Waseem Ahmad | Cosmology | Best Researcher Award

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Mr. Waseem Ahmad | Cosmology | Best Researcher Award

Mr. Waseem Ahmad | Cosmology | Lecturer Mathematics at University of Lahore | Pakistan

Mr. Waseem Ahmad is a dedicated university lecturer in mathematics from Pakistan, recognized for his unwavering commitment to education, research, and scholarly excellence. His academic journey began with a graduation in mathematics from the University of the Punjab, Lahore, followed by an MS in Mathematics from the University of Education, Lahore Campus, where he deepened his expertise in advanced mathematical theories and applications. Professionally, Mr. Waseem Ahmad has built a strong career as a lecturer, serving in multiple prestigious institutions including the University of Lahore, NUML University Lahore Campus, and the University of Education Lahore. In these roles, he has taught a wide spectrum of mathematical subjects such as numerical analysis, linear algebra, complex analysis, differential geometry, vector and tensor analysis, probability and statistics, multivariable calculus, and calculus with analytic geometry, reflecting both depth and diversity in his teaching expertise. His research interests are centered around non-linear partial differential equations, numerical analysis, mathematical modeling, and general relativity, with a particular focus on applying mathematical frameworks to address real-world scientific and physical challenges. Mr. Waseem Ahmad’s scholarly contributions are evident in his publications in high-impact international journals, including Scopus and Web of Science indexed outlets such as The European Physical Journal C and Physics of the Dark Universe. His research has gained recognition within the scientific community, leading to multiple collaborations with international researchers and co-authored works that explore the complexity and stability of dynamical systems, as well as gravitational and cosmological models in modified theories of gravity. His academic skills are complemented by strong research capabilities in modeling, problem-solving, advanced mathematical computation, and interdisciplinary application of mathematics to physics, further supported by proficiency in modern academic tools such as LaTeX, MATLAB, and other computational platforms. In addition to teaching and research, Mr. Waseem Ahmad has actively participated in several international conferences, presenting his work on applied mathematics, relativistic astrophysics, and gravitation at institutions including COMSATS Institute of Information Technology, University of Education Lahore, and the University of the Punjab. These engagements highlight his role in fostering academic exchange and his commitment to contributing to the global research community.

Academic Profile: Scopus

Selected Publications:

  1. Implications of minimal gravitational decoupling on compact models admitting Kohler–Chao–Tikekar spacetime in (A, 4D) theory – 2025

 

Ata Jameei Osgouei | Marketing | Best Researcher Award

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Assist. Prof. Dr. Ata Jameei Osgouei | Marketing | Best Researcher Award

Assist. Prof. Dr. Ata Jameei Osgouei | Marketing | Assistant Professor at Fairfield University | United States

Assist. Prof. Dr. Ata Jameei Osgouei is a dedicated scholar and Assistant Professor of Marketing at Fairfield University, widely recognized for his contributions to quantitative marketing, applied econometrics, structural modeling, and the integration of machine learning into consumer behavior research. With a Ph.D. in Marketing that focused on econometric applications to online search and consumer decision-making, Assist. Prof. Dr. Ata Jameei Osgouei built his academic foundation on rigorous empirical research and theoretical modeling, allowing him to address complex issues of market dynamics and consumer choice. His educational background shaped a strong quantitative orientation, which he has carried into his professional career where he has held positions that emphasize research, teaching, and international collaboration. In his professional experience, he has been involved in multi-institutional projects and co-authored studies with leading researchers across the globe, reflecting his capacity to contribute to both scholarly and applied dimensions of marketing science. His research interests span several key areas including online consumer search, the impact of social influence on decision-making, econometric methods for market research, and the application of machine learning models to understand large-scale data patterns in digital environments. These interests are matched with strong research skills in econometric analysis, structural modeling, predictive analytics, and interdisciplinary approaches that integrate marketing, economics, and data science. He has published in reputable journals such as Marketing Science and disseminated his research through platforms like SSRN, ensuring visibility and scholarly impact within the field. Assist. Prof. Dr. Ata Jameei Osgouei’s scholarly productivity includes peer-reviewed publications, conference presentations, and working papers that continue to generate citations and influence. His awards and honors include recognition for research excellence and invitations to collaborate with leading scholars in the field of quantitative marketing, marking him as a rising researcher with international influence. He also maintains professional memberships in prestigious associations such as the American Marketing Association (AMA), IEEE, and ACM, which strengthen his connections within the global academic and research community.

Academic Profile: ORCID | Google Scholar 

 Selected Publications:

  1. Estimating Position and Social Influence Effects in Online Search — Marketing Science, 2025

  2. Estimating Position and Social Influence Effects in Online Search: An Empirical Generalized Weitzman Model — SSRN, 2023

 

Olalekan Onisuru | Drug Discovery | Best Researcher Award

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Dr. Olalekan Onisuru | Drug Discovery | Best Researcher Award

Dr. Olalekan Onisuru | Drug Discovery | Research Associate at University of the Witwatersrand | South Africa

Dr. Olalekan Onisuru (PhD) is an accomplished scholar whose research contributions span the fields of structural biology, protein biochemistry, molecular and cell biology, and computer-aided drug design, with a strong focus on addressing infectious diseases of global significance. His academic journey culminated in a doctoral degree from the University of the Witwatersrand, South Africa, where he advanced his expertise in structural and molecular biosciences, equipping him with the analytical and experimental skills required to explore the structural and biochemical mechanisms underlying disease pathogenesis. Building upon this foundation, Dr. Olalekan Onisuru has developed a professional career marked by impactful publications, international collaborations, and innovative projects aimed at combating diseases such as malaria and Lassa fever. His professional experience includes active participation in multidisciplinary research initiatives and contributions to both computational and empirical methodologies, thereby bridging the gap between theoretical drug design and laboratory validation. His research interests are diverse yet strategically focused on protein-ligand interactions, drug resistance mechanisms in Plasmodium species, therapeutic applications of nanoparticles, and the development of computational models that can accelerate the discovery of effective drug candidates against emerging and re-emerging infectious diseases. Complementing his thematic interests, Dr. Olalekan Onisuru has cultivated strong research skills in structural characterization, protein-ligand docking, molecular dynamics simulations, enzyme biochemistry, and high-throughput virtual screening approaches, while also being proficient in applying advanced bioinformatics tools to large-scale biological data. His publication record demonstrates a trajectory of increasing impact, with Scopus-indexed articles in reputed journals including Viruses, Biochemical and Biophysical Research Communications, Journal of Biomolecular Structure and Dynamics, and International Journal of Biological Macromolecules, contributing to a citation count of 74, an h-index of 4, and an i10-index of 2, underscoring the growing recognition of his scholarly work. Beyond research output, Dr. Olalekan Onisuru has played leadership roles within academic and professional circles by mentoring students, participating in collaborative research networks, and contributing as a reviewer for peer-reviewed journals, thereby strengthening the global research community.

Academic Profile: ORCID | Scopus | Google Scholar

Selected Publications:

  1. Combating Lassa fever in West African sub-region: Progress, challenges, and future perspectives – 2023 – Citations: 39

  2. Glutathione S-transferase: A versatile and dynamic enzyme – 2024 – Citations: 23

  3. Evaluation of Plasmodium berghei Models in Malaria Research – 2024 – Citations: 4

  4. Describing the ligandin properties of Plasmodium falciparum and vivax glutathione transferase towards bromosulfophthalein from empirical and computational studies – 2024 – Citations: 4

 

 

Annalisa Barsotti | Telemedicine | Best Researcher Award

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Assist. Prof. Dr. Annalisa Barsotti | Telemedicine | Best Researcher Award

Assist. Prof. Dr. Annalisa Barsotti | Telemedicine | Researcher Assistant at Scuola Superiore Sant’Anna | Italy

Assist. Prof. Dr Annalisa Barsotti is an accomplished academic and researcher in the fields of Artificial Intelligence, Machine Learning, Causal Inference, and Data Management. With her interdisciplinary expertise, she has advanced computational methods that link human neural and muscular activities with adaptive technologies. Her scholarly work bridges neuroscience, data analytics, and intelligent systems, establishing her as a rising leader in digital innovation and biomedical informatics. She is widely recognized for her contributions to signal processing, causal discovery frameworks, and cross-domain transfer learning that address real-world clinical and industrial challenges.

Academic Profile:

ORCID

Scopus

Google Scholar

Education:

Dr Barsotti has pursued rigorous academic training in computer science and applied machine learning, culminating in a doctoral degree focused on predictive analytics and causal modeling. Her academic path has been strengthened by advanced studies in leading European institutions, where she developed specialization in EEG/EMG signal synchronization and human-computer interaction systems. Her education provided the foundation for integrating computational intelligence with neuroscience, a theme that continues to define her research trajectory.

Experience:

Currently serving as Assistant Professor at Scuola Superiore Sant’Anna, Dr Barsotti has contributed to cutting-edge projects involving clinical brain-body imaging, data-driven health monitoring, and digital transformation in telecommunication domains. Her collaborative engagements span multidisciplinary teams, including biomedical engineers, neuroscientists, and computer scientists, with whom she has delivered impactful research outcomes. She has also presented her work in major international conferences under IEEE and other reputed platforms, highlighting her global presence in the research community. Alongside academic contributions, she has been actively involved in mentoring graduate students, guiding them in experimental design, data analysis, and the responsible application of AI technologies.

Research Interest:

Her research interests encompass artificial intelligence applications in health, causal inference for complex systems, machine learning algorithms for predictive modeling, and transfer learning under partial information frameworks. She has worked extensively on integrating EEG and EMG signals to enhance neuroadaptive technologies, applied machine learning techniques for clinical diagnostics, and conducted domain-specific studies in telecommunications churn prediction. By blending causal discovery with data management, her research addresses both the theoretical depth and applied value of AI systems in contemporary digital transformation.

Awards:

Dr Barsotti’s contributions have been recognized through invitations to contribute in international conferences and collaborations across leading research institutions. Her work has drawn significant academic attention, with her highly cited papers being used by peers in neuroscience, biomedical engineering, and AI. Her inclusion in Scopus and Google Scholar metrics demonstrates the global recognition of her impact, with a growing citation record and a steadily increasing h-index.

Selected Publications:

  • Effective synchronization of EEG and EMG for mobile brain/body imaging in clinical settings (2018) – 43 citations

  • Muscle fatigue evaluation with EMG and acceleration data: a case study (2020) – 13 citations

  • A decade of churn prediction techniques in the telco domain: a survey (2024) – 6 citations

  • Heterogeneous transfer learning from a partial information decomposition perspective (2023) – 1 citation

Conclusion:

Assist. Prof. Dr Annalisa Barsotti exemplifies the qualities of a scholar dedicated to both research excellence and societal progress. Her impactful publications, growing citation metrics, and collaborative engagements demonstrate her capability to shape the future of AI, machine learning, and biomedical data analytics. By contributing to both applied and theoretical domains, she has built a foundation that promises sustained leadership in academic and professional communities. With her demonstrated commitment to innovation and global collaboration, she is a deserving nominee for research awards and recognition platforms, representing the potential to advance the next generation of AI-driven solutions for society.

 

 

Gabrielle Caswell | Space Medicine | Best Researcher Award

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Dr. Gabrielle Caswell | Space Medicine | Best Researcher Award

Dr. Gabrielle Caswell | Space Medicine | Director at Space Port | Australia

Dr. Gabrielle M. Caswell is a highly accomplished researcher whose work bridges the fields of aerospace medicine, dentistry, and holistic health. She is affiliated with Spaceport Australia in Moree, where she focuses on advancing knowledge related to human well-being in extreme environments, particularly during long-duration space missions. Her research emphasizes the importance of preparing human physiology for the challenges of space travel, making significant contributions to both medical science and space exploration. With publications recognized in Scopus and citations that reflect the impact of her studies, Dr. Caswell has established herself as a respected figure in the global research community.

Academic Profile:

Scopus

Education:

Dr. Gabrielle M. Caswell completed her doctoral studies in medical sciences at a leading international institution. Her academic foundation provided her with expertise across clinical practice, dental science, and aerospace medicine, allowing her to combine theoretical knowledge with applied research. Throughout her education, she was actively engaged in research projects that explored the relationship between oral health and systemic health under unique environmental conditions. This academic background has enabled her to establish a career where she integrates diverse scientific disciplines and develops innovative approaches to address pressing challenges in human health and space travel.

Experience:

Dr. Gabrielle M. Caswell has extensive professional experience in clinical practice, research, and academic engagement. At Spaceport Australia, she has contributed to initiatives that integrate healthcare with the emerging field of commercial spaceflight. She has co-authored multiple research papers and engaged in collaborations with interdisciplinary teams that focus on astronaut health, oral care, and long-term physiological adaptation in space. Her experience also extends to academic forums, where she has participated in conferences, workshops, and knowledge-sharing platforms to expand awareness of her research. By engaging with international collaborators and cross-sector projects, she continues to advance scientific understanding with practical applications for both terrestrial and extraterrestrial environments.

Research Interest:

The research interests of Dr. Gabrielle M. Caswell include aerospace medicine, holistic health, oral and dental tissue adaptation, and the physiological impacts of extended spaceflight. Her studies emphasize preventive healthcare approaches for astronauts, with particular focus on oral and systemic health under microgravity and other extreme conditions. She is also interested in the integration of space medicine research with broader medical science, ensuring that findings contribute to both astronaut well-being and improved health strategies on Earth. Her work is positioned at the intersection of dentistry, medical science, and space technology, reflecting her multidisciplinary expertise and her commitment to advancing healthcare innovation.

Award:

Dr. Gabrielle M. Caswell is being nominated for recognition due to her pioneering contributions to space health research and her role in advancing international scientific collaboration. Her impactful research publications, professional engagements, and leadership within the emerging field of spaceport healthcare highlight her commitment to addressing the medical challenges associated with space exploration. This award would acknowledge not only her scholarly achievements but also her forward-looking vision in creating new frameworks that prepare humanity for the future of space travel while enhancing global medical understanding.

Selected Publication:

  • Considerations for oral and dental tissues in holistic care during long-haul space flights – Published 2020 (2 Citations)

Conclusion:

Dr. Gabrielle M. Caswell is an outstanding researcher whose innovative contributions make her a strong candidate for this award. Her interdisciplinary expertise in medicine, dentistry, and aerospace research positions her as a leader in addressing the unique challenges of human health in space. Through impactful publications, growing citations, and international collaborations, she has advanced both scientific understanding and practical healthcare solutions. Her work contributes not only to the well-being of astronauts but also to innovations that can be applied in everyday medical practice on Earth. With strong leadership potential and a dedication to bridging disciplines, Dr. Caswell continues to shape the future of healthcare and scientific exploration.

 

 

Yaqi Jia | Plant Science | Best Researcher Award

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Dr. Yaqi Jia | Plant Science | Best Researcher Award

Dr. Yaqi Jia | Plant Science | Postdoctoral Researcher at Zhejiang A&F University | China

Dr. Yaqi Jia is a distinguished researcher in the field of molecular plant biology, with expertise in genetic regulation and stress physiology in forestry species. His scientific contributions have significantly advanced the understanding of plant adaptive mechanisms, particularly in response to abiotic stresses such as drought and salinity. With a focus on integrating molecular genetics and biotechnology, Dr. Jia’s research demonstrates a balance between fundamental science and practical applications in forestry and agriculture. His dedication to academic scholarship and international collaboration positions him as a promising leader in plant biotechnology and sustainable forestry research.

Academic Profile:

ORCID

Education:

Dr. Yaqi Jia pursued his academic career with a strong emphasis on molecular biology and biotechnology. He completed his doctoral studies in plant molecular biology, where he specialized in identifying genetic regulators and transcription factors that mediate plant stress responses. His academic foundation reflects rigorous training in molecular signaling, transcriptomics, and gene regulation, which has provided the technical expertise necessary for pioneering research in his field. His educational journey has been marked by a consistent pursuit of excellence, building a solid platform for impactful contributions to global plant science.

Experience:

Dr. Yaqi Jia has extensive experience in leading and contributing to research projects that explore the mechanisms of stress tolerance in forestry plants. His academic role at Zhejiang A & F University, within the College of Forestry and Biotechnology, has allowed him to supervise projects integrating genomic technologies with ecological applications. His research experience includes collaborative work with international teams, producing results that are not only academically relevant but also practical in addressing global agricultural and environmental challenges. His publication record in peer-reviewed journals reflects his active engagement in the global scientific community, and his contributions demonstrate the integration of laboratory findings with field applications.

Research Interest:

Dr. Yaqi Jia’s research interests revolve around molecular plant biology, stress physiology, and genetic regulation in forestry species. He has a particular focus on long noncoding RNAs (lncRNAs), transcription factors, and hierarchical gene regulatory networks that govern drought and salt tolerance. His investigations into signaling pathways, such as the interplay between PP2C proteins and MADS-box transcription factors, provide valuable insights into plant adaptation strategies. By studying these mechanisms, Dr. Jia contributes to improving plant resilience in forestry and agriculture. His research addresses critical global issues related to climate change, food security, and ecological sustainability, ensuring long-term benefits to science and society.

Award:

Dr. Yaqi Jia has been recognized for his contributions to plant molecular biology through research excellence awards and professional acknowledgments. His work in understanding the molecular mechanisms of plant stress tolerance has positioned him as a thought leader in his field, with recognition at both institutional and international levels. These awards not only highlight his scholarly achievements but also acknowledge his dedication to advancing sustainable practices in forestry and biotechnology.

Selected Publications:

  • The BpPP2C-BpMADS11-BpERF61 signaling confers drought tolerance in Betula platyphylla | 2024 | 15 citations

  • Long noncoding RNA from Betula platyphylla, BplncSIR1, confers salt tolerance by regulating BpNAC2 to mediate reactive oxygen species scavenging and stomatal movement | 2024 | 20 citations

  • Identification of birch lncRNAs and mRNAs responding to salt stress and characterization of functions of lncRNA | 2023 | 28 citations

  • Hierarchical transcription factor and regulatory network for drought response in Betula platyphylla | 2022 | 35 citations

Conclusion:

In conclusion, Dr. Yaqi Jia exemplifies excellence in research, scholarship, and leadership within molecular plant biology. His expertise in stress physiology, genetic regulation, and biotechnology has contributed to solving pressing challenges in forestry and agriculture. His strong publication record, engagement in international collaborations, and recognition through awards make him an outstanding candidate for this nomination. By bridging molecular insights with ecological applications, Dr. Jia is advancing both science and society. Looking forward, his leadership potential, commitment to global research partnerships, and dedication to academic mentorship will ensure that his contributions continue to shape the future of molecular plant biology and sustainable forestry.

 

 

Huimin Zhao | Molecular Biology | Best Researcher Award

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Dr. Huimin Zhao | Molecular Biology | Best Researcher Award

Dr. Huimin Zhao | Molecular Biology | Hainan University | China

Dr. Huimin Zhao is a dedicated researcher and lecturer specializing in crop genetics and breeding, with particular expertise in rubber biology. As a member of Hainan University, she has played an influential role in advancing innovative strategies in agricultural biotechnology and plant molecular research. Her work integrates genomics, physiology, and breeding technologies to address challenges in tropical crop cultivation. With a strong foundation in scientific inquiry and a passion for academic excellence, Dr. Huimin Zhao has built a career that bridges advanced research and practical agricultural applications. She is widely recognized for her ability to combine rigorous laboratory work with broader research projects that contribute to both local and international agricultural development.

Academic Profile:

Scopus

Education:

Dr. Huimin Zhao pursued her higher education in biotechnology and agronomy, laying the groundwork for her expertise in genetics and breeding. She earned her doctorate in agronomy from a national key laboratory in forestry and genomics, where she conducted extensive research in molecular biology, transcriptional regulation, and crop improvement. Her academic training equipped her with advanced skills in plant molecular techniques, genetic mapping, and bioinformatics. During this period, she developed the capacity to design, implement, and interpret complex experimental studies, which later became the cornerstone of her independent research. Her educational background reflects her commitment to scientific rigor and her determination to excel in agricultural research.

Experience:

Currently serving as a lecturer at Hainan University, Dr. Huimin Zhao contributes to both teaching and research in crop science. She delivers undergraduate courses on biotechnology and laboratory instrumentation, helping students build essential knowledge in modern agricultural technologies. In parallel, she supervises graduate students in crop genetics and breeding, providing mentorship and guidance that fosters academic growth and research independence. Beyond teaching, she leads research projects supported by provincial-level innovation programs, where she investigates molecular mechanisms related to rubber-producing plants. Her experience also includes collaboration with interdisciplinary teams, combining molecular biology with practical crop improvement strategies. This dual role as an educator and researcher positions her as an emerging leader in the field of agricultural sciences.

Research Interest:

The core research interests of Dr. Huimin Zhao lie in crop genetics, molecular breeding, and the physiological mechanisms underlying rubber production. She is particularly focused on receptor kinases and their functions in laticifers, which has implications for improving rubber crop yield and stress tolerance. Her broader interests include molecular pathways of plant stress responses, gene regulation, and genomic technologies for crop improvement. She seeks to apply molecular insights to real-world agricultural challenges, aiming to enhance productivity and sustainability in tropical crops. Through her research, Dr. Huimin Zhao contributes to bridging fundamental plant biology with applied breeding programs that serve the needs of global agriculture.

Award:

Dr. Huimin Zhao has been recognized for her innovative work in tropical agriculture through research funding and competitive project leadership. She successfully secured a provincial-level science and technology talent innovation award, which supports her ongoing project on molecular mechanisms of receptor kinases in rubber plants. This award highlights her capacity to lead pioneering research, manage resources effectively, and contribute to the advancement of agricultural biotechnology. Such recognition not only underscores her scientific achievements but also affirms her potential to become a leading figure in crop genetics and breeding at both national and international levels.

Selected Publication:

  • Sequence characteristics and expression analysis of the transcription factor TkMYC7 gene in Taraxacum kok-saghyz

Conclusion:

Dr. Huimin Zhao is a highly accomplished researcher whose academic training, professional experience, and research achievements position her as a strong candidate for this award. With expertise in crop genetics and breeding, she has contributed meaningful insights into plant molecular biology while also mentoring students and advancing agricultural education. Her recognized leadership in funded projects and her publication record in high-impact journals highlight her academic excellence and research relevance. Looking ahead, she is poised to make significant contributions to global agriculture through her continued work in molecular breeding, crop improvement, and tropical plant biotechnology. These qualities make Dr. Huimin Zhao a deserving nominee, with clear potential to shape the future of agricultural sciences and contribute to broader societal progress.

 

 

Mahmoud Elsayed | Digital Transformation | Best Researcher Award

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Mr. Mahmoud Elsayed | Digital Transformation | Best Researcher Award

Mr. Mahmoud Elsayed | Digital Transformation | PhD Student at University of Pittsburgh | United States

Mr. Mahmoud Ashraf is an emerging scholar whose research bridges the fields of supply chain management, blockchain, digital twin technologies, and machine learning. He has established himself as a dedicated researcher with a growing academic impact, reflected through citations and recognition within the global research community. His work is characterized by innovation, depth of analysis, and a strong focus on solving real-world challenges faced by modern supply chains. Through collaborations with international institutions and contributions to high-quality journals, Mr. Mahmoud Ashraf has positioned himself as a promising leader in the research landscape.

Academic Profile:

ORCID

Scopus

Google Scholar

Education:

Mr. Mahmoud Ashraf is currently pursuing his doctoral studies at the University of Pittsburgh, where his academic journey is dedicated to developing robust and intelligent solutions for supply chain disruptions. His education has provided him with the technical expertise and research capabilities to explore complex problems in logistics, operations, and digital innovation. His doctoral training emphasizes interdisciplinary learning, combining engineering principles with computational modeling, artificial intelligence, and operations research. This solid academic foundation has enabled him to contribute meaningfully to both theoretical advancements and applied projects in his domain.

Experience:

Mr. Mahmoud Ashraf has accumulated valuable experience through active involvement in international research collaborations and joint academic initiatives. His collaborative projects with the Egypt-Japan University of Science and Technology and other globally recognized institutions showcase his commitment to advancing the supply chain and operations research field. He has participated in studies addressing project completion time prediction, disruption detection, and recovery planning in complex, technology-enabled environments. These projects highlight his capacity to contribute to multidisciplinary teams and deliver impactful outcomes. His experience also extends to presenting research at scholarly forums and disseminating findings in peer-reviewed journals and conferences indexed in Scopus and IEEE.

Research Interest:

Mr. Mahmoud Ashraf’s research interests lie at the intersection of supply chain resilience, artificial intelligence, and digital innovation. He is particularly focused on blockchain-enabled supply chain systems, cognitive digital supply chain twins, and hybrid deep learning approaches for disruption detection and recovery strategies. His work contributes to advancing knowledge on predictive modeling, time-to-recovery analysis, and cognitive systems that strengthen the efficiency and adaptability of global supply chains. By integrating machine learning with supply chain modeling, he seeks to create intelligent frameworks that not only forecast disruptions but also provide actionable solutions for recovery. His interests extend to promoting sustainability, agility, and competitiveness in supply chains, reflecting his forward-looking approach to research.

Award:

Mr. Mahmoud Ashraf has demonstrated significant academic promise and leadership, making him a strong candidate for recognition in international research awards. His work has contributed to the body of knowledge in operations research and emerging technologies, with publications that have gained citations and visibility among peers. This recognition underscores his ability to conduct impactful research that resonates with both academics and practitioners. His academic trajectory reflects qualities aligned with award-winning scholarship, including innovation, collaboration, and commitment to societal impact.

Selected Publication:

  • Evaluation of project completion time prediction accuracy in a disrupted blockchain-enabled project-based supply chain (2023, 14 citations)

  • Disruption detection for a cognitive digital supply chain twin using hybrid deep learning (2024, 13 citations)

  • Time-To-Recovery Prediction in a Disrupted Three-Echelon Supply Chain Using LSTM (2022, 6 citations)

  • A Hybrid Deep Learning-Based Approach for Disruption Detection and Recovery Planning in a Prototype Cognitive Digital Supply Chain Twin (2025, citations pending)

Conclusion:

In conclusion, Mr. Mahmoud Ashraf is a highly motivated researcher whose contributions to supply chain resilience, blockchain systems, and machine learning reflect both academic rigor and practical relevance. His scholarly achievements, combined with his collaborative spirit and growing international profile, make him an exceptional candidate for recognition. His publications have already established a foundation of academic influence, while his ongoing research promises to address pressing global challenges in supply chain disruptions and digital transformation. With a trajectory marked by innovation, dedication, and leadership potential, Mr. Mahmoud Ashraf is strongly deserving of this award nomination.

 

 

Taotao Liu | Atmospheric Chemistry | Best Researcher Award

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Dr. Taotao Liu | Atmospheric Chemistry | Best Researcher Award

Dr. Taotao Liu | Atmospheric Chemistry | Lecturer at Hefei University of Technology | China

Dr. Taotao Liu is a distinguished academic and researcher whose expertise lies in atmospheric chemistry, environmental engineering, and air quality management. His scholarly contributions have significantly advanced the understanding of photochemical pollution mechanisms, ozone formation, and the dynamics of fine particulate matter in urban and coastal environments. Known for his interdisciplinary approach, Dr. Taotao Liu combines fundamental atmospheric science with applied environmental solutions, thereby bridging the gap between laboratory findings and large-scale societal challenges. His research continues to shape contemporary knowledge on pollution control, sustainable development, and the advancement of environmental technology. With an established reputation for high-quality research outputs, Dr. Taotao Liu has become a recognized figure within the global scientific community.

Academic Profile:

ORCID

Scopus

Education:

Dr. Taotao Liu pursued his academic journey at leading Chinese universities, where he specialized in environmental science and resource engineering. His doctoral studies equipped him with advanced analytical and modeling skills that have proven essential for atmospheric research. His academic background includes comprehensive training at Northwest A&F University, followed by further scholarly development at the Institute of Urban Environment. These academic experiences not only strengthened his technical expertise but also exposed him to international research standards, preparing him for impactful contributions in his field. His strong educational foundation has allowed him to integrate cutting-edge scientific approaches with practical environmental applications.

Experience:

Currently serving as a faculty member at Hefei University of Technology within the School of Resource and Environmental Engineering, Dr. Taotao Liu has developed a balanced portfolio of teaching, research, and academic service. His role includes mentoring students, guiding research projects, and contributing to the growth of environmental science curricula. In addition to his institutional responsibilities, he has collaborated with researchers across various institutions, reflecting his commitment to multidisciplinary and international cooperation. Dr. Taotao Liu’s experience spans field-based environmental observation, laboratory experimentation, and computational modeling, making him a versatile scientist. His professional journey demonstrates a consistent trajectory of growth, leadership, and commitment to advancing both education and scientific inquiry.

Research Interest:

Dr. Taotao Liu’s research interests are centered on understanding atmospheric oxidation capacity, photochemical processes, and pollution mechanisms affecting urban and coastal environments. He has devoted significant effort to studying ozone formation, reactive species interactions, and the seasonal dynamics of fine particulate matter. His work also explores innovative emission reduction strategies, including catalytic technologies for industrial applications. By investigating both the sources and impacts of atmospheric pollutants, Dr. Taotao Liu contributes to solutions that enhance public health, environmental sustainability, and air quality management. His research framework reflects a deep commitment to addressing global environmental challenges while advancing theoretical knowledge in atmospheric sciences.

Award:

Dr. Taotao Liu has been recognized for his valuable contributions to scientific research and education through various institutional and academic acknowledgments. His work in environmental engineering has earned appreciation for its practical significance, particularly in reducing air pollution and improving environmental quality. These recognitions highlight his role as a researcher whose efforts extend beyond academia to positively influence policy, industry, and community awareness. By engaging in impactful projects and producing influential research publications, Dr. Taotao Liu has demonstrated qualities that make him a strong candidate for distinguished awards in environmental and atmospheric sciences.

Selected Publication:

  • Synergistic Contributions of Typical Photochemical Reactive Species to Ozone Pollution in the Southeastern Coastal City of China (2025) – 25 Citations

  • Distribution Characteristics and Photochemical Effects of Isoprene in a Coastal City of Southeast China (2024) – 18 Citations

  • Pollution Mechanisms and Photochemical Effects of Atmospheric HCHO in a Coastal City of Southeast China (2023) – 40 Citations

  • Seasonal Characteristics of Atmospheric Peroxyacetyl Nitrate (PAN) in a Coastal City of Southeast China: Explanatory Factors and Photochemical Effects (2022) – 52 Citations

Conclusion:

In summary, Dr. Taotao Liu exemplifies the qualities of an accomplished academic, committed researcher, and influential environmental scientist. His educational background, professional experience, and dedication to advancing knowledge in atmospheric chemistry have positioned him as a leader in the study of air pollution and environmental sustainability. With a strong record of high-quality publications, international collaborations, and meaningful contributions to both science and society, Dr. Taotao Liu stands out as a deserving nominee for this award. His future research holds the potential to deliver further innovations in environmental protection and to inspire the next generation of scientists dedicated to solving global environmental challenges.

 

 

Xuqin Chen | Epilepsy | Best Researcher Award

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Prof. Xuqin Chen | Epilepsy | Best Researcher Award

Prof. Xuqin Chen | Epilepsy | Director of epilepsy center at Children’s Hospital of Soochow University | China

Prof Xuqin Chen is a distinguished academic and researcher recognized for his outstanding contributions to the field of neurogenetics and pediatric neurology. He has built an influential research career dedicated to uncovering the genetic mechanisms underlying epilepsy, neurodevelopmental disorders, and inherited muscle diseases. Through his work, Prof Xuqin Chen has established himself as a global leader in advancing precision medicine for neurological conditions, with a growing body of work that integrates basic science, translational research, and clinical application. His extensive portfolio of publications and international collaborations reflects his dedication to improving health outcomes for patients and advancing the boundaries of genetic medicine.

Academic Profile:

Scopus

Education:

Prof Xuqin Chen earned his doctoral degree in Genetics at a prestigious institution, where he laid the foundation for a career at the intersection of molecular biology and clinical medicine. His academic training combined rigorous coursework in biomedical sciences with specialized research in neurological genetics. Building on this strong educational background, he developed expertise in both laboratory-based genomic analysis and patient-focused clinical research. His education was not only focused on research excellence but also emphasized collaborative learning and multidisciplinary engagement, which later became a hallmark of his career. Prof Xuqin Chen continues to contribute to the academic community by training young scientists and mentoring graduate students, ensuring that his educational impact extends far beyond his own achievements.

Experience:

Prof Xuqin Chen has extensive professional experience spanning research, teaching, and collaboration across leading global institutions. He has authored more than thirty publications indexed in Scopus, accumulating nearly four hundred citations, and achieving a notable h-index that underscores the lasting impact of his research contributions. His experience includes leading and participating in multidisciplinary research projects that involve genetic sequencing, functional analysis, and clinical case studies of rare neurological disorders. He has collaborated with more than one hundred co-authors worldwide, highlighting his commitment to advancing research through international partnerships. Beyond research, Prof Xuqin Chen has contributed to academic service through reviewing scholarly articles, participating in conferences, and engaging with professional networks that shape the field of genetics and neurology.

Research Interest:

The research interests of Prof Xuqin Chen center on the genetic basis of pediatric neurological and neuromuscular disorders. His work explores the role of rare gene variants in epilepsy and myopathy, with a particular emphasis on genotype–phenotype correlations that can guide improved diagnosis and treatment. He is committed to advancing the field of neurogenetics by integrating laboratory findings with clinical observations, thereby fostering precision medicine approaches. His ongoing research also emphasizes the importance of open science, as demonstrated by his contributions to preprints and open-access publications. By focusing on translational research, Prof Xuqin Chen bridges the gap between genetics and clinical practice, ensuring that discoveries at the molecular level directly benefit patients.

Award:

Prof Xuqin Chen has been consistently recognized for his contributions to research and academia. His achievements include authoring impactful publications in high-ranking journals, securing recognition through citations, and establishing himself as a trusted collaborator within the international scientific community. His dedication to advancing neurological research has earned him respect across disciplines, making him a strong candidate for academic and research awards. Through his leadership in collaborative research and his continued contributions to professional organizations, Prof Xuqin Chen exemplifies the qualities of an award-winning scholar who has made meaningful contributions to both science and society.

Selected Publication:

  • SCAF4 variants are associated with epilepsy with neurodevelopmental disorders, published 2024, cited 2 times.

  • Phenotypic and genotypic analysis of a patient with Miyoshi myopathy caused by truncated protein, published 2024, cited 1 time.

  • ARHGAP4 variants are associated with X-linked early-onset temporal lobe epilepsy, published 2024, cited 4 times.

Conclusion:

In conclusion, Prof Xuqin Chen is an exemplary scholar whose contributions to neurogenetics have had a lasting impact on research and clinical practice. His academic foundation, extensive research experience, and dedication to international collaboration underscore his role as a global leader in advancing genetic medicine. With a strong record of publications, recognition from the scientific community, and active involvement in mentoring and professional service, he has consistently demonstrated the qualities of an outstanding researcher. His work not only contributes to the advancement of science but also carries profound implications for improving patient care. Prof Xuqin Chen is therefore highly deserving of recognition through this award, as his research and leadership continue to shape the future of neurology and genetics.