Invited Speaker

Dr. Farid Menaa (Bsc. BioEngineering ; Bsc. Biology and Physiology ; Msc. Genetics ; Master Gerontology/Geriatrics ; PhD Radiation Oncology/Gerontology (Paris, France, 2003) ; three international post-doctoral terms in Oncology, Dermatology, Stem cells, Hematology, Genomics ; MBA Entrepreneurship and MD candidate), is an experienced and skilled inter- and multi-disciplinary professional. During his career, Dr. Menaa followed complementary formations in Marine Biology (Caen, France), Pharmacy (Liege, Belgium), Biochemistry, Chemistry and Biophysics (California, USA), Business Development and Management (USA and Brazil). Professor, Principal Investigator, Executive Director, Consulting Healthcare and Biosystems Expert, Companys’ Advisor and Coach, Supervisor, Editor, Editor-in-Chief, Reviewer, Event Organizer, Entrepreneur and Polyglot, Dr. Menaa earned his degrees with high distinctions from prestigious universities and institutions worldwide. Dr. Menaa has more than 10 years experiences either in the academic (mainly institutions from France, USA, Germany, Brazil) or in the industrial sectors such as Guerbet SA, SANOFI, Fluorotronics, Inc. During his ongoing career, Dr. Menaa has mainly contributed to the identification and function of new human genes modulated by radiation ; Discovered a new signaling pathway after DNA damage ; Pointed out the link between the presence of stem cells, some of their genetic mutations, and the patient’s diagnosis and prognostic ; Identified genomic alterations in adult sickle cell anemia patients with stroke ; Developed new phytotherapeutic formulations against skin conditions ; Demonstrated the importance of various natural medicines in the prevention and/or treatment of diverse inflammatory-state and non-communicable diseases (NCDs) ; Contributed to the development and characterization of new nanomaterials ; Developped personalized translational medical strategies to diagnose and treat better and faster chronic pathologies. In 2009, Dr. Menaa was named Chief Scientific Officer (CSO) and R&D&I Executive Vice-Pressident (EVP) for Fluorotronics, Inc, CA, USA, the leading company in Fluorine-Carbon Spectroscopy. Dr. Menaa co-developped and applied this innovative green technology to Nanomedicine, Medicinal Chemistry, Nanotechnology, Oncology, Pharmaceutical and Life Sciences.

Will be Update Soon

Will be Update Soon

Dr. Erveton Pinheiro Pinto is a Brazilian physicist, researcher, and professor at the Federal University of Amapá, where he leads the Computational Physics Laboratory and the Applied Physics and Computational Modeling Research Group. He holds a Ph.D. in Biotechnology from the BIONORTE Network and completed a postdoctoral fellowship at the Center for Sustainable Development of the University of Brasília, in collaboration with the Nanoscopy Laboratory of the Pontifical Catholic University of Rio de Janeiro. His research lies at the interface of nanotechnology, biophysics, statistical physics, and environmental sciences, with particular emphasis on Atomic Force Microscopy (AFM), surface and interface characterization, fractal analysis, complex systems, and nanobiotechnology. Over the past decade, he has developed innovative methodologies for nanoscale image analysis and has contributed to the characterization of biomaterials, nanocomposites, biofilms, and nanostructured surfaces derived from Amazonian biodiversity. Dr. Pinto has authored more than 40 peer-reviewed scientific articles, accumulating over 800 citations and an h-index of 18 according to Google Scholar. His recent work spans AFM-based nanomorphology, fractal geometry, advanced materials, biomaterials, and the application of complex systems theory to environmental and ecological dynamics. He serves as reviewer for several international journals, including Physica A: Statistical Mechanics and its Applications, Journal of Applied Physics, Scientific Reports, and Materials Today Communications. He is also a member of the editorial board of the journal Fractal and Fractional. At NanoMat 2027, Dr. Pinto will share recent advances in nanoscale characterization and data-driven analysis of complex materials, highlighting how nanotechnology, microscopy, and computational modeling can be combined to address challenges in advanced materials, biotechnology, and sustainable development.