Projects
Advancing Neuroscience Research for Real-World Impact
At Cerebrum Foundation, we lead innovative research projects aimed at uncovering the neural mechanisms underlying human performance, resilience, and recovery. Through collaboration with academia, industry, and elite performance environments, we advance neuroscientific insights into practical applicability.
Performance in Golf players
Our findings indicate that high-quality golf performance is associated with:
- Efficient visual-spatial preparation
- Increased theta activity prior to execution
- Reduced reliance on conscious motor control
- Faster alpha-mediated mental recovery after execution
Together, these results support the hypothesis that performance in precision sports is strongly linked to a calm, visually prepared, and neurologically stable state rather than increased analytical effort during execution.
Competition Stress Study
Our findings indicate that both athletes rely on the same neural mechanism for high-quality performance — strong visual activation linked to precision.
However, they differ significantly in their ability to regulate stress and maintain neural stability under time pressure. Stress does not create a new performance mechanism. It disrupts an existing one.
The key difference lies in how effectively the nervous system preserves balance between activation and regulation during competition.
Stroke Recovery Monitoring
This project examines neural recovery patterns following stroke through repeated EEG assessments across six measurement points.
The objective is to identify measurable changes in brain regulation, cognitive activation, and motor network function over time.
Project Partners:
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