We combine temporal interference stimulation, real-time EEG, and clinical translation to build closed-loop, patient-specific therapies for Parkinson's disease and dementia.
Effective therapy for neurodegenerative disease cannot be one-size-fits-all. Every aspect of our research is designed around four interlocking principles — a framework that places the individual patient, not the average, at the centre of scientific and clinical decision-making.
Most non-invasive stimulation delivers fixed parameters regardless of the brain's current state. We argue this is the wrong model. By reading ongoing beta oscillations in real time and triggering stimulation at specific oscillatory phases, we can engage target circuits when they are most susceptible — and stop when they are not.
This closed-loop architecture is what our lab is building toward: an EEG-informed, individualised TI system that adapts to the person, not the protocol.
Read about our methods