significant improvements in longevity and quality of life. In our Research and Development Center, the staff members are senior researchers and distinguished scientists with many publications in high-impact journals and published books, focusing on Cross-Field research areas, including (but not limited to) subtopics like Big Data Analysis, IoT, Artificial Intelligence, Agriculture, Computational Biomedicine, Bioinformatics, Neuroinformatics, Bayesian Statistics, Cancer, developing medical decision support systems, predictive algorithms, and diagnostic tools in neurodegenerative diseases, identifying molecular mechanisms of infectious diseases, Immunopharmacology, Nanotechnology, Psychology, Special Education, Digital Education, and Bioethics.

Funogen has an active and successful collaboration with several institutions worldwide, leading to joint publications and projects.

Nowadays, focusing primarily on Autism Spectrum Disorder and Alzheimer’s Disease, Funogen’s Biomedical Department works on identifying new, efficient, non-invasive, and low-cost biomarkers to improve the ‘Aging Cure and Care’ inside Europe and globally. New software that will detect Alzheimer’s severity via the assessment of stimuli is under modeling, designing, and production.

Our team is working on using enrichment environments to correlate brain activity, brain waves, and consciousness or unconscious behavior. Our efforts will help to reduce social inequalities, eliminate alienation phenomena, and study ways of integrating isolated people into social environments. 

Additionally, due to the increasing effects of global warming and extreme weather events, environmental stressors such as drought, salinity, and nutrient deficiencies are significantly impacting plant growth and performance. Globally, soil salinity has emerged as a major environmental challenge, affecting soil quality and hindering economic and agricultural development.

In response to these pressing issues, our international scientific team—comprising experts from Armenia, Greece, Spain, and Germany—is pioneering innovative technologies to combat soil salinity and reduce methane emissions caused by the burning of agricultural waste. Through extensive research and experimentation, we are successfully developing a program that utilizes biogenic nanoparticles and biochar derived from greenhouse and agricultural waste. These enriched materials are applied in an environmentally friendly manner to enhance plant tolerance, improve soil quality, and boost crop resilience and productivity.

This two-pronged approach not only mitigates the adverse effects of soil salinity but also transforms waste into valuable resources, creating a sustainable system that minimizes agriculture's ecological footprint. Our initial published results demonstrate the potential for this innovative solution to promote sustainable agriculture at both local and national levels.