How Neuroscience Is Changing Athletic Training

Main points — free preview

• Motor learning research — how the brain acquires and refines movement skills — is increasingly applied in athletic training, but the translation from lab findings to practice is uneven and often oversimplified.
• Neuroplasticity, the brain's capacity to reorganize neural circuits through training, underpins skill acquisition — yet popular claims about 'brain training' for sport often outrun the replication evidence.
• Neurofeedback, EEG-based monitoring, and sleep-cognition research have entered elite sport with mixed results — useful in specific contexts, but vulnerable to placebo effects, small sample sizes, and commercial overselling.