Researching how people perceive, decide and act under real-world conditions.
Minareci Research is an independent research platform exploring human performance, occupational health, decision processes and adaptive systems through evidence-driven, interdisciplinary work.
Ethics & privacy Sensitive data require careful governance.
HUMAN INSIGHT
SYSTEMS IMPACT
OUR FOCUS
We turn complex interactions between people, work and systems into measurable research questions — and develop methods to study them in real-world settings.
CURRENT WORK
Research projects
Each public project summary explains the problem, research purpose and potential practical relevance. Unpublished methods and protected implementation details are shared only through appropriate scientific or legal channels.
01
N
ACTIVE RESEARCH
NARS
Neuro Adaptive Response System
A phased research platform examining how people recognize hazards, hesitate and respond under controlled task conditions. The aim is to make safety-critical response patterns measurable and assess their relevance to training.
CURRENT PHASE
Foundational measurement and experimental architecture. Later phases are intended to investigate multimodal sensory interaction and neuro-adaptive capabilities as the evidence base and system architecture mature.
Human performance · decision processes↗
02
P
IN DEVELOPMENT
PREWS
Psychosocial Risk Early Warning System
A privacy-conscious approach to identifying emerging workplace psychosocial risks through brief, anonymous, periodic questionnaires. Group-level patterns in stress, workload, sleep and support may help guide earlier improvements to working conditions.
CURRENT PHASE
Question design and aggregation safeguards are being refined ahead of controlled pilot testing. Responses are not individual diagnoses, and reporting is planned at an appropriately protected group level.
Psychosocial health · early signals · prevention↗
03
H
RESEARCH PROGRAM
Exposure–Health Intelligence
Occupational health data integration
A research program connecting structured tasks, exposure profiles and health trends over time. It examines how these relationships can improve surveillance, guide prevention and support clinically informed occupational health decisions.
CURRENT FOCUS
Defining structured task and exposure descriptors together with longitudinal health-data linkage principles, with privacy and clinical interpretation treated as core design constraints.
Exposure · longitudinal surveillance · risk↗
04
A
IN DEVELOPMENT
AIRS
Adaptive Intake Response System
An experimental platform exploring how contextual, personalized feedback around workplace meals may influence food choices and sustained behavioral change. Measurement is designed around longitudinal trends, with privacy as a central constraint.
CURRENT FOCUS
Core concept architecture is defined. Current work focuses on measurement validation, privacy-aware data handling and experimental protocol development before field testing.
A multi-layered research approach to reducing tobacco use at work. It combines smoke-free social alternatives and healthier break environments with timely, personalized behavioral support, while studying whether these changes lead to sustained reductions in smoking.
CURRENT FOCUS
Designing a low-burden pilot that responds to craving triggers and tests preventive prompts without medication delivery. Aggregate smoking patterns are the primary outcome; respiratory follow-up and privacy safeguards support evaluation.
Our work crosses disciplinary boundaries where isolated measurements are rarely enough.
◌
Human Performance
Perception, response, hesitation, workload and behavior under real-world constraints.
⌁
Occupational Health
Exposure profiles, longitudinal surveillance and health-oriented decision support.
⌘
Decision Systems
Turning complex operational data into structured, interpretable signals.
◇
Adaptive Technologies
Human-centered systems that adapt measurement, feedback and interaction to context.
FUTURE-READY BY DESIGN
Built to grow beyond today’s projects.
Minareci Research is structured as a research platform rather than a single-product identity. New programs can be added without diluting the core: rigorous inquiry, measurable systems and practical impact.
01
New research programs New questions can become independent programs.
02
Collaborative studies Designed for academic and institutional partnerships.
03
Translational tools Research outputs can evolve into deployable systems.
PUBLICATIONS & INTELLECTUAL PROPERTY
Publish what advances knowledge. Protect what enables innovation.
This page distinguishes public scientific outputs from formal intellectual-property filings. Only verified filing metadata and released research outputs are shown; unpublished methods and protected implementation details remain outside the public website.
Application numbers and filing dates are shown to make the record concrete. Technical claim scope, unpublished specifications and non-public prosecution strategy are not reproduced here.
PATENT APPLICATIONFILED
TR 2025/000799
Foundational NARS-related patent application.
Filed
19 February 2025
Public scope
Filing metadata only
PATENT APPLICATIONFILED
TR 2026/010623
A later NARS-related development filing. Technical subject matter is intentionally not summarized here before official public disclosure.
Filed
29 June 2026
Public scope
Filing metadata only
TRADEMARK APPLICATIONFILED
TR 2026/031839
Word/device mark application for “neuro-adaptive response system”.
Filed
11 March 2026
Public scope
Filing identity
SCIENTIFIC OUTPUTS
Public research record
Scientific outputs are listed only after they enter a public scholarly or conference record. Planned work is not presented as a publication.
PUBLIC RECORD ONLY
Peer-reviewed publications
Entries will include citation details and links when publicly available.
PUBLIC RECORD ONLY
Preprints & technical notes
Only versions intentionally released for public scientific discussion will be indexed.
PUBLIC RECORD ONLY
Conference materials
Selected abstracts, posters or talks will be added when they form part of a public record.
Patent and trademark filings are legal protection records. They are not presented as scientific validation, regulatory approval or evidence of effectiveness.
FOUNDER & RESEARCH DIRECTION
Teoman Minareci, MD
Founder · Physician · Independent Researcher
A physician-led research platform connecting occupational health, neuroscience, human performance and decision systems.
Teoman Minareci, MD, is a physician, occupational health and safety trainer, and founder of Minareci Research. He graduated from Erciyes University Faculty of Medicine in 1990. His professional experience spans family medicine and occupational health, with a focus on understanding health findings in the context of each person’s actual tasks, exposures and working conditions.
He designed his health monitoring approach in 2016 and his approach to obesity management in 2018. The emergence of AI capabilities has since helped him refine and broaden both approaches. Confidentiality of health information and physician responsibility for clinical decisions remain central to this work.
Drawing on philosophy, sociology and neuroscience, he explores how people make sense of experience and how those meanings shape perception, decisions and behavior. His approach connects bodily processes, learned habits and cultural context, while remaining attentive to the limits of analogies and the distinction between observation and interpretation.
Across research, teaching and presentations, he values questioning assumptions, considering counterexamples and refining explanations as new evidence emerges. By connecting abstract ideas with everyday experience, he encourages reflection on how we think and how learning can inform practice.
01
Medical foundation
Medical training and years of clinical practice provide the human-health foundation of the research program.
02
Workplace perspective
Occupational medicine and safety education place health data inside the context of tasks, exposures and working conditions.
03
Interdisciplinary research
Neuroscience, human performance and decision systems are brought together to develop measurable, real-world research questions.
At Minareci Research, this direction connects NARS, PREWS, Exposure–Health Intelligence, AIRS, TARS and future programs. The website communicates research questions, scope and publicly available evidence while unpublished methods and protected implementation details remain confidential.
COLLABORATION
Research moves further when disciplines meet.
For academic collaboration, institutional research, technical exchange or partnership enquiries.