Upcoming Research

---

Advanced Neuroimaging

Quantitative Electroencephalogram (QEEG) is pivotal in our research, allowing students to engage directly in measuring and analyzing brainwave patterns. This technology offers profound insights into how neuromodulation affects brain function, especially in addressing mental health issues like anxiety and depression. Through hands-on experience with QEEG, students not only learn to capture and interpret complex data but also contribute to developing targeted interventions to enhance mental wellness. This practical exposure prepares them to be future leaders in neuroscience, equipped to use scientific insights to improve human well-being.

Salivary Assays in Action 

Salivary assays are a key component of our research toolkit. By analyzing saliva samples for stress biomarkers such as cortisol and alpha-amylase, our students gain hands-on experience in assessing the physiological effects of various interventions. This process not only provides insights into how neuromodulation and spiritual practices impact stress levels but also equips our students with practical skills in biometric analysis, enhancing their readiness for scientific and clinical careers.

Psychological Assessments

Psychological assessments are integral to our research, utilizing tools like NeuroTrax and CNS Vital Signs. Participants engage in validated psychological inventories, including anxiety and depression scales, which enable our students to quantify and analyze the impacts of spiritual and neuromodulatory practices on mental health. This hands-on application enhances student expertise in clinical evaluation, preparing them for future roles in both research and therapeutic settings.

Functional Near-Infrared Spectroscopy is a non-invasive imaging technology that measures changes in the concentration of oxygenated (oxyhemoglobin) and deoxygenated hemoglobin (deoxyhemoglobin), providing insights into how active areas of the brain consume oxygen. As neurons become active, they require more oxygen, leading to localized increases in oxyhemoglobin and corresponding decreases in deoxyhemoglobin. This dynamic response allows fNIRS to detect and map brain activity.

Transcranial Photobiomodulation (tPBM) 

is a non-invasive entrainment that uses near-infrared light to penetrate the scalp and skull, stimulating brain cells and enhancing cellular function. This process is being explored for its potential to improve cognitive performance, alleviate symptoms of neurological conditions, and promote overall brain health. Our research focuses on advancing tPBM to achieve even greater improvements in cognitive function.

Photobiomodulation (PBM)  

entrainment represents a cutting-edge approach in neurotherapy, utilizing light to invoke therapeutic effects within the brain. By directing near-infrared light waves through the scalp and skull, PBM can stimulate neural activity and enhance metabolic energy production in brain cells. Our ongoing studies explore the capability of PBM to not only improve cognitive functions but also to assist in the recovery from brain injuries and mitigate symptoms in degenerative neurological disorders. The NeuroSpirituality Institute is at the forefront, pioneering research to harness and optimize PBM for broader clinical and wellness applications, aiming to revolutionize how we approach brain health and rehabilitation.