01
FUNDED RESEARCH
Two funded programmes move from mechanism to field transfer.
Current NSTC and TISS programmes test how EEG–HRV readiness can inform individualised neurofeedback and transfer in precision sport.
NEWS & NOTES · CURRENT SIGNALS
One core mission, moving through six forms of work.
Use sport cognitive neuroscience to identify the psychological state that supports skilled performance; practise regulation through individualised neurofeedback; then test whether it produces a meaningful difference in the athlete's own task.
01
SIX CURRENT ADVANCES
View funded projects →
02
TEACHING · APPLIED SCIENCE
Sport cognitive neuroscience enters professional coach education.
Live EEG made the path from psychological state to measurable signal and neurofeedback regulation tangible for practitioners.
03
INTERNATIONAL EXCHANGE
Precision-sport neurofeedback presented at FEPSAC 2026.
Archery SMR neurofeedback research examined how a trained neural response can return to a sport-specific action under pressure.
04
PUBLICATION
Neurocognitive and autonomic signatures under motivational stress.
The study connects motivational stress with coordinated neurocognitive, autonomic, and performance changes before action.
05
LAB VISIT · KNOWLEDGE EXCHANGE
SPIN Lab opens the research process to public-sector dialogue.
A laboratory visit showed how EEG evidence is interpreted with the athlete's task before it can inform a performance decision.
06
PUBLIC SCIENCE · SCHOOL
Sport and brain science enter the classroom.
Attention, brain rhythms, and skilled performance became an interactive public-science experience without overstating the evidence.
CORE MISSION