World Cup 2026 and the 5D Body-Territory - where the game is born before it happens

Perception, dynamic memory, and the creation of lived time

When you watch a World Cup 2026 match, it may seem that everything begins on the field.

The ball rolls. The player looks. The crowd pulses. The play appears.

But before the play appears outside, something has already begun inside.

The athlete perceives the field because their body-territory is already creating internal possibilities. They see the ball, but they live a representation of the ball. They feel the opponent, but they live a representation of the opponent. They perceive the empty space because their body has already transduced signals from the outer world into inner spaces of representation.

This is the second neurochallenge of the series:

what if the game is born inside the body-territory before it appears on the field?

Nobody lives external reality in its pure state

External reality exists: field, ball, light, sound, gravity, contact, speed, crowd, scoreboard, opponent.

Lived experience emerges when the body-territory transduces this reality into inner spaces.

The world outside arrives as light, sound, pressure, temperature, chemistry, movement, and relation. The body converts these signals into representation. Life happens inside these inner spaces.

The athlete lives the ball as risk, chance, trajectory, memory, urgency, imagined dribble, possible pass, or anticipated goal. The supporter lives the match as held breath, accelerated heartbeat, childhood, country, family, belonging, hope, or fear of elimination.

For this reason, we propose the 5D Body-Territory as the material inner space where external reality becomes experience.

The world exists outside, but life happens inside the body-territory.

The square, the television, and four body-territories

Imagine a public square during World Cup 2026.

There are trees, playground structures, benches, wind, smells, voices, children running, and, at one point in the square, a television broadcasting the match.

Now place a baby, a child, a young person, and an adult in that same space.

The square is shared. The lived realities are many.

For the baby, the television may appear as brightness, sound, surprise, lap, hunger, or comfort. For the child, the slide, the sand, and the running may activate stronger inner spaces than the screen. For the young person, the match may activate idol, social media, comparison, betting, friends, childhood memory, or the desire to play. For the adult, the broadcast may activate country, work, debt, memories of other World Cups, family, or the need for collective joy.

The television is physically in the square, but it becomes a represented space only when a body-territory perceives it, prioritizes it, and integrates it into experience.

The same external world generates different inner worlds.

This idea resonates with Anil Seth’s work and with predictive processing models, where perception appears as an active construction of the organism. In our model, this construction happens in 5D inner spaces crossed by memory, culture, body, affect, movement, and history.

The 5D Body-Territory

We call 5D Body-Territory the material inner space where perceptual abstractions are registered, reactivated, and transformed into dynamic memory, prediction, learning, action, and lived time.

This 5D is formed by three main axes:

3D: length, width, and height of representation inside the body-territory. The perceived abstraction gains internal spatiality. It occupies place, volume, proximity, distance, depth, and relation with other records.

This 3D involves the brain, especially cortical circuits and memory networks reorganized by experience and sleep, but it also involves body, gesture, breathing, APUS, Tekoha, language, accent, culture, region, and belonging.

APUS marks extended proprioception: position, field, direction, gesture, distance, territory, and possibility of action.

Tekoha marks extended interoception: culture, belonging, language, accent, biome, family memory, and collective state.

For this reason, an experience can become linked to an old tree, a word, a regional accent, a square, a jersey, a smell, a childhood gesture, or the Jiwasa of a region.

Movement: the axis of transformation of inner representations. A representation may increase, decrease, gain priority, lose strength, shift, combine with another, become reactivated, inhibited, or deactivated.

Qualia / Xapiri: the sensitive intensity of the representation. The same ball may appear as chance, fear, beauty, urgency, risk, confidence, shame, or belonging.

Memory is dynamic

Memory lives in material places of the body-territory that are also changing.

The brain changes. The cortex reorganizes circuits. Sleep strengthens and redistributes records. The body changes with training, age, pain, rest, and emotion. APUS changes when the body learns new positions in the territory. Tekoha changes when culture, language, and belonging are transformed.

For this reason, remembering is reconstructing.

The memory of a childhood World Cup may change when a person watches another World Cup as a young person or as an adult. The same mistake lived by an athlete may return as fear, technique, caution, blockage, or strength.

Memory lives in mobile material spaces. And these spaces create new possibilities of perception.

Time is born when inner space moves

Here appears a central layer of the 5D Body-Territory: when a perceptual abstraction becomes inner space, it begins to create time.

The clock measures seconds.
The body-territory lives duration.
The clock measures interval.
The body-territory lives waiting, risk, urgency, pleasure, fear, chance, and anticipation.

In our model, lived time is a derivative of internal spatial dynamics.

When a space of representation increases, decreases, pulses, gains priority, loses priority, approaches, moves away, combines with another, or returns as memory, the body begins to live a form of time.

The internal 3D offers length, width, and height of representation.
Movement transforms these spaces.
Qualia / Xapiri makes these spaces pulse as risk, confidence, beauty, threat, or chance.

When these axes couple, lived time is born.

For this reason, two bodies may exist in the same second of the clock and live different times. For an anxious supporter, the last five minutes of a final may stretch. For a child playing, one hour may vanish. For a tired athlete, thirty seconds may become heavy. For a genius player in high perception, a fraction of a second may open an entire field.

The genius player creates another time

In certain moments, a genius player seems to be in another time.

The ball arrives. The marker accelerates. The crowd rises. The space closes. The external clock remains the same for everyone.

Inside the body-territory of the genius player, inner spaces are organized differently. The representation of the ball is stable. The opponent has already lost mystery. The empty space has gained volume. The goal has already lit up as possibility. Risk has become rhythm. Pressure has become beauty.

At that moment, the genius player seems slow because the body has already built the time of the play.

This is what we feel when we see Messi walking almost without hurry before entering a zone where everyone else perceives too late. He touches the ball as if he had already lived the play. He waits for the marker to fall into their own movement. He enters the space that is still being born for the others.

The common player runs after the time of the game.
The great player creates time inside the game.
The genius player seems to be in another time because their body-territory has already built the space where the play will happen.

The game is born before it happens

World Cup 2026 can be read as a planetary laboratory of perception, dynamic memory, prediction, and the creation of lived time.

The field is outside.
The game is also inside.
The ball rolls in the world.
Experience is born in the body-territory.

The neurochallenge question is simple:

which spaces are being activated inside you when the world says you are only watching?

Commented scientific references

Seth, A. K., & Bayne, T. (2022). Theories of consciousness. Nature Reviews Neuroscience, 23, 439–452.
Situates contemporary theories of consciousness, including predictive processing, as a basis for thinking conscious experience as active construction.

Fountas, Z., Sylaidi, A., Nikiforou, K., Seth, A. K., Shanahan, M., & Roseboom, W. (2022). A Predictive Processing Model of Episodic Memory and Time Perception. Neural Computation, 34(7), 1501–1544.
Supports the connection between predictive processing, episodic memory, spatiotemporal attention, and subjective time perception.

Hodson, R., Mehta, M., & Smith, R. (2024). The empirical status of predictive coding and active inference. Neuroscience & Biobehavioral Reviews, 157, 105473.
Helps use predictive processing and active inference with rigor, recognizing both their explanatory potential and empirical limits.

Tomé, D. F., Zhang, Y., Aarts, A., et al. (2024). Dynamic and selective engrams emerge with memory consolidation. Nature Neuroscience, 27, 561–573.
Strengthens the idea of dynamic memory by showing that engrams change during consolidation and gain selectivity.

Edwards, A. M., Menting, S. G. P., Elferink-Gemser, M. T., & Hettinga, F. J. (2024). The perception of time is slowed in response to exercise. Brain and Behavior, 14, e3471.
Shows that physical effort alters subjective time perception, bringing body, intensity, and lived duration closer together.

Zaragocin, S., & Caretta, M. A. (2021). Cuerpo-Territorio: A Decolonial Feminist Geographical Method for the Study of Embodiment. Annals of the American Association of Geographers, 111(5), 1503–1518.
Supports body-territory as a decolonial method that unites body, land, emotion, lived experience, and shared knowledge production.