing arousal, but only up to an optimal point, beyond which performance deteriorates. This relationship is typically represented as an inverted U-shaped curve, as seen below. The curve illustrates that both low arousal levels (leading to boredom) and high arousal levels (leading to anxiety) impair performance, while moderate arousal levels are associated with optimal performance.Originally based on experiments with mice, Yerkes and Dodson found that simple tasks benefited from higher arousal, while complex tasks required lower arousal for a longer time. This idea has since been applied across various domains, including work, education, and sport. In work psychology, the Yerkes-Dodson Law explains how moderate stress can enhance motivation and productivity. Chronic or excessive stress, on the other hand, contributes to burnout—a syndrome marked by emotional exhaustion, cynicism, and reduced professional efficacy (Maslach et al., 2001).Dispositional Stress: The Role of PersonalityDispositional stress refers to an individual's inherent predisposition to stress, as observed in research in personality psychology. High levels of neuroticism—a trait characterised by emotional instability, proneness to anxiety, and sensitivity to adverse situations—have been strongly correlated with higher perceived stress (Ebstrup et al., 2011). If you score high on neuroticism, you may interpret ambiguous situations as threatening, experience greater physiological arousal, and struggle with emotional regulation. In other words, your typical reaction to difficulty is not very productive.Maladaptive perfectionism, in particular, has been linked to chronic stress and increased risk of burnout, especially in achievement-oriented domains (Hill & Curran, 2016). These individuals set unrealistically high standards for themselves and experience distress when they fail to meet them. Influential research by Lazarus and Folkman (1984) highlighted that those who predominantly use emotion-focused coping strategies (avoidance, denial) rather than problem-focused strategies (planning, seeking support) are more susceptible to stress. This highlights the significance of dispositional variables in influencing how individuals perceive and respond to stressors.Environmental StressEnvironmental stressors are external conditions or demands that challenge your ability to cope. In occupational settings, high workload, time pressure, low autonomy, lack of support, and role uncertainty are familiar sources of stress (Karasek & Theorell, 1990). The Effort-Reward Imbalance (ERI) model (Siegrist, 1996) further explains how chronic stress arises when the effort invested in work is not matched by adequate rewards, resulting in a sense of unfairness and a lack of equity. This imbalance can lead to persistent stress and a sense of injustice, fostering emotional exhaustion and depersonalisation, two hallmarks of burnout.Outside the workplace, environmental stress can also stem from team or group conflict, aggressive forms of leadership, and social isolation. In this sense, the environment breeds the culture and attitude of all involved. Significantly, chronic exposure to environmental stressors without adequate recovery or support can shift acute stress responses into long-term patterns of physiological, psychological strain, and underperformance.From Stress to Burnout: A Progressive DeteriorationStress and burnout are conceptually distinct but functionally related. While stress is a state of heightened arousal and responsiveness, burnout is a state of depletion. Leiter and Maslach (2016) describe burnout as a response to prolonged stress that has not been effectively managed. Chronic stress leads to physiological dysregulation, including elevated cortisol levels, impaired immune function, and disrupted sleep, which over time can erode psychological resilience.The progression from stress to burnout typically follows a pattern: initial enthusiasm and high investment in work leads to overextension; persistent demands then generate emotional exhaustion; to cope, individuals begin to distance themselves emotionally (depersonalisation or cynicism); eventually, they may experience a reduced sense of personal accomplishment (Maslach et al., 2001).Stress does not automatically result in burnout, but when stressors are intense, unrelenting, and coupled with inadequate coping resources or recovery time, the risk increases substantially. Individual vulnerabilities (e.g., neuroticism, poor coping) and environmental demands (e.g., high workload, low control) interact dynamically to influence this trajectory (Leiter & Maslach, 2005).Burnout in Clinical TermsClinically, burnout is most commonly measured using the Maslach Burnout Inventory (MBI), which assesses three dimensions: emotional exhaustion, depersonalisation (cynicism), and reduced personal accomplishment (Maslach et al., 2001). Although burnout is not classified as a distinct disorder in the Diagnostic and Statistical Manual of Mental Disorders (DSM-5), it has been recognised in the International Classification of Diseases (ICD-11) as an occupational phenomenon (World Health Organisation, 2019). The ICD-11 defines burnout as "a syndrome conceptualised as resulting from chronic workplace stress that has not been successfully managed" and specifies the three aforementioned dimensions.Burnout is associated with numerous adverse outcomes, including depression, anxiety, sleep disturbances, substance misuse, cardiovascular disease, and decreased job performance (Melamed et al., 2006). Importantly, burnout can also impact interpersonal relationships, leading to social withdrawal and impaired empathy, which is particularly problematic in caregiving professions.ConclusionStress is important for optimal performance, but when it becomes too intense, or sustained for too long, it can bring about negative consequences. Burnout is a related construct with profound implications for psychological health and performance in work and sport. Dispositional factors, such as neuroticism, maladaptive perfectionism, and emotion-focused coping styles, can heighten vulnerability to stress. Environmental factors, particularly in the workplace, significantly contribute to this. When stress is intense and chronic, and coping resources are insufficient, burnout can result. Clinically, burnout is characterised by emotional exhaustion, cynicism, and reduced professional efficacy, and it carries significant health risks. Prevention and intervention efforts must address both individual and systemic factors to reduce the incidence and impact of burnout.Essential Mental Skills Is Launching SoonThe Essential Mental Skills Course is launching soon. It is a structured introduction to mental skill development and contains lecture videos, slides, resources, a workbook, and kicks off with a live group Zoom orientation call. This course brings together what I’ve learned from my 30 years in business, 10 years in psychology, lecturing and private practice experience in a single system to help you achieve better mental health and optimise your performance in work, sport or business. Find out more and join the waiting list here.References Get full access to Peak Performer at peak.humanperformance.ie/subscribe

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• Day 20: What Is Anxiety?

  We’ve all felt anxiety at some point in our lives, the apprehension associated with possible adverse future outcomes. It’s usually associated with something important to us, like performing well in a job interview, going to a social event with people that we’re uncomfortable being around, or running our first marathon. We hope things will go well, but we’re uneasy about the unknown and imagine something different. Depending on the person, it can be mild, like butterflies in your stomach. To others, is can become chronic and completely debilitating. Individual differences count, and so too does past experience. Still, essentially, it is our thoughts about the future and our perceived potential for failure that have the most significant influence on the intensity and duration of anxiety we feel. If you want to perform to your best, understanding and managing anxiety is critical.What Is Anxiety?Anxiety is a natural response to perceived threat or danger, characterised by a range of emotional, cognitive, and physiological symptoms. While short-term anxiety can be helpful, allowing you to respond quickly to potential harm, chronic or excessive anxiety impairs healthy functioning. At its worst, prolonged anxiety can lead to physiological illness and psychological disorders. If we can understand anxiety, we may be better able to mitigate against it. Perspectives include neurological, psychological, and physiological mechanisms at work in its presentations. Each perspective offers distinct insights into how anxiety arises, how you experience it, and how you can effectively treat it. Cognitive Behavioural approaches can be very helpful, and you don’t necessarily need a professional practitioner to help you here; you can execute these strategies yourself. Exercise can also have a positive effect.A paper by Severinsen & Pedersine (2020) reported that physical exercise has positive health effects on cognitive function and brain health. Through the muscle’s production of Myokines, they say that physical activity can decrease the rate of cognitive decline in healthy people and in people with neurodegenerative disorders across the life span. Physical exercise has a positive impact on stress, anxiety, and depression, they report. Other studies have shown that an active lifestyle is associated with improved learning and memory, enhanced executive functions, better language skills, faster reaction times, higher academic achievement in children, and increased intelligence in adolescents. Physical activity also has beneficial effects on appetite, sleep, and mood. Difficult and challenging workouts also build resilience to stress.The Neurological Perspective on AnxietyFrom a neurological standpoint, anxiety is rooted in the functioning of several brain structures and neurotransmitter systems responsible for emotional regulation and threat detection. The amygdala, the fear centre, plays a central role in the processing of apparent threat. In anxiety disorders, hyperactivity in the amygdala leads to exaggerated responses to perceived dangers, even in safe situations (Etkin & Wager, 2007). This over-activation is often accompanied by insufficient regulation from the prefrontal cortex, which is responsible for executive control and emotional regulation (Bishop, 2007). When the prefrontal cortex fails to inhibit the amygdala effectively, anxiety symptoms can intensify. What we mean here in practical terms is, the capacity to become accept conditions as they are, and to realise the threat is mostly imagined, not real.The hippocampus, which plays a crucial role in contextual memory and learning, is also implicated. Dysfunction in the hippocampus may lead to overgeneralisation of fear responses—responding with anxiety to cues that resemble, but are not identical to, previous threats. Neurotransmitters such as gamma-aminobutyric acid (GABA), serotonin, and noradrenaline are also key. GABA is the brain’s primary inhibitory neurotransmitter and is responsible for dampening neural excitability. Low levels of GABA are associated with heightened anxiety. Similarly, imbalances in serotonin and noradrenaline systems can lead to increased arousal, poor mood regulation, and hyper-vigilance. Diet can impact neurotransmitter regulation. Exercise also impacts their production in the brain.Summary:* Amygdala hyperactivity and poor prefrontal regulation contribute to anxiety.* Hippocampal dysfunction leads to fear generalisation.* Low GABA and serotonin levels increase emotional reactivity.The Psychological Perspective on AnxietyPsychological theories of anxiety focus on the mental and behavioural processes that contribute to the onset and maintenance of anxious states. Cognitive theory, as proposed by Beck (1976), suggests that individuals with anxiety disorders engage in maladaptive thinking patterns, such as catastrophising or selectively attending to threat-related information and ignoring information that supports alternative possible future outcomes. These cognitive distortions amplify perceived danger and fuel anxiety.Learning theories also explain how anxiety can be acquired and sustained. Through classical conditioning, neutral stimuli can become associated with fear if they occur in conjunction with traumatic events. Operant conditioning plays a role in the maintenance of anxiety, as avoidance behaviours are negatively reinforced by the temporary relief they bring, preventing fear extinction.Trait anxiety—a stable predisposition to perceive situations as threatening—is another factor, as is early life experience. Insecure attachment styles and early trauma can compromise emotional regulation and increase vulnerability to anxiety in later life (Mikulincer & Shaver, 2007). Intolerance of uncertainty, often observed in generalised anxiety disorder (GAD), further contributes by making ambiguous or unpredictable situations especially distressing (Dugas et al., 1998).Summary:* Cognitive distortions maintain anxiety.* Anxiety can be learned through conditioning.* Trait anxiety and early trauma increase vulnerability.Physiological PerspectivePhysiologically, anxiety is manifested through activation of the autonomic nervous system (ANS), particularly the sympathetic branch, which prepares the body for “fight or flight”. In response to a perceived threat, heart rate increases, breathing becomes rapid, muscles tense, and digestion slows. These responses are adaptive in acute situations but become problematic when they persist without real danger.The parasympathetic nervous system, which promotes rest and recovery, is often underactive in individuals with chronic anxiety. This imbalance can lead to sustained physiological arousal and long-term health consequences. The hypothalamic–Pituitary–Adrenal (HPA) axis also plays a critical role, releasing cortisol in response to stress. Chronic activation of the HPA axis, as observed in anxiety disorders, can impair immune function, memory, and emotional regulation (Sapolsky, 2000).Common somatic symptoms of anxiety include muscle tension, fatigue, dizziness, sweating, and gastrointestinal disturbances. These symptoms are not only distressing in themselves but also serve to reinforce anxious thoughts, creating a feedback loop.Summary:* Autonomic Nervous System (ANS) activation leads to fight-flight-freeze responses.* The Hypocampal-Pituitary-Adrenal (HPA) axis releases cortisol, affecting health.* Somatic symptoms reinforce anxious thoughts.ConclusionAnxiety is a multifaceted phenomenon involving brain structures, cognitive processes, and bodily systems. The neurological perspective highlights dysregulation in emotional circuits and neurotransmitter imbalances. The psychological perspective underscores maladaptive thought patterns, learned behaviour, and personality traits. The physiological perspective focuses on the body’s stress response systems. Together, these perspectives offer a comprehensive framework for understanding anxiety and inform integrated treatment approaches involving medication, psychotherapy, and lifestyle modification.Essential Mental Skills Is Launching SoonThe Essential Mental Skills Course is launching soon. It is a structured introduction to mental skill development and contains lecture videos, slides, resources, a workbook, and kicks off with a live group Zoom orientation call. This course brings together what I’ve learned from my 30 years in business, 10 years in psychology, lecturing and private practice experience in a single system to help you achieve better mental health and optimise your performance in work, sport or business. Find out more and join the waiting list here.References Get full access to Peak Performer at peak.humanperformance.ie/subscribe

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• Day 19: Mental Imagery For Rehabilitation

  The paper "Mental Imagery and Its Potential for Physical Therapy" by Warner and McNeill (1988) reviewed the existing literature on mental imagery (MI) and mental practice (MP) and their effects on physical skills. The authors aimed to explore the feasibility of these techniques as a supplement to physical therapy. The core premise is that mental processes, particularly imagery, have a tangible influence on physical functions, reflecting a strong mind-body relationship.In 1954, Roger Bannister became the first person to run one mile under four minutes, after which 52 others followed suit the same year. According to pentathlete Marilyn King in a 1985 interview, Bannister had a mental image of being able to surpass the then-existing record, despite "irrefutable" evidence that it was impossible. Olympic champion King trained athletes to utilise Mental Imagery and advocates for a shift in attitude that creates possibilities beyond what individuals think they are capable of. In other words, it is unlikely that one's body will do more than one's mind believes is possible.Mental Imagery can be defined as "cognitively reproducing or visualising an object, scene, or sensation as though it were occurring in overt, physical reality". Mental practice is defined as the "symbolic rehearsal of a physical activity in the absence of any gross muscular movements," achieved through the repetitive use of MI to reach a desired outcome. The paper presents compelling evidence for this mind-body connection as follows;* Perception and Visualisation Similarities: Research by Finke found that mental images exhibit visual properties much like the perception of actual objects, supporting the use of MI for practical purposes like athletic training, which I discussed on Day 17 and Day 18.* Brain Activity Beyond Visual Cortex: Studies using brain electrical activity mapping and positron emission tomography have revealed that mental imaging activates brain areas involved in movement execution (e.g., parietal cortex) in addition to regions involved in visual processing. This suggests MI "mimics actual performance to a greater degree than had been thought previously".* Measurable Muscle Activation: Early electromyography (EMG) studies by Jacobson (1932) demonstrated slight, transitory muscle contractions during MI. While some initial reviews suggested general body activation rather than mirroring specific movement patterns, later research by Harris and Robinson (1986) provided evidence for site-specific muscular activity.Crucially, kinaesthetic imagery, or "visuomotor behavioural rehearsal (VMBR)," which involves mentally recreating the total "feel" of an activity, has been shown to generate EMG activity that matches actual physical performance—we’ve mentioned this before. This muscle activation, in conjunction with Motor Imagery, underscores the direct link.The effectiveness of MI and MP has been extensively studied, particularly in sports and motor learning:* Skill Enhancement: Numerous studies demonstrate that MP can enhance skillfulness. Classic research showed that groups mentally practising basketball free throws or dart throwing improved similarly to those physically practising. More recent studies have replicated these findings.* Cognitive vs. Motor Tasks: Mental practice showed the most pronounced effects and quickest improvement for cognitively oriented tasks (e.g., maze learning, card sorting), while motor skills required more trials and longer sessions for less dramatic improvement.Key variables influencing the successful outcome of MI and MP include:* Vividness and Clarity: Superior results are associated with strong, clear images, which tend to improve with experience and by keeping images simple.* Kinesthetic Imagery: Focusing on the internal "feeling" of the movement, as in VMBR, is critical.* Practice Over Time: Achieving significant results depends on consistently conducting Mental Imagery sessions over time, rather than sporadically or in single instances. A minimum of five sessions, held on separate days, is recommended.* Nondirected Instructions: Allowing subjects to create their own personalised, active mental images is generally more effective than using audiotaped or directed instructions.* Combining Practice Methods: Integrating physical practice (PP) with Mental Practice often leads to the most significant gains in performance.* Positive Outcomes: Visualising successful outcomes and perfect movements also contributes to effectiveness.The paper extends the discussion to health care services, citing evidence for MI's physiological impact:* Cancer Therapy and Psychoneuroimmunology: Mental Imagery has been used to influence immune responses, with patients visualising symbolic ways to fight cancer cells, correlating with increased survival rates and enhanced white blood cell counts.* Biofeedback: Individuals can mentally influence autonomic functions, such as heart rate, muscle tension, and skin temperature, using Mental Imagery techniques, often in conjunction with biofeedback technology.* Physical Therapy Potential: Due to physical limitations and safety concerns, particularly among the elderly, Mental Practice is highly applicable in physical therapy. A study on balance in elderly women showed that mental practice incorporating relaxation and kinaesthetic imagery significantly improved balance.The advantages of MI/MP in physical therapy are numerous:* Immediate Implementation: It requires no special equipment, is easily taught, and can be used when physical practice is impractical due to immobilisation, pain, or fatigue.* Neuroanatomical Circuit Maintenance: It can help keep neural pathways functional when a body part is immobilised.* Accelerated Recovery: Patients can begin mental practice during recovery, potentially reducing healing time and allowing for home practice without specialised equipment.* Psychological Benefits: It aids in stress reduction, enhances concentration and confidence, and facilitates more relaxed performances.However, the paper acknowledges disadvantages: patients may perceive it as too simple, be sceptical of its effects, feel progress is too slow, or therapists may find it challenging to correct covert mental activities.In conclusion, the paper asserts that MI has a significant impact on physiological functions and consistently yields physical results in sports and healthcare. It emphasises that mental practice is not merely "thinking about" an action but actively engaging the brain's motor system in a way that closely mimics actual performance, thereby enabling enhanced physical recovery, performance, mental clarity, and stress reduction. The authors highlight the potential of MI to expand perceptions of human capabilities and serve as a "more inclusive treatment program".Essential Mental Skills Is Launching SoonThe Essential Mental Skills Course is launching soon. It is a structured introduction to mental skill development and contains lecture videos, slides, resources, a workbook, and kicks off with a live group Zoom orientation call. This course brings together what I’ve learned from my 30 years in business, 10 years in psychology, lecturing and private practice experience in a single system to help you achieve better mental health and optimise your performance in work, sport or business. Find out more and join the waiting list here.References Get full access to Peak Performer at peak.humanperformance.ie/subscribe

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• Day 18: The PETTLEP Model of Mental Imagery

  The PETTLEP model of mental rehearsal is a comprehensive framework that enhances the effectiveness of focused and purposeful imagination. The practice of Mental Imagery (MI) is used to enhance performance across various fields and domains of work, including medicine and sports and physical activities. This model, developed by Holmes and Collins in the early 2000s, represents the following components:* Physical aspects* Environmental aspects* Task specifics* Timing of tasks* Learning new tasks* Emotional responses* Perspective of performanceThe PETTLEP approach is rooted in the idea that the more closely mental rehearsal mimics the actual performance, the more effective it will be in enhancing actual performance. What I am suggesting here is that this idea can be extended beyond the sports performance area and into everyday life experience. Here’s some evidence to support my assertion.Extensive research has demonstrated an overlap between active brain regions involved in motor imagery (imagining the behaviour) and motor execution (performing the behaviour). Motor imagery is a simulation of physical activity that relies on similar cognitive representations and shares neural networks (Kalicinski et al., 2016). Neuroimaging studies have shown an overlap in brain regions (Lotze & Halsband, 2006). Decety et al. (1991) found that respiration and heart rate increased during imagined walking. Studies on the real and imagined timing of behaviour have revealed that these are closely aligned (Guillot & Collet, 2005). In other words, participants were able to accurately time imagined behaviours with performed behaviours.“It’s been my dream for as long as I can remember. Every night going to bed, I’d do, I’d slide down the track and go through it, and visualise my dream. But I wouldn’t visualise winning, I’d visualise the process.”Lizzy Yarnold, Olympic Skeleton Gold Medalist 2014“What I do, always before a game, always, every night and every day, is try and think up things, imagine plays, which no one else will have thought of, and to do so always bearing in mind the particular strength of each team-mate to whom I am passing the ball. When I construct those plays in my mind I take into account whether one team-mate likes to receive the ball at his feet, or ahead of him; if he is good with his head, and how he prefers to head the ball; if he is stronger on his right or his left foot. That is my job. That is what I do. I imagine the game”.Former Brazilian footballer, Ronaldinho“This visualisation technique is a sort of clarified daydream with snippets of the atmosphere from past matches included to enhance the sense of reality. It lasts about twenty minutes, and by the end of it, I feel I know what is coming. The game will throw up many different scenarios, but I am as prepared in my own head for them as I can be. If you have realistically imagined situations, you feel better prepared and less fearful of the unexpected.”Former England International, Jonny WilkinsonFor this to be possible, Holmes and Collins (2001) suggested that the actual performance and the environment should be simulated as accurately as possible. The model is based on the work of Jeannerod (1994, 1997), who proposed that specific brain areas are activated during both physical and imagined movements. They suggest that the best results are achieved when mental imagery is combined with physical practice. The PETTLEP Method consists of the following components.* Physical (P): The physical component emphasises the replication of the physical aspects of the performance during mental rehearsal. This includes not only the basic movements but also finer details, such as body posture, specific muscle movements, and even the replication of physical sensations, including touch and proprioceptive feedback (your ability to sense your own movements). The goal is to engage the same neural pathways that would be used during the actual performance, enhancing the mind-body connection.* Environment (E): For the environment aspect, the individual is encouraged to visualise the specific details of the environment where they will perform. This could include the layout of a sports field, the sounds on the field or in a performance hall, or the lighting in a room. The more vividly you can recreate the environment, the more effective the mental rehearsal will be, as this helps you acclimate to the performance context, reduces anxiety, and enhances focus. In this, we develop familiarity with the space.* Task (T): This element focuses on the specific tasks you are to perform, as well as the detailed and precise mental representations of the required skills or activities. It's about breaking down your performance into its constituent parts and rehearsing each one meticulously. This detailed focus helps refine techniques and correct errors, leading to improved execution during your actual performance or situation.* Timing (T): The timing component emphasises the synchronisation of the mental rehearsal with the real-time duration of the task. This means that if a sprint takes ten seconds to complete, the mental rehearsal of the sprint (or the sales presentation) should also take ten seconds. This aspect is crucial for activities where timing and rhythm are essential, ensuring that the mental practice is as temporally accurate as possible.* Learning (L): The learning aspect acknowledges that as your skills develop and evolve, so too should your mental rehearsal. The imagery should adapt to reflect new strategies, improved techniques, or higher levels of complexity as you progress. This ensures that your mental practice remains challenging and relevant, facilitating ongoing development and mastery.* Emotion (E): Emotional content is implicit in behaviour. For mental rehearsal to be accurate, it must incorporate emotional aspects. This could involve visualising success and the associated positive emotions, as well as preparing for potential stressors or negative emotions and planning strategies to manage them. Emotionally charged imagery can enhance motivation and resilience, contributing to a more robust performance under pressure.* Perspective (P): The perspective from which an individual engages in mental rehearsal can influence its effectiveness. An internal perspective (first-person) can enhance the feeling of control and proprioception, while an external perspective (third-person) can help improve strategy and form. The choice of perspective can be tailored to the specific goals of the mental rehearsal, with some evidence suggesting that a combination of both perspectives may offer the most comprehensive benefitsEssential Mental Skills Is Launching SoonThe Essential Mental Skills Course is launching soon. It is a structured introduction to mental skill development and contains lecture videos, slides, resources, a workbook, and kicks off with a live group Zoom orientation call. This course brings together what I’ve learned from my 30 years in business, 10 years in psychology, lecturing and private practice experience in a single system to help you achieve better mental health and optimise your performance in work, sport or business. Find out more and join the waiting list here.References Get full access to Peak Performer at peak.humanperformance.ie/subscribe

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• Day 17: The Affect of Imagination

  What do you imagine about yourself and others? What images and pictures appear on the movie screen of your mind as you move through your day? Do you imagine how good you are perceived at your work and how great it will be when you obtain that promotion, or do you imagine being sacked because you’re not quite as sharp as you think you should be? What about knowledge, skills, ability, talent and intelligence—do you imagine you have these in sufficient quantities to succeed, or are you bluffing it? What are your prevailing thoughts about yourself?I’m not suggesting that you walk around all day in a delusional state, disregarding reality, kidding yourself in the face of evidence to the contrary. I strongly suggest that you pay attention to the world around you and the feedback it provides. After all, you don’t want to be mowed down crossing the road. Acceptance of what is, of your current experience and level of expertise, is the starting point for an improved life experience, so get comfortable with what is. That said, if you continually rehearse in your mind the same or similar situations over and over again, it will be very difficult to experience anything other than that, especially if strong emotion accompanies the imagined situation.Consider the person who is unhappy in their job and mentally rehearses confrontations with work colleagues and customers. Ask yourself, could they possibly be in a mood at work that could lead to positive experiences? If all they do is expect confrontation, is that not what they will meet? Are they not primed for it? Every interaction will be an opportunity for their experience to prove to them they were right. Every comment will be a jab at their competency. Every mini-failure may be viewed as evidence that this job is the worst. They see the world and everyone with whom the interact through the lens of, “this job is s**t, and everyone is an a*****e.” Remember our session on Locus of Control?Now, consider a goal you wish to achieve. How do you imagine it?Are you holding fast to the outcome despite current experiences, or do you allow mini-failures to overly influence your imagined result? Most people don’t realise that the content of their imagination, especially where it’s coupled with strong emotion, influences their future experiences. With the thoughts we think from moment to moment, we are literally tuning our organism toward those ends. It is not that you are somehow magically creating your own future, but you are, in a sense. With the movies you imagine, and with the emotion attached to them, you are tuning your attentional faculties towards those experiences. If fear is what you constantly imagine for yourself tomorrow, next week, next month, then your amygdala will be lit up like a Christmas tree—permanently. Your brain will be wired to expect problems. If optimistic thoughts for tomorrow occupy your mind, then you will expect tomorrow to be better than today. Your brain, mind and body (your System 1) will be tuned to find improved life experiences without your conscious effort. This is not magical thinking; this is the science of psychology and neuropsychology.Now, all this doesn’t mean that s**t won’t happen, after all, many things are outside your control, but it will help you better manage difficult situations. When you choose to imagine a better tomorrow, you will build personal resilience and more positive expectations. Your right-now lived experience will be improved, and after all, now is all you have, so you’d better live it as best you can because you may be gone in an instant. Rather than the prospect of death being something to be depressed about, you make it something to be positive about.My message is to choose to imagine a better outcome, not only for yourself, but also for others. When you have time to kill, use it purposely. When you’re on the bus or the train, when you’re queuing for coffee, or you’re waiting for a friend, and at night before you go to sleep, instead of letting your mind drift to automatic negative outcomes, think again. Choose a better but realistic picture to ponder. See things working out for you and others. Start small with things that are believable. This is important because the emotion associated with the thought has a profound impact on your psychological state. In other words, you’ve got to believe the pictures you hold in your mind about tomorrow (or next week or ten minutes’ time) are possible. When you master the small things, move to imagine bigger and better things.In the next few sessions of 30 Days of Mental Skills, I’ll be walking you through structured strategies that, for example, professional athletes use to refine their skills and prepare themselves for competition. You can also apply these methods in your work, business, and daily life, so watch out for those sessions.Essential Mental Skills Is Launching SoonThe Essential Mental Skills Course is launching soon. It is a structured introduction to mental skill development and contains lecture videos, slides, resources, a workbook, and kicks off with a live group Zoom orientation call. This course brings together what I’ve learned from my 30 years in business, 10 years in psychology, lecturing and private practice experience in a single system to help you achieve better mental health and optimise your performance in work, sport or business. Find out more and join the waiting list here. Get full access to Peak Performer at peak.humanperformance.ie/subscribe

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