Four years ago, Arsène Wenger predicted that neuroscience would revolutionize football. “We are at the end of the improvement of physical speed,” he stated. “The next step will be to improve the speed of our brains.”
Neuroscience, the study of the nervous system, particularly the brain, encompasses the myriad connections and interactions within it. In football, it has come to represent a deeper understanding of the mental skills and qualities necessary for success.
The early neuroscientific study of footballers often involved high-tech methods. In 2014, Japanese researchers placed Neymar under an MRI scanner to measure the neurons fired by his brain during exercises. They found he used 90% fewer neurons than Spanish second division players.
In 2017, Wenger introduced virtual-reality headsets to Arsenal’s first team to train their brains. However, the initiative was short-lived due to players experiencing motion sickness.
At Wolves, Mat Pearson, head of performance, limits virtual reality training to 15-20 minutes once a week for academy players. This tool tests and enhances the “awareness” of younger players by recreating match experiences. Pearson believes the best players make quick, effective decisions, and developing this skill is crucial.
Eric Castien, founder of BrainsFirst, emphasizes the importance of information processing speed. Moreover, Castien, inspired by his time at Barcelona’s La Masia, collaborated with Dutch neuroscientists to develop tests assessing short-term memory, anticipation, and reaction. Additionally, over 1,000 professional players across Europe participated in these tests.
Castien explains the significance of information processing in football. Traditional intelligence may not translate to the football pitch because elite sports demand rapid information processing. This test, used by over 25 clubs, aids in talent identification and highlights why some promising footballers fail to develop careers.
“There’s a difference between who was good at 15, 16, 17 years old and who will make it to the adult national team,” Castien notes. Lack of neurological insight into academy players contributes to this gap.
While neuroscientific approaches evolve, they reinforce longstanding techniques. Holly Bridge, a neuroscientist from the University of Oxford, discusses the importance of repetition and muscle memory in learning complex skills. She explains that repetitive practice strengthens neuron firing patterns in the brain, making actions automatic over time.
Sally Needham’s work at Sheffield United’s academy focuses on cognitive neuroscience, emphasizing the mind-body connection. Anxiety or negative thoughts can manifest physically, affecting performance. Needham helps players develop emotional resilience to cope better on the pitch.
Needham observes that today’s academy players are more receptive to such approaches, enthusiastically enjoying activities like yoga, mindfulness, and emotional awareness. Furthermore, neuroscience supports traditional coaching methods, thereby providing a scientific basis for these intuitive approaches.
“The best intuitive coaches already know their players and their needs,” Needham says. Neuroscience offers a deeper understanding, bridging the gap between application and comprehension. Wenger’s vision of neuroscience as a football gamechanger is becoming a reality, enhancing both new and traditional methods of player development.
