Sports Champions: Superior Intelligence at the Service of Performance

In the demanding world of top-level sport, where every detail counts and victory often seems to be the result of a combination of physical strength, endurance and technique, another factor, much less obvious but just as decisive, stands out: intelligence. Much more than a simple asset, it turns out to be a strategic and decisive weapon, capable of transforming a talented athlete into an exceptional champion. A fascinating study, conducted with the support of Arsène Wenger, the visionary former coach of Arsenal, has shed light on this little-known dimension. It shows that the cognitive abilities of elite athletes do not just match those of ordinary mortals, but far surpass them, particularly in processes such as analysis, decision-making and anticipation. Here is why, and how, this exceptional intelligence makes all the difference…

By Jeff Tatard – Photos: X – Grok / depositphotos.com

The study in question had broken down the decision-making process into three fundamental steps:

1. Capturing information

2. Set options

3. Making the right choice among these options

This process, universal in human beings, is particularly optimized in elite athletes.. Not only do they perform these steps with remarkable precision, but they also do it much faster and in greater quantities.

Take a professional cyclist like Remco Evenepoel or Tadej Pogačar for example: when the situation evolves in the middle of a race, their brain is able to anticipate events even before they happen. Where an amateur cyclist might simply react to an attack from a competitor, the champion has already interpreted the subtle signals, analyzed the opponent's intentions and prepared an appropriate response.

Step 1: Chessboard-like anticipation

The first step, capturing information, is an area where champions excel.. Unlike a linear perception of events, they make complex inferences from minor signals: a movement in the pack, a change in an opponent's attitude, or even a weather cue. Their brain acts like a sophisticated radar, recording and analyzing every detail in real time.

Sports Champions: Superior Intelligence at the Service of Performance
To perform well in a race, you need to be able to quickly analyze many tactical patterns.

This allows them to predict a situation before it even occurs.. For example, a player like Lionel Messi in football can guess the intention of a defender from his body posture. Similarly, Mathieu van der Poel, in cycling, can anticipate an opening in a sprint long before it becomes obvious to his competitors.

Step 2: Think beyond binary

Where most individuals hesitate between two simple choices – attack or wait, turn right or left – champions explore a much wider range of options.. This ability to consider up to eight possibilities gives them an advantagetagand considerable.

This level of complex thinking allows for more sophisticated and adaptive strategies. In a situation where an amateur rider would hesitate between attacking or staying in the peloton, a champion like Pogačar considers a range of choices: waiting for a better opportunity, putting a teammate in front to force a reaction, saving his energy for a time trial, or testhis opponents with a false attack.

This wealth of options gives them a tactical flexibility that can make the difference in tight competitions where every second counts.

Step 3: The impact/effort ratio

The final stage of the decision-making process, making the right choice, is arguably the most impressive.What sets champions apart is their ability to assess the consequences of their actions with uncanny precision.

They don’t just choose an efficient option, but select the one with the best impact/effort ratio. In cycling, this can translate into exceptional management of their physical and mental resources. For example, a rider like Remco Evenepoel knows exactly when to attack to maximize his chances of victory while minimizing his energy expenditure.

Identifiable cognitive qualities

Beyond physical and physiological abilities, these cognitive qualities have become a distinctive trait of the greatest athletes.. Names like Pogačar, Van der Poel or Evenepoel come up frequently when talking about this sporting intelligence. It is not only their power or their endurance that impresses, but their way of reading the race, understanding their opponents and making decisive decisions.

A universal intelligence?

This higher intelligence is not limited to cycling. In all sports, there are examples of champions who are able to think faster and better than their competitors.Basketball player LeBron James, for example, is famous for his vision of the game, his ability to anticipate the movements of his teammates and opponents, and to react in a fraction of a second.

Sports Champions: Superior Intelligence at the Service of Performance
All top athletes have superior intelligence.

In tennis, Roger Federer was renowned for his ability to analyze his opponents' weaknesses and adapt his game accordingly. These qualities are not innate, but developed over the years through a combination of raw talent, intensive training and experience..

Conclusion: the brain, the secret weapon of champions

While physical qualities often attract all the attention, intelligence is undoubtedly the secret weapon of champions.Their ability to capture information, generate multiple options and choose the best possible action gives them an advantage.tagand decisive.

It is this unique combination of quick thinking, astute strategy and informed decision-making that sets great athletes apart from the rest of the world.. And if sport is a school of life, champions remind us that intelligence, like talent, is cultivated and perfected to reach the heights.

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Jean-François Tatard

- 43 years old - Multidisciplinary athlete, sales coach and sports consultant. Collaborator on specialized sites for 10 years. His sporting story begins almost as quickly as he learned to walk. Cycling and running quickly became his favorite subjects. He obtains national level results in each of these two disciplines.

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