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Figure 1. Ganzflicker stimulation and its effects on the brain

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Note. Ganzflicker can be delivered at different rhythmic frequencies to induce different neural effects. For example, theta light waves can travel through the eyes and down the optic pathways into deep brain areas such as the hippocampus (memory) to stimulate memory formation (theta-gamma coupling) or reach the neocortex (imagery) to boost imagery-based therapeutic techniques (theta-gamma coupling) or stimulate mental defenses against traumatic image formation (theta-beta coupling).

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Collaboration Map

COLLABORATION MAP HIGHLIGHTS

  • Currently leading 4/5 multi-site collaborative project teams

  • Collaborations across 9 countries spanning 4 continents

  • Regular international travel to visit collaborators and networks

  • 20 peer-reviewed publications in international journals, 3+ pending

  • 7 pre-registered projects slated for future publication

  • Collaborators with expertise in:

    • Statistics

    • Computational modeling

    • Philosophy

    • Neuroscience

    • Clinical, Experimental and Parapsychology

    • Behavioral science

    • Primatology

    • Therapy

    • Citizen Science

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