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17 February 2026

F&Knowledge

The Human Being in Numbers – Why Performance Requires Energy

PART I – Reality in Numbers

Every footballer – whether a child, an amateur, or a professional – does not move by muscles alone. Their thoughts direct energy – and that energy governs movement. Movement does not begin in the muscle. It begins with orientation. The human body is not an isolated mechanism, but a living system in constant change. Everything that becomes visible in the game – tempo, precision, timing, calmness or agitation – arises from internal processes that are continuously at work. A look at the numbers makes this clear:
  • Breaths per day: approx. 17,000–25,000
  • Air volume per day: approx. 10,000–12,000 liters
  • Cells in the body: approx. 30–40 trillion
  • Neurons in the brain: approx. 86 billion
  • Connections in the nervous system: 100–1,000 trillion
  • Thoughts per day: around 60,000
These figures reveal a clear reality: A person’s internal state is in constant motion. With every breath. With every perception. With every thought.

Thoughts as Directed Energy

Thoughts are not abstract ideas. They have an effect. A simple comparison makes this understandable: Thoughts behave like electric current in a circuit.
  • clear thoughts → stable energy flow
  • disordered thoughts → energy loss
  • chronic stress → overload and blockage
In football, this becomes immediately apparent:
  • fast decisions require a free flow of energy
  • uncertainty slows movement before it becomes visible
  • concentration is not a talent, but a regulatable state
What appears on the pitch as “instinct” is, in reality, the result of an ordered internal dynamic.

Breathing – the Direct Control Interface

Breathing is the most direct factor influencing the internal state. It connects the external world with the interior of the body. It is the only process that:
  • runs automatically
  • and can be consciously controlled
With every breath, not only oxygen and air are moved, but internal processes are regulated as well. Carbon dioxide plays a decisive role here: it influences circulation, reaction capability, and the stability of the nervous system. This means for football: Whoever controls their breathing influences their energy state. Whoever controls their energy state influences their performance.

PART II – Structure and Context

Performance Emerges from Interaction

The human organism functions as a finely tuned interaction of:
  • breathing
  • nervous system
  • perception
  • decision-making
  • movement
Performance does not arise in the muscle alone. It emerges from the coordination of these levels. This is why:
  • a technically strong player can freeze under pressure
  • a physically less dominant player can act with superiority
It is not strength that decides first, but internal order.

Energy Flow and Decision in the Game

In football, decisions are made extremely quickly:
  • reaction time in play: approx. 200–350 milliseconds
  • visual decision: often under 150 milliseconds
  • muscle activation follows only afterwards
This means: The game is decided before the movement. Energy flow, clarity, and focus determine:
  • timing
  • precision
  • decisive execution
Those who are internally stable react faster – not because they think faster, but because less energy is lost.

The Human Being as a Dynamic System

The human body responds continuously to external conditions:
  • sounds
  • movement of other players
  • changes in space
  • pressure situations
These influences do not affect the body first, but perception and thought – and therefore the flow of energy. This makes it essential to understand: Performance is not a static condition. It is the result of continuous internal regulation.

Practical Relevance for YouNr1

For training, this knowledge means:
  • technique alone is not sufficient
  • repetition without internal focus reinforces uncertainty
  • match performance arises from the interaction of energy, perception, and decision
This is why YouNr1 deliberately complements classical training with content that addresses exactly these factors:
  • 1-vs-1 situations under decision pressure
  • shooting techniques with mental preparation
  • methods for consolidating learned skills without a pitch
  • formats for training despite time constraints
Everything is built on a fundamental understanding: Thoughts direct energy. Energy governs movement.

Outlook

If thoughts and breathing influence the energy state, the next logical question arises: How can breathing be used deliberately to stabilize and enhance performance in football? This question leads directly to the next article.

The content presented is based on established findings from physiology, neuroscience, and sport psychology (e.g., Guyton & Hall; Kandel et al.; Schmidt & Lee; Weinberg & Gould; West).

Compact References

  1. Guyton, A. C. & Hall, J. E.: Textbook of Medical Physiology.
  2. Kandel, E. R. et al.: Principles of Neural Science.
  3. Schmidt, R. A. & Lee, T. D.: Motor Control and Learning.
  4. Weinberg, R. S. & Gould, D.: Foundations of Sport and Exercise Psychology.
  5. West, J. B.: Respiratory Physiology: The Essentials.

Reduced SEO Version (Compact)

energy in football, thoughts and energy, breathing and performance, focus in the game, reaction time football, mental fundamentals, modern football training, training without a pitch, inner stability, performance development

17 February 2026

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