05/20/2026
Adjunct Professor, Campus Director and Assistant Vice President of Academic Affairs
I have a vast background in academia as a former Assistant Vice President of Academic Affairs, Campus Director and Professor of Mind Body Medicine and Religious Studies. I took great pride in integrating science into religion with psychology, neuroscience, clinical nutrition, neurotheology, psychoneuroimmunology, pharmacology, & exercise physiology
I possess a uniquely rich interdisciplinary framework. Integrating these robust scientific fields into a study of religion and mind-body medicine bridges the gap between ancient spiritual practices and measurable human biology.
The integration of my specified fields provides a profound understanding of holistic human health:
* Neurotheology: Investigates the neurological correlates of religious, spiritual, and mystical experiences, mapping how faith alters brain activity and function.
* Psychoneuroimmunology (PNI): Studies the bidirectional communication between the central nervous system, the endocrine system, and the immune system, revealing how beliefs, stress, and emotions directly impact physical health.
* Clinical Nutrition & Exercise Physiology: Provide the foundational, tangible inputs necessary to optimize physical health, influence the inflammasome, and alter the body's behavioral responses to stress.
* Pharmacology: Explores how biological substrates, neurotransmitters, and medications intersect with both natural mind-body interventions and immune function.
* Psychology & Neuroscience: Unpack the cognitive and neural mechanisms behind mental health, emotional regulation, and behavior change.
This comprehensive model offers deep insights into human flourishing. It explains how rituals, prayer, and deep contemplation are not just theological concepts, but practical tools that program the brain, calm physiological stress, and reduce systemic inflammation.
Explored the scientific and clinical evidence mapping how spiritual experiences and mental states alter human biology, dedicated to studying this vital connection, or research regarding the neuroimaging of faith.
My interdisciplinary background in neurotheology, psychoneuroimmunology, and clinical nutrition positioned me uniquely to translate ancient religious practices into evidence-based mind-body medicine. This integration bridges the gap between faith and biology, offering a comprehensive framework for modern health and holistic healing.
Core elements uniting these fields include:
1. Neurotheology & Neuroscience
* Neural Plasticity: Religious rituals, meditation, and prayer physically alter brain structures. Neuroimaging shows how deep contemplative states activate the prefrontal cortex and deactivate the amygdala, reducing anxiety and downregulating inflammatory pathways.
* Integrative Mapping: Neurotheology explores how the brain processes spiritual experiences, establishing a measurable neurological baseline for why faith and belief profoundly impact human physiology and behavior.
2. Psychoneuroimmunology (PNI)
* The Faith Factor: PNI scientifically validates how perceptions, emotions, and deeply held beliefs directly affect physical immunity. Religious practices often evoke the "relaxation response," which buffers the nervous system against chronic stress and lowers systemic inflammation.
* Chemical Messengers: Spiritual and mindfulness-based interventions can prompt the brain to produce neuropeptides and neurotransmitters (like endorphins and oxytocin) that promote healing, tissue repair, and hormonal balance.
3. Clinical Nutrition & Exercise Physiology
* Metabolic Support: The brain cannot engage in higher spiritual reasoning or emotional regulation without adequate fuel. Clinical nutrition stabilizes blood sugar and provides vital precursors for neurotransmitter synthesis.
* Somatic Integration: Exercise physiology recognizes the somatic component of belief. Movement practices deeply ingrained in religious and meditative traditions (e.g., yoga, walking meditation, tai chi) reduce oxidative stress and optimize autonomic nervous system function.