Dr. Ayman Ahed Abu Ghazal | Materials for Energy Applications | Research Excellence Award

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Dr. Ayman Ahed Abu Ghazal is a distinguished specialist in materials for energy and nuclear applications, recognized for his strong integration of materials science, nuclear engineering, and non-destructive evaluation techniques. His expertise centers on the characterization, monitoring, and performance assessment of structural and shielding materials used in advanced energy systems, particularly within nuclear environments. He has played a pivotal role in establishing specialized laboratory capabilities, including facilities for nuclear materials analysis and neutron calibration, contributing directly to national research infrastructure. Dr. Abu Ghazal’s work bridges experimental investigation, simulation, and applied engineering, with a focus on radiation–matter interactions, thermal–mechanical behavior of metals, and the development of enhanced radiation shielding materials. He is highly skilled in advanced diagnostic tools, gamma spectrometry, and computational modeling, enabling precise evaluation of material integrity under extreme conditions. Alongside his research contributions, he is actively involved in technical training, supervision of graduate projects, and interdisciplinary collaboration, fostering knowledge transfer between academia, research institutions, and applied energy sectors. His sustained commitment to innovation, safety, and scientific rigor has positioned him as a valuable contributor to the advancement of materials science for sustainable and secure energy technologies, making him a strong recipient of the Research Excellence Award.

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Prof. Hyung-Ryong Kim | Biomaterials | Research Excellence Award

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Prof. Hyung-Ryong Kim | Biomaterials | Research Excellence Award

Jeonbuk National University | South Korea

Prof. Hyung-Ryong Kim is an internationally respected scientist whose work spans biomaterials, regenerative medicine, pharmacology, and advanced disease modeling. He is a Professor at Jeonbuk National University and is widely recognized for his interdisciplinary approach that connects fundamental biomedical science with translational applications. Prof. Kim’s research focuses on understanding cellular stress responses, stem cell behavior, and biomaterials–cell interactions, with the goal of developing innovative strategies for tissue regeneration and therapeutic intervention. A defining strength of his work is the integration of biomaterials with biological systems to guide cell fate, improve implant performance, and support regenerative signaling in complex tissues. He has also played a pioneering role in advancing organoid-based platforms, contributing to new models for studying disease mechanisms and evaluating therapeutic strategies in physiologically relevant systems. Beyond his scientific contributions, Prof. Kim has demonstrated exceptional academic leadership, serving in senior administrative and strategic roles and contributing to national science policy and large-scale research initiatives. He is known for fostering multidisciplinary collaboration and mentoring researchers across medicine, dentistry, materials science, and life sciences. His scholarly influence extends through active engagement in international research networks, professional societies, and academic service, helping to shape emerging directions in biomaterials and regenerative medicine. Prof. Kim’s career reflects a strong commitment to innovation, leadership, and real-world impact, emphasizing the translation of scientific discovery into practical healthcare solutions. Through his sustained contributions to biomaterials research, regenerative science, and academic leadership, Prof. Hyung-Ryong Kim has established a distinguished global profile and is a highly deserving recipient of the Research Excellence Award.

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Dr. Youssef Doubi | Thin Film Technologies | Research Excellence Award

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Dr. Youssef Doubi | Thin Film Technologies | Research Excellence Award

Lorraine University | France

Dr. Youssef Doubi is a materials scientist specializing in thin film technologies, with strong expertise in the design, fabrication, and optimization of functional semiconductor and nanostructured coatings for advanced technological applications. His research focuses on the development of metal oxide and hybrid thin films using cost-effective and scalable deposition techniques, including spray pyrolysis, spin coating, dip coating, and electrodeposition. Dr. Doubi’s work emphasizes the precise control of structural, optical, electrical, and sensing properties of thin films, enabling their use in gas sensors, optoelectronic devices, photovoltaic systems, photocatalysis, energy storage, and hydrogen production. He is particularly recognized for integrating experimental fabrication with advanced characterization methods and numerical modeling to achieve high-performance materials tailored for environmental monitoring and renewable energy technologies. In addition to his research activities, Dr. Doubi has demonstrated a strong commitment to higher education through teaching, laboratory instruction, and supervision of postgraduate researchers, contributing to the training of students in applied physics, materials science, and electronic systems. His academic profile reflects active engagement in interdisciplinary and international research collaborations, as well as service to the scientific community through peer review and scholarly dissemination. Dr. Doubi’s work is driven by a clear vision of sustainability, innovation, and practical impact, aiming to address challenges related to energy efficiency, pollution control, and green technologies through advanced thin film materials. His ability to combine rigorous scientific methodology with real-world applications highlights his growing influence in the field of thin film technologies. Through sustained research productivity, educational involvement, and commitment to technological advancement, Dr. Youssef Doubi has established himself as a promising and impactful researcher and is a deserving recipient of the Research Excellence Award in Thin Film Technologies.

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Mixed-Phase Electrodeposited MoS2 Quantum Dots for Solar-Driven Dye Removal

– Journal of Photochemistry and Photobiology A: Chemistry, Article 116987, 2025