Assoc. Prof. Dr. Paul Nahas is a distinguished academic and researcher in the field of restorative dentistry and dental materials science, recognized for his contributions to clinical innovation, dental education, and applied research. His scholarly work encompasses 13 publications with over 90 citations and an h-index of 6, reflecting a sustained commitment to advancing scientific knowledge and improving clinical outcomes. Dr. Nahas’s research primarily focuses on adhesive dentistry, laser applications in operative dentistry, and the development of novel biomaterials, including his patented biocement derived from natural polysaccharides and proteins for dental use. His inventive approach has earned multiple international awards for innovation and excellence, underscoring his capacity to translate scientific research into practical, high-impact solutions. Beyond research, he has made significant contributions to academic mentorship, directing numerous postgraduate theses and serving on national and international examination juries. His active participation as a reviewer in peer-reviewed journals and as a collaborator with European research institutions further demonstrates his engagement in global academic exchange. Dr. Nahas’s expertise extends to digital dentistry, 3D printing applications, and the integration of laser and CAD/CAM technologies in restorative procedures, reflecting a forward-looking approach to clinical practice and education. His interdisciplinary orientation bridges the gap between scientific research, technology, and patient-centered care. Through his dedication to innovation, teaching, and professional development, Dr. Nahas has contributed to the enhancement of dental education standards and the advancement of restorative and conservative dentistry. His ongoing work continues to influence emerging trends in dental materials research, laser-assisted therapies, and digital workflow integration, reinforcing his role as a leading figure committed to scientific progress and sustainable advancement in the field of modern dentistry.
Profiles: Scopus
Featured Publications
1. P. Nahas, “Microscopic and Crystallographic Analysis of Increased Acid Resistance of Melted Dental Enamel Using 445 nm Diode Laser: An Ex-Vivo Study,” Dentistry Journal, 2025.
Dr. Paul Nahas’s work bridges advanced dental research and clinical innovation by developing novel biomaterials, laser-based treatment techniques, and digital dentistry applications. His contributions enhance patient care, promote sustainable dental practices, and advance global innovation in restorative and conservative dentistry.