NNINE is a private, accreditation-eligible research institute dedicated to advancing rigorous, measurable research in neuroscience and epigenetics. Our mission is to develop and evaluate non-invasive neurocognitive approaches that investigate the relationship between brain plasticity, stress regulation, and targeted gene expression, contributing to the development of next-generation models of medicine.
Honorary board members from
The Advisory Board includes distinguished professors and academic leaders from top universities and institutions.
Dean, Faculty of Social Sciences, XYZ University
Professor of Economics, ABC University
Chair of Political Science, LMN University
Dean, Faculty of Social Sciences, XYZ University
Dean, Faculty of Social Sciences, XYZ University
Dean, Faculty of Social Sciences, XYZ University
Developing non-invasive research protocols that examine how behavioral, cognitive, and emotional modulation may influence neuroplasticity, epigenetic regulation, and chronic disease processes without pharmacological or surgical intervention.
Investigating bidirectional interactions between consciousness and physical matter, including whether cognitive states and intention may exert measurable influence on material systems beyond the biological body, and how physical structures and environmental constraints reciprocally shape conscious experience.
Exploring the neurobiological foundations of free will and subconscious conditioning, alongside experimental research into the emergence, induction, and modeling of consciousness within artificial intelligence systems, including the conditions under which conscious-like states may arise.
Investigating the neural basis of consciousness and selfhood, including whether conscious experience emerges solely from brain activity or may involve non-local, quantum, or extended mechanisms.
Examining how sleep and restorative neural states support brain recovery, functional reorganization, and regenerative processes associated with cognitive performance and neurological health.
Exploring conscious awareness during states of clinical death and extreme physiological stress, and investigating whether aspects of consciousness may persist beyond conventional biological function.
Researching the externalization, transmission, and interpretation of neural signals associated with thought and cognition through neuroimaging, computational modeling, and machine learning–based technologies.
All NNINE research employs non-invasive, neuroscience-based methodologies with quantifiable markers, including neuroimaging, electrophysiology, biological data, and behavioral metrics. Research involving human participants is conducted under ethical standards aligned with IRB principles, with an emphasis on rigor, reproducibility, and public-good outcomes.
The NNINE Method is a multimodel research framework designed to examine how directed neuroplastic recalibration, emotional–physiological regulation, and cognitive state training interact to influence biological function and human performance. The protocol integrates measurable neural, biological, and behavioral markers within an active, ongoing pre-study research setting. To date, participant-reported outcomes include spontaneous remission of long-standing physical discomfort, restoration of functional mobility, marked improvements in mood regulation, cognitive clarity, and a return to baseline physiological stability in individuals with prolonged functional impairment. These early signals continue to guide refinement of the NNINE Method as structured data collection and formal evaluation progress. While research is ongoing, current findings suggest that targeted, non-invasive modulation of brain–body systems may play a significant role in restoring functional coherence across both mental and physical domains.
The NNINE Research Protocol is a novel, neuroscience-driven framework currently being evaluated within an active pilot program. While grounded in established scientific principles, the protocol’s structure and applied methodologies are internally developed and unique to NNINE. Specific operational details are intentionally not disclosed, as core components are protected as proprietary research architecture and trade secrets under NNINE ownership.