Wenjing Zhang | Environmental Science | Research Excellence Award | 14094

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Prof Dr. Wenjing Zhang | Environmental Science | Research Excellence Award 

Jilin University | China

Professor Wenjing Zhang is an established scholar in hydrology, groundwater science, and environmental systems engineering, with internationally recognized contributions to subsurface contaminant transport, groundwater pollution risk assessment, and multi-phase, multi-media environmental processes. She received her Ph.D. in Hydrology and Water Resources from Jilin University and completed postdoctoral research at Beijing Normal University, followed by academic advancement to Full Professor at the College of New Energy and Environment, Jilin University. Her research integrates hydrological processes, geochemical interactions, microbiological dynamics, and environmental risk modeling to address complex challenges in groundwater and soil environments under natural and anthropogenic stressors. A central focus of her work is the transport and fate of pathogens, viruses, and colloids in porous media, particularly within the capillary and vadose zones, where coupled physical, chemical, and biological processes govern contaminant migration across groundwater–soil–atmosphere interfaces. Professor Zhang has led multiple nationally funded projects as Principal Investigator, including a National Natural Science Foundation of China General Program and key subprojects under the National Key R&D Program of China. These projects investigate critical mechanisms such as ssRNA virus transport at multiple spatial scales, DNAPL solid–liquid–gas multiphase partitioning, and cross-media interfacial migration and transformation. Her research outcomes have advanced scientific understanding of pathogen mobility, colloid-facilitated transport, and redox-driven contaminant attenuation, while also supporting the development of multidimensional groundwater pollution risk early-warning systems and real-time monitoring technologies. Her scholarly work is widely published in leading international journals, including Science of the Total Environment, Environmental Science & Technology, Journal of Hydrology, Environment International, and Geoscience Frontiers, where she has frequently served as sole first author or corresponding author. These publications are characterized by strong interdisciplinary integration, combining laboratory experiments, field investigations, and process-based modeling to bridge fundamental science with practical environmental management. In addition to academic publications, Professor Zhang has contributed to technology transfer and policy-relevant outcomes through software systems for groundwater monitoring and risk forecasting, which have been applied in contaminated site management and regional groundwater protection. Her research achievements have been recognized through multiple provincial-level Science and Technology Progress Awards and national technology promotion honors. Through sustained innovation, interdisciplinary collaboration, and leadership in major research programs, Professor Wenjing Zhang continues to play a pivotal role in advancing groundwater environmental science and supporting sustainable water resource protection in China and beyond.

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Reza Bavarsad Shahripour | Medicine and Health Sciences | Research Excellence Award

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Dr. Reza Bavarsad Shahripour | Medicine and Health Sciences | Research Excellence Award 

University of California, San Diego | United States

Dr. Reza Bavarsad Shahripour is a board-certified vascular neurologist and Assistant Professor of Neurology at the University of California San Diego (UCSD). He serves as Medical Director of the Neurovascular and Neurosonography Laboratory at the UCSD Stroke Center, where he specializes in advanced cerebrovascular diagnostics, acute stroke care, and translational neurovascular research. Dr. Bavarsad Shahripour completed advanced fellowship training in Vascular Neurology and NIH StrokeNet at UCSD, following extensive international training in stroke medicine and neurosonology across the United States, Australia, and Iran. He is board-certified by the American Board of Psychiatry and Neurology, holds Vascular Neurology subspecialty certification, and was elected Fellow of the American Heart Association (FAHA) in recognition of his scientific contributions to stroke research. His research focuses on transcranial Doppler ultrasonography, cerebral hemodynamics, collateral circulation, thrombectomy outcomes, cervical artery dissection, and acute ischemic and hemorrhagic stroke therapies. He has served as Principal Investigator or Sub-Investigator on multiple NIH-funded multicenter clinical trials, including FASTEST, SATURN, STOP-CAD, ARCADIA, SLEEP SMART, and RHAPSODY-2. Dr. Bavarsad Shahripour has authored over 70 peer-reviewed publications, contributed to major neurology textbooks, and is an Associate Editor of the Clinical Journal of Neuroimaging. He is an internationally invited speaker and educator in neurosonology and vascular neurology, with consistent presentations at the International Stroke Conference, American Academy of Neurology, and American Society of Neuroimaging. His work has been recognized with multiple honors, including the McKinney Award (2025), NIH ACTRI Pilot Grant, FAHA designation, and national and international scientific travel awards.

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Recanalization of acute basilar artery occlusion improves outcomes: a meta-analysis

– Journal of neurointerventional surgery , 2023 | Cited by 163

Tingting Yu | Robotics and Automation | Research Excellence Award | 14087

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Assoc Prof Dr. Tingting Yu | Robotics and Automation | Research Excellence Award

South China University of Technology | China

Dr. Tingting Yu is an Associate Professor at the Shien-Ming Wu School of Intelligent Engineering, South China University of Technology (SCUT), Guangzhou, China, and an emerging leader in the field of micro- and nanorobotics. She received her B.Sc. degree in Computational Physical Chemistry and M.Sc. degree in Chemical Engineering and Physical Chemistry from the Technical University of Darmstadt, Germany, followed by a Ph.D. in Physical Chemistry jointly awarded by the University of Stuttgart and the Max Planck Institute for Intelligent Systems, Germany. Her interdisciplinary academic training has enabled her to bridge fundamental physical chemistry with advanced intelligent engineering and applied robotics. Dr. Yu’s research focuses on the design, fabrication, and intelligent control of material-driven micro- and nanorobotic systems, with strong applications in biomedicine and environmental remediation. Her work integrates novel propulsion mechanisms, hybrid light-magnetic actuation, self-assembly phenomena, and AI-based control strategies to develop functional microrobots capable of targeted drug delivery, microplastic removal, and biomimetic communication. She has made significant contributions to understanding motion control, swarm behavior, and feedback-guided fabrication in microscale systems. She has served as Principal Investigator or Co-Principal Investigator on several competitive national and provincial research grants, including projects funded by the National Natural Science Foundation of China (NSFC), MOSF Key Programs, Guangdong Regional Joint Funds, and Central University Young Scientist Group initiatives. In addition, Dr. Yu has led multiple industry-collaborative projects with major organizations such as the State Grid Corporation of China and Midea Group, demonstrating the translational impact of her research. Dr. Yu holds granted patents in advanced sensing systems and rapid prototyping DLP-based 3D printing technologies, reflecting her strong innovation capacity. Her research output includes high-impact publications in leading international journals such as Materials & Design, Nanoscale, Advanced Intelligent Systems, Small, ACS Applied Materials & Interfaces, ACS Nano, Advanced Science, and IEEE Robotics and Automation Letters. Several of her works have received journal highlights, front covers, and special recognitions, underscoring their scientific significance.

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Dongdong Wang | Environmental Science | Research Excellence Award

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Prof Dr. Dongdong Wang | Environmental Science | Research Excellence Award

University of Science and Technology of China | China

Prof. Dr. Dongdong Wang is a distinguished materials scientist and interdisciplinary researcher whose work bridges chemistry, nanotechnology, biology, and medicine, with a strong focus on nanozyme engineering and metal–organic framework (MOF)–derived functional materials for biomedical applications. He received his Bachelor of Science degree from Lanzhou University and earned his Ph.D. in 2018 from the University of Science and Technology of China (USTC). Following his doctoral training, he conducted postdoctoral research at Nanyang Technological University from 2018 to 2022, where he further expanded his expertise in advanced nanomaterials and catalytic systems. In June 2022, Prof. Wang joined USTC as a Professor and Principal Investigator, establishing an independent and rapidly growing research program. Prof. Wang has authored more than 80 high-impact research articles published in internationally leading journals such as Accounts of Chemical Research, Nature Communications, Angewandte Chemie, Advanced Materials, Chem, ACS Nano, and Advanced Science. His scholarly contributions demonstrate both depth and breadth, ranging from fundamental mechanistic studies to application-oriented innovations. His research is supported by competitive funding, including grants from the National Natural Science Foundation of China and the Anhui Provincial Natural Science Foundation, reflecting strong national recognition of his scientific leadership. In 2025, he was selected as a JMCB Emerging Investigators, further underscoring his rising international profile. The core of Prof. Wang’s research lies in the rational design and synthesis of porous nanozymes, single-atom nanozymes, and MOF-based hybrid materials. He systematically investigates their enzymatic catalytic mechanisms and explores their applications in tumor imaging, diagnosis, therapy, antibacterial treatment, and immunomodulation. A defining feature of his work is the integration of reactive oxygen species (ROS)–based catalytic therapy with modulation of the tumor microenvironment, providing innovative strategies for precision theranostics. Additionally, he explores the use of microorganisms and microbially synthesized nanomaterials in catalysis and tumor immunotherapy, opening new frontiers at the interface of biology and materials science. Beyond research outputs, Prof. Wang plays an active role in the scientific community as a guest editor for leading journals including Molecules, Materials, and Frontiers in Chemistry, and serves as an invited independent reviewer for top-tier journals such as Nature Communications, Journal of the American Chemical Society, ACS Nano, and Biomaterials. His achievements have been recognized through multiple prestigious honors, including the BaoGang Education Scholarship and the National Graduate Scholarship. Overall, Prof. Dongdong Wang’s research profile reflects originality, interdisciplinary impact, and sustained excellence, making him a strong candidate for the Research Excellence Award.

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Elucidating the Critical Role of Water in Selective Hydrogenation of N-heterocycles on a Cobalt Catalyst

– Angewandte Chemie International EditionThis link is disabled., 2025

Vladimir Zinoviev | Renewable Energy Technologies | Research Excellence Award

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Assoc Prof Dr. Vladimir Zinoviev | Sunotec | Research Excellence Award 

Sunotec | Bulgaria

Professor Vladimir Zinoviev is an accomplished academic and industry expert whose research and professional work focus on energy transformation, sustainable development, and the economics and management of the energy sector. His profile reflects a strong integration of scientific research, strategic leadership, and real-world implementation across renewable energy, smart grids, electric mobility, and energy infrastructure systems. His research addresses critical challenges related to the energy transition, including the deployment of renewable energy sources, integration of photovoltaic power with electric mobility, digitalization of power systems, smart grid development, and the application of artificial intelligence in energy automation. A central theme of his work is the economic and managerial optimization of energy systems, emphasizing policy design, financial engineering, investment strategies, and governance models that support sustainable and resilient energy infrastructures, particularly in Southeast Europe. Professor Zinoviev has contributed extensively to the scientific literature, authoring over 50 peer-reviewed articles, books, and academic publications covering renewable energy systems, energy transmission and distribution, storage technologies, digital power solutions, and energy market transformation. His research outputs demonstrate a balance between theoretical frameworks and applied solutions, supporting evidence-based decision-making for governments, industry stakeholders, and international organizations. In addition to scholarly publications, he has played a key role in large-scale international research projects, including participation in European Union–funded initiatives addressing just energy transition, regional development, and climate neutrality. His work on photovoltaic power generation and electric mobility integration provides important insights into decarbonizing transport systems and enhancing grid flexibility. These contributions strengthen the alignment between energy policy objectives and technological deployment. Professor Zinoviev’s research profile is further distinguished by his extensive engagement with industry-driven innovation. He has led and contributed to numerous renewable energy and infrastructure projects, including solar, wind, biomass, and smart grid implementations, translating research findings into operational energy systems. This strong industry linkage enhances the practical relevance and societal impact of his academic work. Beyond research, he is actively involved in graduate and postgraduate education, contributing to curriculum development and teaching in energy economics, smart grids, and energy project management. His academic leadership supports the training of future professionals capable of navigating complex energy transitions. Overall, Professor Vladimir Zinoviev’s research profile reflects interdisciplinary expertise, international collaboration, and sustained impact at the intersection of energy science, economics, and policy. His work contributes meaningfully to advancing sustainable energy systems, supporting climate goals, and shaping modern energy governance frameworks.

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Charging Infrastructure and E-mobility Integration: Economic and Energy Benefits for Sustainable Grid Management

– International Conference on Communications, Information, Electronic, 2024

Sanboh Lee | Chemistry and Materials Science | Excellence in Research Award

Published on by Research Awards

Prof. Sanboh Lee | Chemistry and Materials Science | Excellence in Research Award 

National Tsing Hua University | Taiwan

Professor Sanboh Lee is a highly distinguished scholar in materials science and engineering, internationally recognized for foundational and applied contributions spanning structural materials, polymers, electronic materials, and transport phenomena. His research career has been characterized by exceptional breadth and depth, integrating solid mechanics, materials physics, and microstructural science to address complex material behavior across multiple length scales. Professor Lee’s scientific work has significantly advanced the understanding of elastic interactions between defects and cracks, fracture mechanics, diffusion-induced and thermal stresses, and phase transformations in crystalline and composite materials. His studies on dislocation–crack interactions and elastic inclusions have provided fundamental insights into fracture resistance and toughening mechanisms, influencing the design of high-performance structural materials. In parallel, his research on ionic single crystals and polymer systems has clarified the relationships between mass transport, phase separation, optical behavior, and mechanical performance, with implications for both engineering plastics and functional materials. A major strength of Professor Lee’s research lies in its interdisciplinary scope. His investigations into hydrogen transport, magnetic and mechanical properties of steels, and texture evolution in low-carbon laminations have contributed to improved energy and power-related materials. He has also made important contributions to semiconductor materials, particularly amorphous and nanocrystalline silicon, supporting advances in electronic and device technologies. His work in micro- and nano-machining, nano-imprint technology, and nanostructured materials reflects a forward-looking engagement with emerging fabrication and manufacturing approaches. Professor Lee has further extended materials science principles into unconventional areas, including the mechanics and thermal aging of food materials, demonstrating the versatility and societal relevance of his research framework. His scholarship bridges theory, experimentation, and application, consistently emphasizing structure–property–performance relationships. With more than 280 peer-reviewed journal publications and over 150 invited and contributed presentations, Professor Lee’s work has achieved sustained international impact. His research excellence has been widely recognized through numerous prestigious honors, fellowships, and lifetime achievement awards from leading scientific societies worldwide. In addition, his long-standing service on editorial boards, award committees, and international advisory panels reflects a deep commitment to shaping the global materials science community. Overall, Professor Sanboh Lee’s research profile exemplifies scientific rigor, intellectual leadership, and lasting influence, contributing fundamentally to materials mechanics, functional materials development, and interdisciplinary materials engineering.

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Chenyuan Zhu | Environmental and Sustainable Materials | Research Excellence Award

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Dr. Chenyuan Zhu | Environmental and Sustainable Materials | Research Excellence Award

Fudan University | China

Dr. Chenyuan Zhu is an accomplished researcher in chemistry and chemical engineering, recognized for impactful contributions to electrocatalysis, interfacial chemistry, and sustainable energy conversion. His research centers on the rational design of catalytic interfaces and active-site motifs to enable efficient electrochemical transformations, particularly carbon dioxide reduction and nitrate-to-ammonia conversion, which are critical for carbon neutrality and green nitrogen cycles. Dr. Zhu’s work systematically explores how bimetallic interfaces, crystallographic facets, defect engineering, and ionomer regulation influence reaction pathways, selectivity, and catalytic efficiency. By combining precise materials synthesis with advanced electrochemical characterization, his studies reveal structure–function relationships that govern multi-electron transfer reactions. Notably, his research on Au/Cu and Ag/Cu biphasic interfaces has demonstrated selective tandem conversion of CO₂ into value-added C₂+ alcohols, offering new strategies for carbon utilization. His investigations into Cu-based catalysts have provided fundamental insights into dynamic surface restructuring and product-specific active sites, significantly advancing the understanding of electrochemical CO₂ reduction mechanisms. In the area of electrochemical nitrogen conversion, Dr. Zhu has reported innovative approaches for nitrate-to-ammonia synthesis using tandem and biphasic catalytic systems, achieving enhanced activity and selectivity. These works contribute to sustainable ammonia production pathways that bypass energy-intensive Haber–Bosch processes. His broader research portfolio also includes contributions to electrochemical methanation, battery materials, and photocatalytic membranes for water treatment, reflecting a strong interdisciplinary foundation spanning catalysis, energy storage, and environmental remediation. Dr. Zhu’s scholarly output includes publications in leading journals such as Chem, ACS Catalysis, Journal of the American Chemical Society, Nano Letters, Journal of Materials Chemistry A, ChemSusChem, and Journal of Energy Chemistry. Several of these works are highly cited, featured as reviews or highlights, and published in top-tier journals, underscoring their scientific influence and originality. His research is characterized by methodological rigor, innovative interface engineering concepts, and clear relevance to global sustainability challenges. Through sustained contributions to fundamental catalysis science and applied electrochemical technologies, Dr. Zhu’s research advances the development of high-efficiency catalytic systems for clean energy and chemical production. His work continues to shape emerging strategies for carbon management, green ammonia synthesis, and next-generation electrochemical processes, positioning him as a significant contributor to modern catalysis and sustainable chemical engineering research.

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Wenyuan Fang | Chemical Engineering | Best Researcher Award

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Assist Prof Dr. Wenyuan Fang | Chemical Engineering | Best Researcher Award 

Jining Medical University | China

Dr. Wenyuan Fang is a dedicated researcher and academic in the field of pharmaceutical sciences, with a strong specialization in glycoengineering, functional oligosaccharides, and glycopeptide drug development. Fang research contributions demonstrate a significant commitment to advancing innovative strategies for the synthesis, design, and pharmacological evaluation of bioactive oligosaccharides and glycopeptide-based therapeutics. Over the years, Fang has built a solid body of work that integrates organic synthesis, enzymatic methodologies, glycosylation mechanisms, and functional material applications. This multidisciplinary approach has enabled to contribute meaningfully to drug discovery, targeted drug delivery, and the development of functional biomaterials. Her research focuses on several key areas, including the development of novel drug candidates derived from bioactive oligosaccharides, advanced chemoenzymatic synthesis strategies, the study of glycopeptide function, pharmacodynamic analysis of peptide drugs, glycan functional materials, and delivery systems for therapeutic peptides. Fang scholarly output includes publications in highly regarded journals such as Biotechnology Advances, Biomolecules, Chemistry – A European Journal, Chinese Journal of Chemistry, Journal of Materials Chemistry A, and Journal of Materials Science. These works reflect both depth and innovation, with several papers recognized as cover features or frontispieces, highlighting their scientific importance and impact. Fang contributions to oligosaccharide synthesis—particularly rapid enzymatic assembly, functional membrane development, and advanced material fabrication—demonstrate ability to bridge traditional pharmaceutical sciences with material chemistry and biomolecular engineering. Fang’s recent publications also showcase progress in the chemoenzymatic construction of human blood group antigens and the development of synthetic strategies for bioactive oligosaccharides, reinforcing the expertise in glycoscience and its translational potential. Fang has participated in funded research projects, including those supported by regional science foundations, contributing to the advancement of drug development technologies and the understanding of glycan structure–function relationships. Beyond research, Fang’s academic involvement includes collaboration with multidisciplinary teams, fostering an environment of scientific exchange and innovation. Wenyuan Fang work supports the development of next-generation therapeutic strategies and holds strong potential for real-world applications in pharmaceutical formulation, biomaterials, and biomedical research. Through consistent scholarly engagement, innovative project involvement, and contributions to scientific literature, Wenyuan Fang exemplifies a strong commitment to advancing pharmaceutical and glycoengineering research. Fang achievements reflect not only scientific rigor but also the potential to influence future developments in drug design, therapeutic delivery, and functional biomaterial innovation.

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Amany Kassem | Dentistry | Excellence in Research Award

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Dr. Amany Kassem | Dentistry | Excellence in Research Award

King Faisal University | Egypt

Dr. Amany Osama Kassem is a dental public health researcher whose work bridges clinical dentistry, population health, and healthcare quality improvement. Her academic training culminated in an MSc in Dental Public Health from King Faisal University, completed with first-class honors and the highest cumulative GPA in her cohort. Her research profile reflects a strong commitment to evidence-based practice, interdisciplinary collaboration, and the translation of research findings into practical improvements in oral healthcare delivery. Her primary research interests include oral hygiene practices among hospitalized patients, hospital dentistry, dental public health, oral health promotion, nutritional epidemiology, and the role of healthcare providers in maintaining patient oral care. A central focus of her work is improving oral health outcomes in vulnerable and institutionalized populations through policy-relevant research and preventive strategies. This is exemplified by her recent Q1 publication in the Journal of Clinical Medicine (2025), which examined oral hygiene practices of hospitalized patients in public and private hospitals in Saudi Arabia. The study provides important insights for hospital oral health protocols and interdisciplinary care models, contributing to improved patient safety and quality of care. In addition to hospital-based oral health research, her work extends to broader population health issues. Her publication on vitamin D status among adolescents and young adults highlights the intersection between nutrition, systemic health, and oral health outcomes. She has also contributed to clinical dentistry research through studies on endodontic flare-ups, aiming to enhance treatment outcomes and patient management strategies. Collectively, her publications demonstrate methodological rigor and relevance across public health, clinical, and preventive dentistry domains, with articles indexed in internationally recognized journals. Beyond publications, she has been actively involved in multiple completed and ongoing research projects, reflecting sustained scholarly productivity and engagement. Her research activities are complemented by innovation in academic dissemination, including delivering the first hologram-based research presentation at the College of Dentistry, King Faisal University—an initiative that underscores her interest in modernizing scientific communication and education. Her contributions have been recognized through several academic distinctions, including first place in a research poster competition and the University’s Excellence Ambassadors Award. She collaborates with multidisciplinary research teams across hospitals and academic institutions, strengthening the clinical and public health relevance of her work. As a member of professional dental and research societies, she remains engaged with the global research community. Overall, her research profile reflects a balanced integration of scientific inquiry, innovation, and applied public health impact, with a clear focus on advancing oral healthcare quality, safety, and accessibility through robust research and continuous professional development.

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Equivalent Circuit Model for Large-Area Photodiodes for VLC Systems

– International Symposium on Communication Systems, 2022

Cai Xiaolong | Chemical Engineering | Research Excellence Award

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Mr. Cai Xiaolong | Chemical Engineering | Research Excellence Award 

YuLin University | China

Mr. Cai Xiaolong (also cited as Cai Xiaolin) is an emerging researcher in materials science and photocatalysis, with a primary affiliation at the College of New Energy and the College of Chemistry and Chemical Engineering, Yulin University, Yulin 719000, China. His work focuses on the design, synthesis, and optimization of advanced semiconductor photocatalysts for sustainable energy conversion and environmental applications — especially solar-driven CO₂ reduction and related redox reactions using visible light. A central theme in Mr. Cai’s research is the controllable synthesis and structural modulation of bismuth-based photocatalytic materials, with particular emphasis on bismuth oxybromide (Bi₄O₅Br₂) and other Bi-oxyhalide phases. These layered semiconductor compounds are of interest because their tunable band structures and internal electric fields can enhance the generation and separation of photogenerated charge carriers under visible light irradiation — properties that are key to efficient photocatalysis. MDPI In his recently published work, Mr. Cai led efforts to develop hydrothermal synthesis strategies that manipulate precursor chemistry — such as the Bi:Br molar ratio and solution pH — to achieve controlled formation of Bi₄O₅Br₂, BiOBr, and Bi₅O₇Br phases with varied morphologies and photocatalytic performance. This research demonstrates how careful tuning of synthesis parameters can yield materials with improved light absorption, tailored morphologies (e.g., microspheres, polyhedrons), and enhanced performance in the photocatalytic reduction of CO₂ to CO. Among the synthesized catalysts, certain Bi₄O₅Br₂ structures achieved record rates of CO production and competitive selectivity under visible-light conditions, illustrating the potential of phase-engineered bismuth oxybromides for solar fuel generation. MDPI Mr. Cai’s contributions extend to understanding how intrinsic material properties such as band gap, charge separation efficiency, and surface adsorption behavior impact photocatalytic pathways. His approach integrates materials chemistry, advanced structural characterization, and catalytic testing, aiming to bridge fundamental insights with application-oriented outcomes. As part of a wider research community exploring Bi-rich oxyhalides, related strategies include heterojunction construction, dopant engineering, and oxygen-vacancy modulation — all intended to further enhance visible-light activity and product specificity. RSC Publishing Overall, Mr. Cai Xiaolong’s work contributes to the development of next-generation photocatalytic materials that address global challenges in carbon utilization and renewable energy, positioning him as a notable scholar in photocatalytic CO₂ conversion and sustainable materials design.

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