Omer Chaudhry

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Snooker and the Arc of Intent. By Omer Chaudhry. 2026

Abstract

Snooker and the Arc of Intent examines snooker as an embodied cognitive discipline rather than a mechanical sport. It draws on peripheral vision, autonomic regulation, and emotional states, it argues that precision in snooker emerges from holistic perceptual states, such as cue awareness, peripheral awareness, and flow, rather than from strict geometrical aiming. The manuscript introduces the concept of the Arc of Intent, a curved perceptual tension that guides aim and alignment more naturally than other methods Technical elements of stance, grip, feathering, and strike are reframed within this broader framework, presenting snooker as a unified practice of perception, clarity, and intention.

Introduction

Every snooker table is a stage, and every shot is a thought made visible. Every movement is a dialogue between the mind and body, where the cue, the green baize, reds, white and colors converse, translating snooker not merely as a contest of potting balls, but as a form of expression, a choreography of precision and a reminder of the extraordinary harmony the human mind and body are capable of.

The casual observers do not know this. Nor do they know that in this game, the smallest details, the flicker of a light, the angle of a step, the pause before a stroke, carry subtle yet vital significance. They do not know that each frame can become a canvas and each break a composition, shaped not by calculation but by rhythm, trust and feel. They believe snooker to be a sport of geometrical angles and arithmetic. One ball collides with another transferring energy and tracing lines across a rectangle of green. But for the player, the one who bends into stance and feels the weight of the moment settle into their grip, the game is something much more. The player knows the precision required of him. He feels what is about to unfold on the table as he delivers his cue, is inseparable from what is stirring within him. The table, with its silent surface, becomes both a mirror and a measure, reflecting his stillness, his clarity, and the truth of his inner precision.

Watching a great snooker player is to witness something more than skill. It is to see a rhythm embodied. Movements unfolding with a musical quality. Each gesture neither rushed nor delayed. The cue seems to glide, striking each shot into the heart of a pocket. They know the paradox of snooker – It demands the highest precision while punishing the attempt to force it. They know it is not a game played merely against an opponent but also against hesitation and distractions of one’s own restless mind. Victory lies not in domination of another, but in meeting the table with clarity, commitment, and presence. These balls do not lie; they always reveal the truth of a player’s inner state and eventually who he or she truly is.

This short manuscript is my exploration of this game’s amazing conversation. For me, snooker became not a game but a journey into the self. I discovered that the precision this game demanded cannot be achieved by imposing my will on the table but by entering into a dialogue – a constant negotiation between my intention and the intention of the frame.

To the reader I say, this game, with its silent symmetry invites you with a simple question. ‘Can you become one who is without distraction; one whose inner voice is silent, with nothing between clarity and the path of the cue?’

For those who answer yes, there are rewards. This is the conversation we now enter.

The Human Visual System

Before continuing, it is helpful to give a quick and short description of how human vision is designed and how it works. Snooker is a highly visual game, and vision guides nearly every aspect of play, from aiming and alignment to the delivery of the cue. Some understanding of how vision works will help a new player improve not only their technical execution, but also their rhythm, trust, and decision making.

Central and Peripheral Vision

Human vision can broadly be divided into two modes:

1. Central vision, and
2. Peripheral vision.

Central vision is what we use when focusing directly on an object. When a player clearly sees the tip of the cue or the edge of a ball, he is using the central vision of the eyes. It is sharp, detailed, and essential for fine discrimination. It is what you use when reading a book to clearly see letters and words.

Peripheral vision, on the other hand, covers the vast area outside this narrow focus. It is less sharp, but it provides context; the spread of the balls, the edges of the table, and even the sense of one’s own body in relation to the table. It is what one is constantly perceiving in their vision besides what their eyes are focused on. It is what you are perceiving besides the words and letters of a book, which are the space around the words, the room and walls while your central vision is focused on the letters.

Peripheral vision is not sharp like the central vision, but it is very sensitive to motion and change, such as the delivering movement of a cue.

Depth Perception and Binocular Vision

Humans have binocular vision, with both the eyes positioned at the front of the head and facing forward. This arrangement allows the visual fields of both eyes to overlap, providing depth perception and a three-dimensional view of the world. Depth perception is the brain’s ability to judge distance and angles by combining input from both eyes. One eye always sees something slightly offset than the other and the brain uses this offset to perceive distance. If you close one eye and try to sight distance to an object, it will be more difficult than with both. This is called parallax and it allows a player to sense how the cue ball is related spatially to the object ball and the pocket, essentially allowing them to sight aim.

Small misalignments in head position can subtly distort this perception, causing aim to drift without the player realizing it. It is important for a player to discover a consistent head position for themselves, where both eyes can comfortably align with the shot. A good head position will centre the cue on the visual centre which is an imaginary line between the eyes although some players also favour the dominant eye which in right handed players is usually the right eye.

I urge the reader or a young player to read further into the dominant eye and how it provides faster and more precise processing compared to the non-dominant eye. The dominant eye is sometimes also called the master eye. Visual centre is the balance of vision between the eyes and many top professionals use this to align the cue. Various methods for finding the dominant eye and the visual centre are widely available on the internet.

Peripheral Vision in Play

Peripheral vision is particularly important in snooker. Every shot to the pocket involves three aims that must work together in order for the shot to succeed:

1. Object ball to the pocket

• Cue ball to the object ball

• Cue tip to the cue ball

Central vision cannot hold all three aims at once, but peripheral vision can. Although it lacks sharpness, it allows the player to take in the entire shot as a whole without having to stare directly at each ball. Moreover, peripheral vision provides far more information to the brain than a player consciously registers.

When stepping into a shot, it is the player’s peripheral vision that helps maintain orientation, ensuring the body enters stance along the correct line. During cue delivery, it also detects the motion of the cue, providing feedback that helps guide the tip accurately to the cue ball.

A good snooker player must learn to trust the peripheral system, and many advanced players already do without consciously realizing it.

Emergent States

Although this is an advanced topic, I feel it may be helpful to see snooker and its techniques framed by the context of these states.

Although humans constantly experience states in one form or another, an emergent state is difficult to define without abstraction. One way to glimpse it is through a common experience.

Imagine driving a car and becoming momentarily distracted by perhaps adjusting the radio or thinking about something other than driving; only to look back at the road and realize you had been steering, braking, and navigating automatically. The car moved safely as though guided without conscious effort. This recognition, that action continued without deliberate control, was of a kind of emergent state. Consider that only drivers who have confidence in their driving ability can experience this state.

Performance in snooker cannot be achieved by forcefully concentrating on a dozen different things at once. Instead, it arises from the emergence of sophisticated, holistic states of awareness. These states cannot be chased or forced; they are the rewards for correct practice, alignment, and most of all – trust.

I will list a few that I became aware of, although I feel there are more, and advanced players will be able to provide more insights.

Embodiment of the Cue or Cue Awareness

Do not confuse this as holding of the cue. This is a profound awareness of the cue and a sense of the cue as an extension of your body. The tip of the cue feels like your fingertip. You are not holding the cue, you are cueing. The mind becomes acutely attuned to its balance and path. During the shot you will instinctively know where the cue and the cue tip is at any given time. When this state emerges, it also leads to what players refer to as ‘timing the shot’. If a player is timing the shot well, know that they are also experiencing some form of this state, whether they are aware of it or not. Timing the shot is related to striking the cue ball at the right time of the cueing motion. It is not possible without knowing where the cue tip is.

A player will have to find for themselves how to develop the foundations so this state can emerge. This will require consciously deepening their awareness of the cue itself. This means practicing the feel of its weight and balance until it no longer seems like an external tool. It means learning to notice, through peripheral vision, the subtle movement of the cue tip as it glides beneath the eyes. It means, feeling the grip holding the cue with just the right pressure. It means finding the correct starting position for the hand, so that the cue rests naturally in alignment with the shot. Through such practices, the cue gradually ceases to be an object in the player’s hand and becomes part of the player’s proprioceptive sense which leads to this state.

I find that this emergent state is essential for playing well and acts as a catalyst for other emergent states.

Focus as an Emergent State

Focus cannot be forced. In fact, the harder one tries to focus, the more fragile and fragmented it becomes. Every snooker player knows the importance of focus, it is the foundation that runs through every small break, every delicate safety, and every difficult pot. Yet what many discover through experience is that true focus does not arise through effort alone. It cannot be squeezed into being by willpower. Instead, it must emerge.

Do not confuse focus with attention. Attention is a direction of awareness – what the mind is turned towards at any given time. You might be aware of the cue ball, but you may not be focused on it. Focus may loosely be considered as a convergence of awareness, but in reality this is just a part of it. Focus is not just this convergence but it is an emergent state.

The foundation of focus is commitment. When you hear someone say that a player must commit to the shot, they are referencing the state of focus the player would need when playing the shot. In practice, this means that focus is cultivated indirectly. Rather than gripping for it, the player builds the conditions that allow it to surface. Commitment, clarity of intention, rhythm of routine, and trust in the body’s mechanics all form the foundation in which focus grows. When these elements align, focus arises as naturally as breath. It is not an achievement, but a state, the game gives back to the player in response to their commitment.

A good player learns to invite focus. When it arrives, it has a quieting effect, as if the inner voice that usually chatters with doubts, instructions, and second guesses is silenced. This is the gift of true focus, not the tightening of effort, but the soft dissolving of the voices within, leaving only clarity and presence at the table.

Attempts to chase or force focus will often fail. A player who tells themselves to concentrate harder, may only succeed in tightening the body, narrowing the breath, and fracturing the natural rhythm of the shot. What they call focus in that moment is merely strain, a brittle imitation of the real thing. True focus, by contrast, has a quality of ease. It is sharp but unforced, steady but not rigid, has fear but is fearless. It feels less like an effortful act of will and more like the natural settling of awareness into clarity.

A good player finds focus by learning to commit. There is more information on commitment in the discussion on the human autonomous nervous system.

Another aspect of commitment that the reader should consider is that commitment cannot be considered as a single unit, but as composed of parts. A player cannot commit to winning a match, but they can commit to the units that compromise a well executed shot.

Parallel and Auditory Attention

This state is closely tied to a player’s inner voice and to focus itself. It can be understood as a secondary emergent state, arising out of the foundations of focus. It is not a split focus, but rather a layered one. At its centre lies a clear, silent, primary focus on the shot. Alongside this, other factors such as the position of a nearby colour, the score, a subtle sensation in the grip may drift into the periphery of awareness. They are present, but they do not disturb the core focus on the shot. Instead, they exist like background signals, processed silently without demanding effort or conscious thought. In this state, the inner voice often grows silent, and in its place emerges a heightened auditory awareness; a sense of internal listening that seems to follow the rhythm of the game, as though the player is hearing the flow of play within themselves as much as seeing it on the table.

When this state emerges, subtle feedback regarding gameplay begins to surface from your body, your mind, and the game itself. Often these arrive as single words or short phrases spoken by the inner voice, appearing briefly before fading back into silence. This state also carries an auditory dimension. Your sense of hearing becomes finely tuned, almost woven into the act of play. The sound of the cue tip striking the cue ball can be enough to tell you whether the shot was well-timed or struck cleanly, sometimes even before your eyes confirm the outcome. In fact you will hear the sound of a good stroke not only in your strike but also in your opponent and sometimes just hearing the sound of the strike is enough to tell you that the object ball will go into the pocket.

I have often found such auditory awareness to be a part of parallel attention, though another player might experience them individually.

Peripheral Awareness

This is a fascinating emergent state, one that depends on the player having already developed trust in their peripheral visual system. It reveals itself most strongly during the final strike sequence of a shot, when the cue tip settles into its last pause at the cue ball and is drawn back.

This state is confusing when it first emerges as it feels somewhat like a heightened peripheral vision, but it is not related to vision. It is a state of simultaneous awareness of the objects in the visual field. For a shot to the pocket, this state manifests itself as a blurred, but highly informative awareness of the cue ball, object ball and the pocket – all at once. Vision completely loses its sharp focus becoming ‘soft’ and blurred, but at that moment, the ‘knowing’ or awareness of the entire geometric relationship between the cue ball, object ball and pocket becomes crystal clear. The movement of the cue often joins this field of awareness, allowing for a more precise and natural strike on the cue ball.

It is remarkable that the mind is capable of potting an object ball while central vision is blurred, with no sharp focus at all. This suggests that the brain does not rely solely on sharp sight to pot the ball, but on an internal mapping of spatial and geometric relationships, a map refined and deepened through practice.

I find, through my conversations with advanced players that many experience this state, but are unaware of it consciously. For a player who has played this game for many years, and can craft breaks near fifty, I suggest consciously looking for the emergence of this state.

They might first notice it as a momentary glimpse of the cue ball and object ball and the pocket at the same time during the final strike sequence, usually as the cue is drawn back. And once they see this consciously, they will begin to see it on more and more shots for a longer and longer duration. Slowing the final drawback to its gentlest pace may help a player consciously ‘see’ this state.

In my experience, besides a trust in the peripheral visual system, in order to encourage this state to emerge, pauses are a key. The pause before the final drawback and the pause at the end of the drawback are not just mechanical checkpoints; they are neurological gates. Among other factors, they seem to create the stillness and space required for this awareness to emerge.

Path Simulation

I can’t really think of a good name for this state and the best I can describe it is as the mind simulating the movement of the cue ball to the object ball. This state is experienced during feather when a player moves the cue back and forth towards the cue ball before striking. The mind seems to run a predictive model that blends visual prediction of the shot including deflection and swerve with proprioceptive awareness of stroke length, rhythm, and power and the player feels a simulation of the cue ball path on the real table conditions. Potting success and cue ball control improve drastically when the player trusts this natural simulation, in fact when a shot is played when this state is experienced and trusted, it will be the best strike in snooker a player can make. The player seems to ‘know’ the shot before it is played.

This state seems to emerge more when a player is in a high state of focus, but at the same time biased towards a parasympathetic state with a balanced emotional tone (more on this in the section below). If this state can be maintained for a few shots, it usually leads to flow which is one of the most pleasurable states a snooker player can experience.

Flow

If there was a reason to play snooker for as long as a player is able, it will be to experience this state. Few games are as conducive to a state of flow as snooker. You will hear professionals or advanced players describe this as ‘flying on the table.’

In this state, the shot plays itself and a player will find it hard to miss. Aiming, feathering, tempo, and final delivery become part of one smooth gradient as if everything is combined into unity. Every shot carries with itself a sense of pleasure. A player experiences a sense of internal rhythm and the body moves with it.

Flow is not unique to cue sports; elite athletes across disciplines often describe it as being ‘in the zone.’ Basketball players speak of the hoop seeming wider and movements becoming automatic. Table tennis players report heightened time perception and effortless shot selection. Yet in these sports, flow can break down quickly, as the contest is constantly shaped by an opponent. In snooker, however, the only true opponent is the player himself, standing over the shot.

Neurological studies are done on this subject and I urge the reader to read more on this fascinating state.

If I could share one thought with an emerging player about this state, it would be simply this: seek it. Flow is not stumbled upon, it reveals itself through practice, persistence, and most of all by learning how to regulate your emotional state. Along the way, you will also experience some of the states mentioned above and perhaps more. And when you finally find flow, you will understand why players return to it again and again. It is a gift.

Aiming and Emergence of the Arc

Aiming is a crucial aspect of the game. At first, I considered addressing it here, but I decided it deserves a small chapter of its own. Still, it cannot be understood in isolation. Aiming is deeply influenced by the state of the human autonomic system, and before the subject can be explored, this system requires a short introduction.

The Autonomic Spectrum: Sympathetic and Parasympathetic States

The mind and body are never static; they exist in constant flux, shifting along a spectrum governed in part by the autonomic nervous system (ANS). You as a reader at this moment are on some part of this scale.

If your game flows in practice yet falters under the strains of competition, it is not your skill that has vanished, but your autonomic state that has shifted. To play well under pressure, you must first learn how this spectrum moves within you, and how to guide it into balance when it matters most. For the snooker player, this understanding may be the most crucial skill of all.

There is no player who can hold a single or a fixed ‘ideal’ metal or emotional state to skillfully play snooker, but an elite player knows the skill of modulating the range between the sympathetic and parasympathetic states of the human nervous system. This system is completely automatic and no one has conscious control over it, but it can be regulated indirectly.

Sympathetic Nervous System

The autonomic nervous system operates below conscious control, regulating heartbeat, breathing, blood pressure, muscle tone and countless other processes that shape the body’s readiness for action. It has two primary branches.

The Sympathetic system is often described as the ‘fight or flight’ system.

If you are panicked, you are at the ending range of the sympathetic system. Your blood pressure is very high, your heart beat is rapid and your body is stiff. Your vision is tunnelled and fixated and your mind cannot process complicated information. If you move, you will want to hurry. If you are trying to play a snooker shot, you will rush it without much thought to aim or alignment – because your mind is incapable of doing it at this point.

However, if regulated, a shift towards the sympathetic scale mobilizes energy, quickens the heart, sharpens the senses, and prepares the body to act with intensity. In snooker, regulating sympathetic activation can bring alertness and sharpness, helping the player commit to a difficult long pot or summon determination under pressure.

Parasympathetic nervous system

The parasympathetic nervous system, by contrast, is often described as the ‘rest and digest’ system. It slows the heart rate, steadies breathing, and fosters calm.

A high parasympathetic state is sleep or the moment before falling asleep in a comfortable environment. Your blood pressure is low and your heartbeat slows. Your vision will be ‘expanded’ and you will find creative ideas flow more easily through your mind. Your body will be flexible and can move without much resistance.

A high parasympathetic state will not allow commitment. Instead you will feel lazy and sluggish. Focus cannot emerge through a high parasympathetic state since this state is not conducive to commitment at all.

In snooker, a regulated parasympathetic influence allows the player to remain composed, rhythmic, and unhurried, essential qualities for sighting aim, delicate positional play, touch shots, and sustaining performance over a long match.

Regulating ANS State

These two systems are not opponents but partners, working together along a dynamic spectrum. A player’s state is never fixed but constantly shifting between them. For example, if an opponent compiles a high break, your autonomic state will naturally tilt toward the sympathetic range. This shift cannot be stopped, but it can be regulated. Elite players do this swiftly before approaching their next shot, knowing that an unchecked tilt towards the sympathetic range tightens the grip, stiffens the body, rushes the stroke, and disrupts aim, often and very quickly enough to cost them the next pot.

Excessive parasympathetic dominance can cause sluggishness, lack of intensity, and even a sense of boredom that leads to giving up. The art lies in balance, learning to move fluidly along the spectrum, dialing up intensity when the moment demands it, and dialing it down when calm and precision are required.

For the snooker player, this implies that every shot is not only a test of skill and mechanics but also of regulation. When people say a player performs well under pressure, it is not because they thrive in a heightened sympathetic state. Rather, it is because they can regulate that state, using techniques to restore themselves to the level where performance becomes possible. No one can perform under a very high sympathetic state. The human nervous system does not allow it.

When a player is said to put pressure on their opponent, they are forcing their opponent towards a higher sympathetic state, hoping that they will be unable to regulate it.

The environment has a major effect on the autonomic system. If a player believes that they will enter a match in a tournament situation and their autonomic state will not shift towards sympathetic, then they are fooling themselves and will most likely be unable to perform under the pressure. Similarly they will find it difficult to commit to a shot if they are playing in a room where lights are dim with soft music playing and the surroundings are biased towards relaxation.

Regulating the autonomic nervous system (ANS) is a skill, and the first step in developing it is to recognize the system itself. A player must consciously learn to sense where they are on the ANS spectrum at any given moment and discover where their own best performance lies. Is it slightly tilted toward the sympathetic side, or balanced evenly between the two states? Once this is understood, the task becomes learning how to regulate that state as the game demands. Mastering this ability not only elevates performance in snooker but life in general.

As an example, imagine you are in a tournament and feel your body tighten up under pressure. Your grip is choking the cue and your cueing arm cannot move except in short quick bursts. You cannot pot a ball or control the cue ball. This stiffness is the signature of an overly sympathetic state. The key is not to fight the body directly, but to guide the system gently back toward parasympathetic balance. As the body relaxes, the cueing arm relaxes. A relaxed arm always functions more efficiently under pressure, and that relaxation can only begin with the regulation of the ANS, not just the arm in isolation.

Players regulate an overly heightened sympathetic state by employing methods that shift the nervous system toward parasympathetic activation. Some of these methods are outlined below:

• Breathing is one of the most direct methods a player can use. Techniques such as box breathing (inhale for four counts, hold for four, exhale for four, hold for four) are scientifically proven to activate the parasympathetic system. But breathing is not always practical during play, especially when the player is at the table, but it can be used when an opponent is at play.

• Expanded Awareness: Soften your gaze and allow your peripheral vision to take in the entire room or table. This breaks the tunnel vision associated with a high sympathetic state.

• Auditory Awareness: Tune into the background sounds, the hum of the room, the sound of other players, the click of balls on yours or another table. This widens awareness and interrupts the ‘narrowing’ that sympathetic states create.

• Body Scan: Bring attention to the lower body. Feel the weight of your legs, the grounding of your feet. Release tension in the face, jaw, and stomach. This anchors awareness and promotes calm.

The reverse also applies. Sometimes a player needs to spark intensity or rise out of a sluggish or overly parasympathetic state. Here, emotional states are especially effective, summoning determination, or even the edge of controlled aggression. Modulating and using emotional states can give players an edge as they can help increase commitment and fortitude. However, harnessing emotional states taxes the mind and body. Exploring these emotional states for sympathetic activation should be done with care, aiming always for the state that supports balance bringing clarity and commitment. If a player cannot manage an increase in certain emotional states, they should try to avoid it all together and be aware that they are badly affected by that state. (I have added an introduction to emotional states below).

Also, be aware that when beginning to experiment with emotional states, their effect on the autonomic nervous system may differ from what you expect. For instance, controlled aggression can, if unregulated, quickly tip into panic. Yet when skillfully managed, it can heighten commitment and provide an unwavering focus. Without regulation, the same emotion that strengthens can just as easily unravel.

Before I move to the next section, I like to point out that an experienced player is always aware of their current autonomic scale and they do not allow it to shift too high towards either end of this spectrum. In essence they develop the skill to always keep it in balance, using methods to tilt the spectrum towards sympathetic or vice versa as needed. They also learn to use the positive effects of the autonomic state in their perception and gameplay, which implies that they do not try to eliminate stress, rather they learn to use its positive effects in their game.

The human autonomic system is a fascinating system that governs not only this game but one’s entire life. I urge the reader to further research on this topic and see its unique effects on their thought, and its manifestations on their body.

Emotional States and Sympathetic Response

I have added this section purely because of the high positive impact of harnessing emotional states. But I must also emphasise that such states are taxing on the body and mind. The surge of intensity they create can be both a powerful tool and a drain on the body and mind. Players are encouraged to experiment with these states carefully, respecting their limits, and always with the aim of enhancing clarity and control.

An emotional state is more than a passing mood; it is a complete operating system that colors perception, thought, and action. If a person is in a happy emotional state the same environment will feel different than if he was anxious. This demonstrates, from a neurological point of view, that they act as filters, shaping what we notice, how we interpret, and how we respond. In snooker, this means that an anxious player will tend to see dangers and threats, focusing on what might go wrong, while a player in a playful state will see possibilities and creative options, perceiving the same table as a field of opportunity.

For a snooker player or any top athlete, recognizing and mastering these states allow a higher state of focus and precision.

Emotional states such as anxiety and fear are closely tied to high sympathetic activation, but at a regulated level, so too are determination and controlled aggression (distinct from anger). If regulated skillfully, states such as controlled aggression and determination shifts the body and mind into readiness, raising the heart rate, muscles tone, and increasing attention; commitment cements and focus becomes sharp and flowing. However, if unregulated, it often tips into tension, rushed strokes, or over-thinking. Every emotional state also generates its own kind of ‘energy’, and the art of performance lies in selecting the right ‘energy’ for the moment. Used with care, emotional states are powerful tools for commitment, determination, creativity, sustained effort and fortitude, providing a platform for heightened performance and achievement.

Make no mistake: a master level athlete may appear calm and composed on the outside, yet within burns a controlled emotion state or a blend of emotional states such as steady determination and controlled aggression, carefully modulated and regulated. The focus that arises from this balance is of a different kind, a state of clarity and precision that cannot be reached by willpower alone, nor by the absence of emotion, but only through the disciplined use of emotion itself.

Different emotional states affect players in different ways. Each carries its own quality of experience, what can be thought of as an ‘energy’ that shapes perception, thought, and action. It is important to note that ‘energy’ here does not refer to a physical driving force, but rather to the subjective tone or orientation that an emotional state induces. Some players may find that determination sharpens their focus, while others may perform best when grounded in calm confidence. Each player should explore and identify which emotional state or their combination supports their best performance.

I would like to point out that every player, at every level, draws on some form of emotional state in their gameplay, whether they are aware of it or not. By becoming consciously aware of these states, a player gains an additional dimension of understanding of their gameplay.

I have listed some examples below and I would like to emphasize a point on one particular emotional state: controlled aggression is a particularly useful state, however I have seen players quickly falter under its influence with its negative effects lasting on them for an extended period of time. Use and explore this with care.

Anxiety and Fear: Anxiety narrows perception, accelerates thought, and tightens the body. In snooker, this often shows up as rushed feathering, shortened pauses, or stabbing deliveries. While disruptive in excess, a mild degree of anxiety can heighten alertness and sharpen attention, preventing over relaxation. The art lies in keeping it at a useful level without allowing it to dominate.

Frustration: Frustration arises when expectation collides with an outcome such as a missed pot, poor position, or an opponent’s fluke. Left unchecked, it leads to reckless shots, excessive power, or careless mistakes. However, frustration also signals where care, patience, or tactical adjustment is needed. Recognized early, it can be transformed into a resolve rather than irritation.

Controlled Aggression: Controlled aggression is one of the most powerful emotional states available to a player. It is not anger, but something near it. The player never feels the burn of anger but he can see it. The commitment that this state energizes is unlike any other. It provides the assertiveness to take on bold pots, press an advantage, or seize momentum in a frame. At its best, it fuses intensity with precision, creating a force that is both calm and fierce at once. Many elite athletes learn to use this emotional state to their advantage.

Calm Determination: Calm determination is perhaps the most balanced and sustainable of emotional states. It lacks the volatility of aggression or the fragility of anxiety, instead combining steadiness with unwavering intent. In this state, the player does not force confidence, instead they evoke conviction. Calm determination slows the mind without dulling awareness, steadies the body without losing readiness, and allows each shot to be approached with clarity and commitment. It is a state most often seen in great champions.

Joy and Playfulness: Joy introduces lightness and freedom into the game. A playful emotional state pushes towards a parasympathetic state, reduces fear of failure and encourages experimentation with spin, angle, or positional choices. While not common under competitive environments, this state can be invaluable in practice, where it fosters creativity. In competition, brief moments of playfulness can also release tension and unlock surprising tactical possibilities. It also tends to show up in players who are in a state of flow.

Doubt and Hesitation: Doubt manifests as over checking, endless feathering, or even pulling out of a shot at the last instant. In small doses, it can be useful as adding extra care during safety battles or forcing closer attention to fine margins. But when it lingers into the final delivery it disrupts timing and undermines confidence. The skill is to recognize doubt early and reset, rather than carrying it into execution.

Curiosity: Curiosity is an underrated but powerful emotional state. It is most visible in practice sessions, when a player experiments with angles, spins, and positional routes without attachment to success or failure. Curiosity fuels growth and resilience by keeping attention, preventing stagnation, and reframing mistakes as discoveries. Even in competition, a bit of curiosity can lighten pressure and sustain engagement.

I have found that a blend of calm determination and controlled aggression provides an ideal foundation for competitive focus.

Again, I feel I must warn against the use of certain emotional states. Controlled aggression is a very powerful emotional state, yet its balance must be continuously regulated, for the sympathetic effects of controlled aggression are powerful. Left unchecked, or sustained for an extended period of time, this state can easily tip the autonomic system towards a very high sympathetic state. Panic can easily follow.

I invite the reader to explore these emotional states within their own game and to notice the different energies they create and to discover which state, or combination of states, supports their best performance. These states are not imposed from the outside; they are already within you, waiting to be recognized and invited to the surface.

Aiming and the Arc of Intent

About two years ago, when I decided to take up snooker as a sport, the subject of aiming fascinated me. Until then, I had never really thought about it, I simply saw the ball and struck the shot. But this time I asked myself, ‘how does this object ball go in the pocket?’ More than two years have passed since that question, and even today I cannot give a final, conclusive answer.

However, I am not without direction on this subject.

The Paradox of Aim

Aiming in snooker seems, at first glance, to be the most straightforward of tasks. Line up the cue ball to the object ball, align that with the pocket, and strike. To the beginner, it looks like an exercise in geometry, straight lines, angles, and contact points. Yet the deeper you go into the game, the more you realize that aiming is not so easily reduced to mathematics. It is a paradox. The harder you try to force precision, the more elusive it becomes; the more you soften, trust, and let go, the more aim seems to emerge naturally.

This paradox reveals itself most clearly under pressure when the sympathetic state is high. In practice, where the stakes are low, a player may pot long balls with remarkable consistency. But place that same player under tournament conditions, with the pressure of the environment pressing in, and suddenly the lines seem blurred or vanished, the pocket

feels narrower, and the delivery uncertain. What has changed? Not the geometry of the table. The attempt to ‘see aim’ seems to fragment aim. Has the mind forgotten how to see lines, or contact points or ghost balls or whichever heuristic method of aiming you prefer ?

Every player knows the moment when aiming breaks down; when they stand over the ball too long, checking and rechecking, feathers multiplying, doubt whispering in the background. The longer they seek certainty, the further it recedes. The shot, when finally delivered, is rarely successful. Contrast this with the player who steps into the shot, settles, and delivers with conviction. The aim is no less precise, but it is free of hesitation. The shot seems to find itself.

The Myth of a Straight Line

Every snooker ball is a perfect sphere with an outer diameter of 52.5 mm. When the cue ball strikes an object ball, the two make contact at only a single point on their surfaces, along the equator where the spheres meet. So where can one see the contact point on an object ball’s equator and how large is it? They definitely exist, but how do I find it or can I even find it?

Try a simple experiment. Place the blue ball on its spot and dim the lights until the ball’s roundness is no longer visible. In low light, the ball will appear almost flat, its edges soft, its contact points indistinct or invisible. Now, attempt to pot the ball from different angles. You will be surprised to find that, even without clearly perceiving a precise contact point, your success rate remains high or at least acceptable; the point being that you were able to pot it.

What this reveals is that potting is not dependent on visually locking onto a single contact point, but on a deeper integration of perception, body alignment, and cue delivery. The popular method of ‘seeing’ aim through contact points is, in truth, a heuristic, a mental shortcut that the mind develops as experience accumulates. It is useful, but it cannot be the full reality of how the mind perceives aim. After all, in snooker there are not one but three aims: the cue tip to the cue ball, the cue ball to the object ball, and the object ball to the pocket, two of which a player must be able to see before creating the stance.

Stand behind the baulk line and face it directly toward the opposite cushion. You know it is a straight line. But ask yourself: can you see its straightness? How easy is it to perceive? Do you find yourself shifting your head slightly left or right, almost straining to stabilize the line? You know with certainty that it is straight, yet your vision struggles to confirm it.

Now, look at the same line again, but this time imagine it as slightly curved, bent by only the smallest degree. Almost immediately, the perception stabilizes. The head stops bobbing, the strain disappears, and the line seems clearer – even though the curve is imagined.

Paradoxically, by allowing the line to be seen as a gentle arc, the mind settles into a steadier sight. This is not without scientific basis. Human vision is more attuned towards curved paths than straight. In fact, in the mind there doesn’t seem to be a concept of straight it can sight, but rather of balance.

I used to use lines to sight aim; popularly called shotline. But that changed.

The Arc of Intent

I remember the first day I saw the arc. It appeared as a shimmering logarithmic spiral, resonating between the cue ball and the object ball, drawn irresistibly toward the pocket. It was a curve, alive with mathematical elegance yet pulsing with something beyond mathematics. I stood at the table enthralled, and in wonder of what I was perceiving.

The visible shimmer of the arc in my visual imagination did not remain. It left almost as soon as I understood it. However, it left me with a simpler, more enduring perception: the curved arc as a kind of living tension, stretching between the cue ball, the object ball, and the pocket. The spiral forms that I first perceived as resonating curved lines are no longer there, instead they manifest as a felt pull, a subtle tension, giving me information about aim in a way that vision alone never could.

What I want to tell the reader is this: This realization appeared to me the moment I approached the table with the thought – ‘These straight shot lines that I use to sight aim, might be curved lines’.

(For a player who might experience these spiral shapes or arcs and is also mathematically inclined, the structure of these arcs resemble parts of some popular and interesting spiral shapes such as ones based on logarithmic and exponential scales, showing something about the way vision and mind are processing these paths).

I also found that the shape of the arc’s curve changes depending on the intention of the shot. If I wanted to play the shot with a sharp stun, the arc had a different shape than if I wanted to play a rolling follow shot. The stun shot created a flatter arc, curving with a steeper gradient into the object ball, while the follow shot created a softer curve, curving with a predictable gradient all the way from the cue ball to the object ball. It seemed that the way I was seeing aim could not be separated from my intent of the shot. How I planned to strike the cue ball, the power and spin, all seem to change the shape of the shot.

Perhaps this is the reason why so many shots are missed when you change your intent mid-shot for example, during feather from a stun shot to a follow shot. The mind seems to approach each intent differently and your aim and your intent seem to be inseparable from each other.

I have outlined below a few points that I feel might aid a player in sensing these curves, though they might manifest in their imagination differently as they did in mine. But when they do, the player will know it.

Sensing the Arc and Peripheral Vision

The first step to perceiving the arc is realizing that it cannot be seen with the sharp, narrow focus of central vision. When you stare too directly at the object ball or pocket, the mind demands a single, precise point of contact, one that the eyes cannot actually provide. This is

why aiming often feels uncertain, especially on fine cuts or long pots. The arc does not emerge under this kind of scrutiny, instead it needs your trust in your peripheral visual system.

Instead, stand behind the shot and soften your gaze. Relax and quieten your eyes so that the cue ball, object ball, and pocket all sit together simultaneously in awareness without needing to focus sharply on any one of them. Peripheral vision is naturally better at holding relationships, while central vision isolates details. By softening the gaze, you give the brain a chance to perceive the geometry of the shot as a whole rather than as fragments.

Know that you are seeing two aims. The cue ball is being aimed at the object ball as the object ball is being aimed at the pocket. (The third aim will be seen at feather and will decide the path of the cue ball to the object ball, although I feel there is an awareness of this aim even at this initial point).

Central vision cannot hold all these aims at once, but peripheral vision can. I believe that the first glimpses of the arc will appear when a player manages to let these two aims coexist in awareness, even as each appears blurred. The clarity comes not in sharp edges, but in the felt relationship among them.

The Arc as Tension

It might be tempting to think of the arc as a literal line drawn between the cue and object ball (and pocket if it is visible), but it is not. Instead, it is better understood as a tension the visual system creates with the mind, suspended between three anchors: the cue ball, the object ball, and the pocket. Imagine invisible strings stretched between them, guided not by geometry alone but by how your individual mind processes your intent and your experience.

You may or may not perceive the arc as a visible or imaginal shape, as I once did. But I am certain that with enough practice, you will come to sense it as a subtle pull, a tension between the cue ball and the object ball. Practice patiently until you begin to feel this, and then learn to trust it. In that moment, aiming will no longer be about points or straight lines, it will be about entering into the pull of a curved force, drawing you into the shot as though the shot itself was guiding you towards it.

Once you find and learn to trust the curved shape of the arc, it will show not just the aim, but also how best to enter into alignment with it.

Navigating Hinged Arcs

Once you begin to sense the arc and its various curves bending left or right toward the pocket, you may encounter shapes that appear ‘hinged’, as if there is a sudden bend or joint in their path. When this occurs, consciously focus on the specific point on the pocket where the object ball must enter, since the full pocket may appear to be visually accessible but in reality the object ball will have less pocket space. You can also shift your position around the table to allow vision to gather more information, until the hinge naturally disappears. A hinged arc is usually pointing towards an aspect of the shot, the mind does not recognize. Practice this shot until the arc naturally smoothens without the need to shift positions or sight pocket space.

Integration with Mechanics

Over time, the arc becomes less of an impression and more of a companion to your aim. You will sense it all over the table. It does not replace the technical aspects of aiming but it deepens them. It allows you to bring vision, body, and cue into harmony so that aim emerges naturally, rather than being forced.

The Illusion of Straight Shots

As an example to a young player trying to understand the curved nature of this perception and struggling to pot the straight shot; try perceiving the straight shot as a very subtle curve. Notice which side, left or right of the cue and object ball, your vision naturally favors when tracing or ‘pulling’ the arc between the cue ball and the object ball, and use that awareness to guide your alignment. Keep doing this with a slower paced shot until you see it.

Further Notes on the Arc

Perceiving the arc depends on your autonomic state. It is most available when you are slightly biased toward the parasympathetic system. If you drift too deeply into sympathetic dominance, the arc often becomes harder to sense. In such cases, you may find yourself reverting to more mechanical sighting methods such as the shot line, ghost ball, contact points, or other heuristics your mind has built through experience.

The idea of the arc as a curve is not mere imagination. It has grounding in how the human visual system processes paths. Vision does not simply trace rigid straight lines; it naturally favors curves and trajectories, integrating them into fluid perceptions of movement and connection. The next time you are walking towards something, look at the ground and try to trace a straight and a curved line to your destination. You will find that using a curved path feels more natural.

For a reader more inclined towards the physics of this perception: part of this perception comes from how we interpret the movement of snooker balls. Although balls travel along straight lines in three-dimensional space, their motion can appear slightly curved in the stationary visual frame due to perspective projection. This is the same as seeing two parallel railway tracks converge into each other at a distance; a straight path in 3D looks like a curve in a 2D visual field. This subtle perceptual curvature occurs because the visual system translates 3D motion onto a 2D retinal image (image imprinted on the retina is two dimensional. The offset between images of both eyes is used by the brain to create a three dimensional image that we perceive). Recognizing this effect helps explain why the arc ‘feels’ curved and can aid in sensing and aligning with it during play.

Mechanics

The outlines below highlight key points on the mechanics and techniques of stance formation and cueing. I won’t provide exhaustive detail, as much information is already widely available, and variations in individual style make rigid sequences impractical. Still, I have included insights from my experiences that I believe will be helpful for new players as they begin to develop their own approach.

The mechanics of professional snooker players only have one thing in common and that is repeatability. A master snooker player has mentioned that when it comes to mechanics, there is a robot operating inside him that repeats and repeats (paraphrased).

However, there are certain concepts outlined below that aid a successful strike and gameplay.

The mechanics of snooker follow a clearly defined sequence:

1. Pre-Shot Routine
2. Stance formation
3. Feather
4. Strike Sequence
   1. Pause
   1. Final back swing
   1. Delivery of the cue to strike

The Pre-Shot Sequence

Every snooker shot begins with a pre-shot sequence, and every player has their own unique ritual. The pre-shot is primarily a decision stage: consider what you want to do and commit fully to it. Evaluate the cue ball placement and the aim, remembering that cue ball placement is inherently ‘baked’ into the aim of the shot and your intent at this point will affect the way you will sight aim.

Points to consider during the pre-shot:

Integrate Power and Aim: Power and aiming are inseparable; both are integral to ‘aim.’ If you focus only on the pot and ignore strength or power distribution, your potting percentage will drop and cue ball control will suffer.

See Power Distribution: Each time the cue ball and object ball collide, power is transferred between them. Understanding the distribution of power on contact will allow a player to more accurately control the cue ball. Most players will learn this distribution intuitively as their experience grows. I have outlined some information below that will aid an emerging player in developing this intuition.

Below assumes that the cue ball is rolling at contact (follow shot).

• As a reference for sighting, a half-ball contact occurs when the center of the cue ball is aimed at the edge of the object ball. This results in a strike causing the object ball to move at an angle of about 30° relative to the cue ball’s path.

• 45 degree contact. Slightly more than half ball contact distributes power equally between the object ball and cue ball. This implies that if you place the object ball on the blue spot and strike it at 45 degrees with the cue ball, both balls will come to stop at the same distance from the blue spot.

• About 25 degrees. This is slightly less than full ball (straight) contact. The object ball will travel double the distance of the cue ball

• About 65 degrees. This is nearly a fine cut. The cue ball will travel twice the distance of the object ball.

Other shots, such as stuns and screw shots, also follow predictable patterns of power distribution at these angles. However, variations in a player’s technique and cue power means it is best to experiment with these angles to discover your personal feel and the resulting cue ball behavior.

Align to the Arc and Sight Aim: Avoid tunnel vision when sighting. Use expanded peripherals and maintain a soft focus.

Distance to the Cue Ball: Ensure that you are standing with enough distance to the cue ball so that you can easily time your stance. A well timed stance brings the chin and cue to the shot at the same time.

Most professional players do not need more than six, seven seconds at pre-shot on regular snooker shots, but it is the most important stage of playing a shot. Once you have made a decision, and initiated stance, these decisions cannot change except at the peril of missing the shot. If you feel you must change your decision, stand upright again and restart from the beginning of the pre-shot routine.

Stance Formation

There is no single technique to form the stance. The variations in stance formation among top professionals show that every player has their own repeatable method of forming the stance. However certain aspects are constant. Among them the most important is alignment of the stance.

Stance Alignment

Alignment of the stance refers to the position of the elbow, vision and the cue relative to the shot. BartonSnooker on youtube provides an excellent introduction on this topic (https://www.youtube.com/watch?v=1m1Xv-DX7z8).

Once you can create the stance with such an alignment, you will discover a good cueing grip and will find cueing much easier and more precise since the cueing structure of the elbow and arm becomes aligned to the shot. You will also see aim more easily during feather and will have a much clearer visual field.

If you find creating this alignment difficult, since it does require a way of twisting the body and definitely feels awkward at first, then you will need to adjust your grip so that the cue movement does not curve as you draw it back. You will also find it difficult to use a long backswing and will have to develop a shorter backswing cueing movement. Also remember, you can develop repeatability with any alignment.

The Grip

Snooker players are obsessed with finding the right grip. In reality there are many ways to grip the cue, with the easiest being whichever way you pick up the cue from the table.

However, there are two basic variations which are used by two different styles of cueing.

1. For players who drop their elbows after striking the cue ball, the cue is primarily gripped between the ring of the middle and thumb. This allows them to extend the cue further as the elbow drops and the cue follows through. (dropping the elbow before striking the cue ball is a mistake. In fact it is best that the elbow does not drop at all).

• For players with a well formed cueing action, where the elbow is held in place during cueing, including after strike, the cue is gripped between the ring of the first finger and thumb.

Another aspect of the grip consistent in top players (though not in all) is the straight wrist after stance formation. In this position, the back of the wrist and the palm of the gripping hand align in a straight line. This formation of the wrist is not possible without a good stance alignment referenced above. When the wrist and grip are properly aligned, the player will find a more natural unfurling of the grip fingers during drawback, which will aid keeping the cue level.

Another crucial aspect of the grip is grip pressure. The right amount of pressure provides clear feedback from the cue while allowing the back fingers to unfurl naturally during the drawback, enabling smooth, wobble-free delivery. Ideally, the grip should be just enough to hold the cue securely, no more, no less.

Grip pressure is closely linked to your autonomic state. Under high sympathetic arousal, the grip tends to tighten, making cueing more difficult and reducing shot accuracy. Remember that in such situations, you cannot regulate grip pressure in isolation. Instead you have to regulate the autonomic system so that grip pressure returns to your optimal or near optimal.

After all the above is said, the most important aspect of the grip is repeatability. Every player has a slightly different way of holding the cue, and that’s fine. What truly matters is that each time you grip the cue, the hold is consistent, allowing for reliable cueing and predictable shot execution.

The Stance as a Base

The most important aspect of the stance, after alignment, is the formation of a stable base for cueing. The left foot must have at least one foot length distance from the right. If the stance is not stable, the player will find it difficult to cue accurately.

Each stance formation is essentially a timed rotation. The cue is brought into position from the side, as the body twists along an axis, aligning both vision and cue with the shot.

Regardless of the method a player uses, a well-timed stance ensures that cue and vision arrive at the shot in perfect synchrony and at the same time.

Another point that I would like to add from my own experience is that vision and mind tend to refine aim as a player bends into the stance. An emerging player can experiment with this. I am reluctant to add more information as different players have different thought processes regarding the mechanics and techniques of snooker.

For players who can perceive the arc: bend into the stance keeping the arc as smooth as possible. As you bend, your primary focus should be on maintaining a smooth arc, with peripheral vision slightly biased towards the cue ball. Your head and grip should ‘float’ into position from within the ‘volume’ of the arc, rather than being forced into alignment.

Feather

Once the stance is complete you will be in the address position with the cue tip pointing at a certain part of the cue ball. Usually the player is in a pause at this point and a moment transpires before they start moving their cue back and forth in a movement referred to as feathers or waggles.

The true function of feathering remains somewhat mysterious. In fact, some professional players don’t feather at all. To understand it intuitively, try this: toss a ball into a basket placed a short distance away. You’ll notice your hand naturally makes a small back-and-forth movement before releasing the ball. Feathering in snooker works in a similar way. Perhaps this is the minds way of helping the cue, eye, and hand synchronize before the final delivery (a discerning reader should recall the emergent state of cue awareness mentioned earlier)

Feathering involves eye patterns that are closely linked to your autonomic and emotional state. During this process, the eyes naturally flicker between the cue ball and the object ball in various rhythms. A word of caution: do not try to consciously control these eye movements. Attempting to force them can quickly disrupt your gameplay, often requiring you to reset the shot entirely.

In my experience, at the feathering stage, several functions appear to be checked automatically, including:

• Aligning the cue tip to the intended contact point on the cue ball.

• Coordinating the cue action so the cue tip is delivered accurately to that aim.

• Refining the aim by subconsciously predicting the cue ball’s path to the object ball.

• Adjusting shot strength according to what was decided during the pre-shot routine.

Other subtle checks may also take place, depending on the shot and the player’s pre-shot intentions. In my opinion, this process is not something to consciously control. The mental operations during feathering appear to be largely automatic, and trying to interfere with them often disrupts the natural flow of execution.

Path of the Cue Ball

In my experience, feathering also seems to ‘check’ the projected path of the cue ball. I have decided to add a short introduction to this aspect, because it is not only the most difficult element to master, but also one at the very heart of the game.

The path of the cue ball is closely related to the aim of the cue tip to an intended part of the cue ball. Every snooker player knows the effects of striking the cue ball at its different parts. Striking above centre causes the ball to carry a forward spin and, below causes it to carry reverse spin and centre causes it to slide on the table. Hitting on either side of the cue ball causes it to spin sideways.

This aim, call it the cue tip aim, is the most difficult aim in snooker. Each time you see a top professional miss a shot in a match, it is most likely if not actually a loss of precision in this aim. Their cue tip struck the cue ball at a different position than what they intended.

This aim is important since it decides the path of the cue ball to the object ball.

Deflection and Swerve

Deflection: When the cue ball is struck off its vertical centre line (to either side), it immediately deflects in the opposite direction. This occurs because the tip, making off-centre contact, pushes the ball away from the line of aim at impact. The amount of deflection depends on several factors: the degree of tip offset from centre, the stiffness and construction of the first six to seven inches of the shaft, the weight of the ferrule, the shape of the tip. Also softer tips generally produce slightly more deflection than firmer ones.

Swerve: Once the ball starts sliding forward with spin, friction between the cloth and the ball creates swerve, a gradual curve of the ball’s path back toward the line of aim. Swerve is strongly influenced by shot speed (slow shots swerve more), cue elevation (higher elevation increases swerve), and spin amount.

The challenge is that in play, these two forces act together, producing a single net curve. This combined effect means that, unless struck dead centre, the cue ball never travels in a straight line when struck off-centre.

It is my opinion that finding the centre line of the cue ball is highly impractical, if not impossible. The centre line of a sphere is nearly impossible to define in terms of a practical measuring unit. Even the slightest off-set of the cue tip striking the spherical cue ball off this theoretical centre line will cause both deflection and swerve.

A technique that some players use is to point the cue tip at the bottom contact point of the cue ball when beginning to feather. This reduces the diameter of the cue ball, essentially pointing the cue tip closer to the centre line. The player then raises the cue tip up to the intended strike point of the cue ball.

In my opinion, it is far easier to always strike the cue ball off centre and learn to anticipate the balance between deflection and swerve giving a player greater predictability in aiming and positional play.

Furthermore, certain ways of cueing and striking tend to produce a more predictable net curve of the cue ball path. A ‘softer’ strike allows a more consistent and predictable net curve. When you hear elite players refer to a player as having ‘soft hands’ they are referring to this skill.

I can’t remember the last shot I played by trying to aim the cue tip at the centre line of the cue ball. I find that with some experience the mind begins to predict the cue ball behaviour on the table with a net curving path. However, the reader should discover for themselves if they agree with my assertions above. Whether they agree or not, every player should test how much their own cue deflects the cue ball over the full length of the table. If they have never done this, they might get surprised.

As an added note, different tables and playing conditions produce different levels of deflections and swerves. A new cloth will deflect more than an old one. A heated slate will deflect more as well.

Strike Sequence and the Pause

The strike sequence begins with the pause of the cue tip at the cue ball. If you are striking the cue ball without a definitive pause before drawing the cue back, I can conclusively say that you are making a mistake. You will be able to play the game to a certain level, but you will be inconsistent and will not be able to transverse beyond a certain level.

This pause is a neurological ‘gate’. It plays a dual role: regulating and stabilizing the body and psychological regulation.

From the body’s motor control perspective, it aids a ‘reset’ of the body’s motion, essentially suppressing micro-movement and tremors and allowing the body and head to achieve stillness, which is essential for a good stroke.

Psychologically, the pause serves as a state switch. It marks a transition from conscious observations to trusting your observations. It also promotes steadiness and clarity and aids consistency under pressure.

Players also create a secondary pause after drawback. This pause is usually shorter than the initial pause, but in some players it can be longer. However, not creating a definitive pause before the drawback is a mistake and this is emphasized by elite professional players.

I urge the reader to research more on this subject. These pauses exist in almost all sports in some form or another.

Drawback and Strike

I will finish this manuscript with a few final points on the final drawback and strike.

There are so many variations among players in this final strike sequence that it is difficult if not impossible to formalize the mechanics of this sequence.

In my experience, I find the following points seem to aid and may provide a starting point for an emerging player.

Drawback: Keeping the speed of drawback as slow as possible seems to aid the final strike. Also, don’t think of the drawback as merely drawing the cue back. The cueing muscles prime for delivering the cue as a player draws the cue back. A player may feel this as a ‘coiling’ in their cueing arm.

Strike: Everything that was done at this point was for the strike. The pre-shot, stance, feather, pauses and drawback. All thought that went into the shot manifests itself at this point. Once the cue starts moving towards the cueball, it is no longer under conscious control. If any adjustments are made they are subconscious, and if done correctly the cue tip will find its way to the cue ball at the correct aim.

There is one aspect of the final strike sequence that I feel that an emerging player should consider.

For an emerging player, I would like to add that consider the temporal aspect of the strike sequence besides just the mechanical. Many players view the drawback and strike in terms of movement. Try framing this movement in terms of time. For this movement is very connected to how you think about it in your mind, both in space and in time.