Birhanu Werku | Environmental Sustainability | Best Researcher Award

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Mr. Birhanu Werku | Environmental Sustainability | Best Researcher Award

Lecturer and Researcher at Wollega University, Ethiopia

Birhanu Chalcisa Werku is an accomplished academic, researcher, and administrator serving as Research, Community Engagement, and Industry Linkage Associate Dean at Wollega University, College of Agriculture. With expertise spanning agriculture, ecology, water resources, wetlands, agroforestry, air quality, and environmental health, he has established himself as a versatile scholar contributing both to scientific research and to the development of local communities. His career is marked by impactful publications, interdisciplinary collaborations, and leadership roles that highlight his commitment to advancing sustainable development in Ethiopia and beyond.

Professional Profile

Scopus Profile

Education

Birhanu’s academic foundation reflects a clear dedication to rural development, environmental science, and sustainable practices. He earned a Bachelor of Science degree in Rural Development and Family Science from Hawassa University, where he developed a strong grounding in agricultural systems, rural livelihoods, and community-based approaches to development. He further pursued a Master’s degree in Environmental Science and Technology at Jimma University, where his training integrated environmental sustainability with practical problem-solving in water resources, agroecology, and natural resource management. His educational journey equipped him with advanced knowledge of both qualitative and quantitative methodologies, project design, feasibility assessments, and training needs evaluation, all of which have informed his subsequent academic and professional endeavors.

Experience

Birhanu began his career as a lecturer and later took on leadership responsibilities at Wollega University, where he served as Head of the Department of Rural Development and Agricultural Extension. In this capacity, he worked to strengthen curriculum development, mentor students, and engage faculty in collaborative research initiatives. His leadership experience expanded when he assumed the role of Associate Dean for Research, Community Engagement, and Industry Linkage, a position that has allowed him to bridge the gap between academia, local communities, and industry stakeholders. In this role, he has been instrumental in designing and overseeing projects that address pressing challenges such as food security, water management, climate resilience, and community capacity building. His work reflects a balance of academic rigor and practical application, ensuring that research outcomes are translated into real-world impact.

Research Focus

Birhanu’s research agenda is broad yet interconnected, addressing key issues in agriculture, environment, and public health. His studies on wetlands and watershed dynamics provide valuable insights into sustainable land use and water resource management. His investigations into agroforestry and indigenous knowledge systems emphasize the importance of traditional practices in ensuring food security and ecological balance. Additionally, his research on air quality and public health highlights the environmental dimensions of human well-being, advancing evidence-based strategies for sustainable urban and rural development. He is also deeply engaged in climate change research, particularly focusing on agricultural emissions and their role in shaping mitigation strategies aligned with global sustainability goals. Collectively, his work demonstrates a consistent effort to link environmental stewardship with social development.

Publication Top Note

Title: Impact of agricultural emissions on Goal 13 of the Sustainable Development Agenda: An East African Strategy for Climate Action
Authors: Birhanu Chalcisa Werku et al.
Summary: This study analyzes agricultural emissions in East Africa, proposing sustainable strategies to mitigate climate impacts and advance global climate action.

Conclusion

Birhanu Chalcisa Werku’s career exemplifies the integration of teaching, research, and community engagement. His educational background and professional roles at Wollega University have positioned him as both a scholar and a leader. Through his publications, he has advanced knowledge in areas critical to sustainable development, including wetlands, agroforestry, food safety, and air quality. His interdisciplinary focus connects ecological systems with human development, ensuring that his work remains relevant to both local communities and broader global challenges. By linking academic research with practical application, Birhanu has made significant contributions to the pursuit of sustainable agriculture, environmental management, and public health. His leadership, research productivity, and commitment to community development make him a strong and deserving candidate for recognition through this award.

Xueyan Dong | Solid State Laser | Best Researcher Award

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Dr. Xueyan Dong | Solid State Laser | Best Researcher Award

R&D Team Leader, Institute of Optical Physics and Engineering Technology, Qilu Zhongke, China

Xueyan Dong is a distinguished researcher in the field of solid laser technology whose work has significantly advanced high-power solid-state and fiber-solid hybrid laser systems. His contributions span the development of innovative laser amplifiers, nanosecond and picosecond laser sources, and precision diamond laser processing equipment, positioning him as a leader in laser physics and engineering. His scientific rigor, inventive achievements, and leadership in major national and provincial research projects highlight his impact in both academic and industrial applications of advanced laser systems.

Professional Profile

Scopus profile

Education

Xueyan Dong’s academic foundation is rooted in optical sciences and engineering. He earned a Bachelor of Science degree in Optical Information Science and Technology from the Changchun University of Science and Technology. He pursued a Master of Engineering in Astronomical Technology and Methods at the Yunnan Observatories, Chinese Academy of Sciences, where he strengthened his technical expertise in precision optics. He later obtained a Ph.D. in Optical Engineering from the Beijing University of Technology, where he refined his research in laser amplification and ultrafast optics. During his doctoral studies, he participated in a joint training program at Durham University in the United Kingdom, which expanded his global research perspective and exposure to advanced experimental methods.

Experience

Currently serving as Special Research Assistant at the Institute of Optical Physics and Engineering Technology, Qilu Zhongke, Dong leads cutting-edge projects in high-power laser development and applications. His responsibilities include independent design and construction of regenerative and multi-pass amplifiers, as well as hybrid ultrashort pulse laser systems. He has demonstrated proficiency in optical path design, mechanical modeling with SolidWorks, and beam-shaping optimization with ZEMAX. His professional portfolio includes leadership of provincial and national-level projects, notably in the development of high-power nanosecond lasers, diamond surface precision milling with picosecond lasers, and fiber-solid hybrid amplifiers. His combined expertise in experimental research, system design, and project leadership has been pivotal in advancing China’s strategic capabilities in laser technology.

Research Focus

Dong’s research centers on solid laser technology with emphasis on ultrashort pulse generation, laser amplification, and industrial laser applications. His work on fiber-solid hybrid picosecond amplifiers has produced advances in beam quality, spherical aberration self-compensation, and multi-pass amplification. He has also contributed to the development of high-energy frequency-doubled picosecond lasers, kW-level nanosecond pulsed lasers for intelligent cleaning applications, and high-precision picosecond laser processing for diamond substrates. His investigations into laser-material interactions, particularly carbon phase transformations on diamond surfaces, have broadened the industrial applicability of high-power solid lasers in semiconductor and photonics manufacturing.

Awards and Honors

Dong’s scientific achievements have been recognized through numerous awards. He earned second prize in the prestigious “Maker China” Laser SME Innovation and Entrepreneurship Competition, as well as the Excellence Award in the China (Jinan) New Kinetic Energy Innovation and Entrepreneurship Competition. His leadership and technical contributions have also been acknowledged through the Advanced Technology Worker award, reflecting his influence as both a researcher and technology innovator.

Publication Top Note

Title: Nanosecond Slab Laser Amplifier with High Peak Power and High Repetition Rate
Authors: Xueyan Dong, Haozhu Wang, Kai Liu, Yang Kou, Xingwei Yan, Zilei Liu, Xinlei Li, Peijiang Yang, Yan Xu, Fengtu Yang, Chenggong Zhang
Summary: This study develops a nanosecond slab laser amplifier achieving high peak power, stable repetition rate, improved beam quality, and efficiency.

Conclusion

Xueyan Dong has established himself as a leading figure in solid laser technology, contributing groundbreaking innovations in fiber-solid hybrid amplifiers, nanosecond and picosecond laser sources, and industrial laser processing systems. His combination of academic rigor, inventive capacity, and project leadership has advanced both fundamental research and real-world applications in optics and photonics. With a record of impactful publications, granted patents, and recognition through prestigious awards, he exemplifies scientific excellence and innovation. His continuing contributions promise to shape the future of laser physics and high-power photonic technologies.

Kavin Rajagopal | Renewable Power Generation | Best Researcher Award

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Mr. Kavin Rajagopal | Renewable Power Generation | Best Researcher Award

Assistant Professor at Sri Krishna College Of Engineering And Technology, India

R. Kavin is an accomplished academic and researcher in Electrical and Electronics Engineering with more than fourteen years of teaching and research experience. Currently serving as an Assistant Professor at Sri Krishna College of Engineering and Technology, he has built an impactful career centered on power electronics, renewable energy systems, smart grids, blockchain applications in energy, and advanced IoT-based technologies. His contributions span patents, high-impact publications, editorial responsibilities, and active participation in global research collaborations, making him a distinguished candidate for academic and research recognition.

Professional Profile

Scopus Profile | ORCID | Google Scholar

Education

Kavin holds a Bachelor of Engineering in Electrical and Electronics Engineering from K.S. Rangasamy College of Technology under Anna University, where he developed a strong foundation in electrical systems and control. He pursued his Master of Engineering in Power Electronics and Drives at Sri Venkateswara College of Engineering, where his expertise in renewable energy applications, electric drives, and advanced power systems deepened. He is currently pursuing his PhD at Karunya Institute of Technology and Sciences, with research focused on blockchain-integrated renewable energy systems and advanced energy management solutions.

Experience

With nearly fifteen years of teaching and research, Kavin has served at multiple academic institutions, steadily advancing in both teaching and research responsibilities. He began his academic journey at Excel College of Engineering and Technology, contributing for more than five years to teaching and research in electrical engineering. He later held a faculty position at Shri Sapthagiri Institute of Technology before joining Sri Krishna College of Engineering and Technology, where he has been an Assistant Professor for more than eight years. In these roles, he has mentored students in power electronics, electric drives, IoT applications, and renewable energy integration, while also leading departmental research initiatives and collaborations.

Research Focus

Kavin’s research interests lie in power electronics, blockchain applications in energy systems, IoT-based energy management, electric vehicle charging, renewable power generation, and smart grid technologies. His work on decentralized renewable energy generation using blockchain and IoT has gained significant recognition in international journals. He has also contributed to energy-efficient systems through the design of advanced converters, wireless power transmission, and novel energy harvesting technologies. His focus on integrating sustainability with digital innovations places his work at the intersection of energy, computing, and smart infrastructure.

Awards and Honors

Kavin has been honored with several prestigious awards for his academic and research excellence. He received the Best Faculty Award from the Innovative & Advanced Multidisciplinary Research Foundation and the Best Academician Award from Alpha International Publication. At his home institution, he has been recognized with the Overall Contributor Award, Best Research Paper Award, and patent-related honors. These recognitions reflect both his commitment to teaching excellence and his consistent contributions to advancing engineering research.

Publication Top Notes

Title: Local Search Optimization Algorithm Based Monitoring and Controlling of Virtual Power Plant for Distribution Network
Authors: T. Kesavan, K. Lakshmi, S.S. Gnanamalar, R. Kavin
Summary: Introduces a local search optimization algorithm for monitoring and controlling virtual power plants to enhance distribution network efficiency.

Title: Weather Monitoring System Using Internet of Things
Authors: R. Kavin, K. Lakshmi, S.S. Rani, K. Rameshkumar
Summary: Proposes an IoT-enabled weather monitoring system for real-time data acquisition, analysis, and improved environmental monitoring applications.

Title: Optimal Charging and Discharging Planning for Electric Vehicles in Energy Saving System
Authors: R. Kavin, T. Kesavan, S.S. Gnanamalar, K. Rameshkumar
Summary: Presents an energy-saving approach for optimal charging and discharging scheduling of electric vehicles integrated into smart grid systems.

Title: An Intelligent Patient Tele-Monitoring System Using Android Technology
Authors: S. Anbumani, R. Kavin, A. Saranya, T. Dineshkumar, R. Premkumar
Summary: Designs an Android-based tele-monitoring system enabling real-time patient health data acquisition, remote monitoring, and timely medical interventions.

Title: Renewable Energy Based on Energy Conservation and Crossover System
Authors: T. Kesavan, S. Sheebarani, V. Gomathy, R. Kavin, S. Sivaranjani
Summary: Develops a renewable energy system integrating conservation techniques and crossover mechanisms to improve energy utilization and system sustainability.

Conclusion

R. Kavin’s academic journey exemplifies a blend of teaching excellence, research innovation, and international collaboration. His pioneering contributions in blockchain-enabled renewable energy, IoT-based energy management, and smart grid systems are shaping the future of sustainable power engineering. With a strong record of patents, impactful publications, and active professional service, he has established himself as a thought leader in his field. His achievements position him as a highly deserving candidate for academic and research awards, with the potential to continue influencing the development of energy systems and engineering education worldwide.

Bernard Sanjuan | Geothermal Energy | Best Researcher Award

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Mr. Bernard Sanjuan | Geothermal Energy | Best Researcher Award

Researcher at Bureau of Geological and Mining Research, BRGM, France

Bernard Sanjuan is a distinguished French scientist and recognized senior expert in geothermal energy and water geochemistry. Over the course of his career, he has dedicated himself to advancing scientific understanding and practical applications of geothermal systems, water–rock–gas interactions, and environmental geochemistry. His work spans continents, addressing both academic research and industrial development, with an emphasis on sustainable energy solutions. Through his leadership in numerous international collaborations, Sanjuan has built a global reputation as an authority on geothermal fluids, enhanced geothermal systems, and lithium-rich brines. His contributions to major European and global projects, alongside his editorial and advisory responsibilities, have significantly shaped the trajectory of geothermal science and technology. His influence is felt not only through research publications and technical reports but also through mentorship, training, and active participation in scientific committees, demonstrating his enduring commitment to advancing renewable energy resources.

Professional Profile

Scopus Profile | ORCID

Education

Bernard Sanjuan’s academic journey reflects his deep commitment to the geosciences, beginning with advanced studies in internal geophysics, geochemistry, and earth sciences at the University of Paris 7. His early training equipped him with a solid interdisciplinary foundation, which he later expanded into highly specialized expertise in water geochemistry. His PhD, completed at the University of Paris 7 – IPGP, was a landmark study focused on the behavior of dissolved aluminum in geothermal waters. This research not only advanced understanding of aluminum mobility in complex hydrothermal environments but also laid the groundwork for multiple peer-reviewed publications. The scientific rigor and methodological innovation demonstrated in his thesis positioned Sanjuan as a rising expert capable of addressing practical challenges in geothermal energy exploration and development. Combined with advanced academic diplomas and field training, his education established a strong base that would support his lifelong contributions to geochemistry, geothermal modeling, isotope studies, and tracer applications in fluid systems.

Experience

Sanjuan’s professional career demonstrates the integration of rigorous science with applied solutions in geothermal energy and environmental geochemistry. His first major assignment was in Djibouti, where he managed a hydrochemistry laboratory and gained extensive experience in geothermal exploration within basaltic environments. These early years were instrumental in developing his applied expertise in fluid geochemistry, aquifer monitoring, and hydrothermal systems. His career reached maturity at BRGM, where he worked for more than three decades, advancing from research scientist to senior expert and later holding leadership positions within units and departments. At BRGM, he played a pivotal role in developing the Bouillante geothermal field in Guadeloupe, contributing to its transformation into a significant energy producer. His research also extended to enhanced geothermal systems in the Rhine Graben, where he investigated geochemical monitoring, tracer applications, and lithium recovery from deep geothermal brines, projects that have direct implications for Europe’s energy transition. Alongside geothermal development, Sanjuan conducted environmental geochemistry studies, providing expertise in cases of water contamination and pollution control. His leadership roles within BRGM further demonstrate his capacity to combine management with high-level research, ensuring progress both scientifically and institutionally.

Research Focus

Sanjuan’s research has consistently bridged the gap between geochemical science and applied geothermal energy solutions. Central to his work are high-temperature geothermal systems, enhanced geothermal systems, and geothermal lithium extraction, with particular emphasis on the chemical, isotopic, and thermodynamic characterization of fluids. He has developed methodologies to improve geothermal exploration, including the use of isotopes and chemical tracers to monitor subsurface processes. His work in the Rhine Graben is especially influential, where his studies on geothermal brines not only expanded scientific understanding but also demonstrated the feasibility of lithium recovery, positioning geothermal energy as a dual source of renewable power and critical mineral resources. Sanjuan has also been deeply involved in projects addressing geothermal resources in overseas French territories, where his studies have guided national energy strategies and supported the development of sustainable infrastructure. His research continues to contribute to global efforts in mitigating climate change by advancing cleaner, more efficient, and resource-integrated energy systems.

Publication Top Notes

Title: One hydrothermal system may hide another: Insights from a geochemical exploration of Chaudes-Aigues and nearby springs (French Massif Central)
Authors: Emmy Penhoët; Bernard Sanjuan; Laurent Guillou-Frottier; Manuel Moreira; Laurent Arbaret
Summary: Geochemical exploration identified multiple hydrothermal systems at Chaudes-Aigues, enhancing understanding of reservoir interactions and geothermal energy potential.

Title: Atlas of lithium geothermal fluids in Europe
Authors: Blandine Gourcerol; Bernard Sanjuan; Romain Millot; Detlev Rettenmaier; Elodie Jeandel; Albert Genter; Clio Bosia; Aurélien Rombaut
Summary: Comprehensive atlas mapped lithium-rich geothermal fluids across Europe, providing essential geochemical data for sustainable energy and critical resource development.

Title: Reply to the Boschetti’s comments on the paper: “Lithium-rich geothermal brines in Europe: An up-date about geochemical characteristics and implications for potential Li resources”
Authors: Bernard Sanjuan; Romain Millot
Summary: Authors clarify methodological approaches and interpretations regarding lithium-rich geothermal brines, reinforcing reliability of geochemical data and resource implications.

Title: Auxiliary Chemical Geothermometers Applied to Waters from some East African Rift Areas (Djibouti, Ethiopia, Kenya) for Geothermal Exploration
Authors: Bernard Sanjuan
Summary: Study applied auxiliary geothermometers to East African Rift waters, improving geothermal exploration methods and revealing subsurface thermal conditions.

Title: Lithium-rich geothermal brines in Europe: An up-date about geochemical characteristics and implications for potential Li resources
Authors: Bernard Sanjuan; Blandine Gourcerol; Romain Millot; Detlev Rettenmaier; Elodie Jeandel; Aurélien Rombaut
Summary: Research updated geochemical understanding of European lithium-rich geothermal brines, assessing their potential as valuable resources for renewable energy transition.

Conclusion

Bernard Sanjuan’s career stands as a testament to the transformative role of geochemistry in advancing geothermal energy and sustainable development. From early work in Africa to leading research in Europe and French overseas regions, his contributions span exploration, field monitoring, resource assessment, and innovative integration of mineral recovery with energy production. His leadership in scientific committees, editorial responsibilities, and supervision of doctoral and master’s research further demonstrate his dedication to advancing both knowledge and practice. As a widely respected figure in geothermal science, his influence extends beyond academia into policymaking, industry applications, and international collaborations. By combining a strong educational foundation with decades of impactful professional experience, Sanjuan has become one of the foremost experts in his field, making him a highly deserving candidate for recognition in global scientific and energy communities.

Truls Gundersen | Process Design | Best Researcher Award

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Prof. Dr. Truls Gundersen | Process Design | Best Researcher Award

Professor at Norwegian University of Science and Technology (NTNU), Norway

Professor Truls Gundersen is a distinguished scholar in energy and process engineering whose career spans academia, industry, and international research collaborations. He is globally recognized for pioneering contributions in process integration, pinch analysis, exergy optimization, and low-temperature processes such as LNG and liquid air energy storage. As a professor and later professor emeritus at the Norwegian University of Science and Technology, he has combined rigorous scientific inquiry with impactful teaching, leaving a profound influence on both students and the engineering profession.

Professional Profile

Scopus Profile

Education

Professor Gundersen earned a Master’s degree in Physics at the Norwegian University of Science and Technology, where he built a strong foundation in physical sciences and engineering principles. He went on to complete a PhD in Chemical Engineering at the same institution, focusing on thermodynamics, optimization, and process integration. This academic training equipped him with the expertise to contribute groundbreaking research that bridges theoretical innovation and practical industrial applications.

Experience

His professional career reflects a rare blend of industrial and academic expertise, beginning with over a decade at Norsk Hydro, where he worked on petrochemical, fertilizer, oil and gas, and light metal processes. He enriched his knowledge through a sabbatical at Carnegie Mellon University before moving into academia, where he served as professor at Telemark Institute of Technology and later at NTNU, where he became a leading figure in process systems engineering. Beyond teaching and supervision, he coordinated major research programs such as BIGCCS and HighEFF, collaborated with MIT, and contributed to international energy initiatives, demonstrating his ability to lead both national and global research efforts.

Research Focus

Professor Gundersen’s research centers on process integration, thermodynamics, exergy analysis, and heat exchanger network synthesis, with an emphasis on improving energy efficiency in industrial systems. His pioneering work in pinch analysis has shaped global approaches to minimizing energy consumption, while his studies in low-temperature processes such as LNG liquefaction, air separation, and liquid air energy storage have advanced cleaner and more efficient technologies. Combining mathematical optimization with applied industrial problems, his work bridges fundamental science with sustainable engineering solutions of international relevance.

Awards and Honors

His achievements have been recognized through prestigious awards and honors, including the Fulbright Fellowship in Natural Science and election to the Norwegian Academy of Science and Technology. At NTNU, he received multiple Best Lecturer Awards, reflecting his ability to inspire students across disciplines such as thermodynamics and process integration. His research excellence has been acknowledged with Best Paper Awards at international conferences and leading journals, reinforcing his reputation as a scholar whose contributions are both academically rigorous and practically impactful.

Publication Top Notes

Title: Allam cycle-based integrated energy storage system for cross-sector decarbonization
Journal: Journal of Energy Storage
Summary: This article explores the integration of the Allam cycle into energy storage systems, emphasizing its potential to improve efficiency and support large-scale cross-sector decarbonization by combining carbon capture with flexible power generation.

Title: Improving Round Trip Efficiency (RTE) in liquid air energy storage by integration with external thermal energy sources
Journal: Computers and Chemical Engineering
Summary: The study focuses on enhancing the round trip efficiency of liquid air energy storage systems by utilizing external thermal energy sources, enabling more sustainable, flexible, and economically competitive storage solutions for the energy transition.

Title: Exergy efficiency improvement by compression heat recovery for an integrated natural gas liquefaction-CO2 capture-NGL recovery process
Journal: Applied Thermal Engineering
Summary: This paper analyzes how compression heat recovery can significantly improve the exergy efficiency of integrated processes combining natural gas liquefaction, carbon dioxide capture, and natural gas liquids recovery, offering insights for sustainable energy systems.

Title: Putting the costs and benefits of carbon capture and storage into perspective: a multi-sector to multi-product analysis
Journal: Progress in Energy
Summary: The article provides a comprehensive assessment of carbon capture and storage, comparing costs and benefits across multiple sectors and products to highlight economic, environmental, and societal implications for future large-scale deployment.

Title: High ethane content enables efficient CO2 capture from natural gas by cryogenic distillation
Journal: Separation and Purification Technology
Summary: This study demonstrates that natural gas streams with higher ethane content can improve the efficiency of cryogenic distillation processes for carbon dioxide capture, offering a technically robust and cost-effective pathway for cleaner gas utilization.

Conclusion

Through decades of leadership in research, teaching, and international collaboration, Professor Truls Gundersen has established himself as one of the foremost authorities in energy and process engineering. His pioneering contributions to process integration and thermodynamics have shaped modern approaches to industrial energy efficiency, while his mentorship has guided numerous doctoral candidates and inspired generations of engineers. With his blend of academic excellence, industrial relevance, and global engagement, he stands as a highly deserving candidate for recognition, embodying the values of innovation, impact, and dedication to a sustainable energy future.

Tagne Takote Brice Clausel | Solar Cooling Systems | Best Innovation Award

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Dr. Tagne Takote Brice Clausel | Solar Cooling Systems | Best Innovation Award

Researcher at University of Nigeria Nsukka, Nigeria

Dr. Tagne Takote Brice Clausel is a distinguished Cameroonian expert in Renewable and New Energy Systems whose academic and professional journey exemplifies dedication to advancing sustainable technologies. With a background spanning engineering, teaching, and applied research, he has made notable contributions in the design and experimental validation of solar-driven adsorption chillers and thermal energy storage systems. His pioneering innovations in renewable energy and thermal cooling technologies aim to address pressing global challenges such as energy efficiency, CO₂ emission reduction, and sustainable power solutions for vulnerable populations.

Professional Profile

Scopus Profile

Education

Dr. Clausel pursued a rigorous academic path that reflects both depth and interdisciplinary breadth in renewable energy. He earned his Ph.D. in Renewable Energy and New Energy Systems under the World Bank Africa Centre of Excellence for Sustainable Power and Energy Development (ACE-SPED), University of Nigeria, Nsukka. His doctoral research centered on “Experimental and Thermodynamic Modelling of an Innovative Solar-Driven Adsorption Chiller,” which integrated encapsulated phase change material thermal energy storage to optimize day-night operational efficiency. Prior to his doctorate, he completed a Master of Engineering in Renewable Energy with a specialization in Solar Energy at the University of Buea, Higher Technical Teacher’s Training College (HTTTC) Kumba, Cameroon. His strong educational foundation equipped him with expertise in multiphase heat and mass transfer, thermodynamics, fluid dynamics, solar energy systems, and thermal energy storage technologies, enabling him to bridge theory with practical applications.

Experience

Dr. Clausel has accumulated significant experience across academia, research, and industry. As a doctoral researcher at ACE-SPED, he dedicated four years to investigating advanced solar thermal systems, focusing on their design, modeling, and performance optimization. Parallel to his research career, he served as a government teacher in Renewable Energy at a bilingual technical high school in Cameroon, where he nurtured future engineers and technologists. His teaching career underscores his passion for knowledge dissemination and capacity building in sustainable energy. Beyond academia, Dr. Clausel has engaged in professional practice as a part-time designer and lead engineer at Tagus Drone Company, Yaoundé. In this role, he spearheaded engineering teams in the design and deployment of solar energy systems for residential applications. Notably, he played a central role in the electrification of a 400m² exhibition stand for GIZ at Promote, Cameroon’s premier international business fair. These professional milestones demonstrate his ability to apply renewable energy concepts to real-world scenarios, delivering solutions that improve community resilience and sustainable development.

Research Focus

The core of Dr. Clausel’s research lies in renewable and sustainable thermal systems, particularly adsorption chillers, solar energy storage, and advanced heat transfer processes. His doctoral thesis explored the integration of encapsulated phase change materials (EPCM) into solar-powered adsorption chillers, aiming to resolve the mismatch between solar availability and continuous cooling demand. This innovation enhances energy efficiency, reduces CO₂ emissions, and offers affordable cooling alternatives in heat-vulnerable regions. His expertise extends to computational fluid dynamics, thermodynamic modeling, and multiphysics simulations, which he employs to optimize the design and control of renewable energy systems. He has worked on the design and fabrication of several groundbreaking prototypes, including a 1kW adsorption chiller, a paraffin wax-based EPCM thermal energy storage unit, a 150-liter evacuated tube collector, and an affordable portable solar kit for remote communities. These innovations not only demonstrate technical ingenuity but also provide scalable solutions for sustainable development.

Publication Top Note

Title: Performance Modelling of a Two-Bed Silica Gel-Water Pair Adsorption Chiller
Author: Tagne Takote Brice Clausel
Summary: This study models a two-bed silica gel-water adsorption chiller, evaluating thermodynamic performance and operational efficiency for sustainable cooling applications.

Conclusion

Dr. Tagne Takote Brice Clausel exemplifies the qualities of an innovative researcher, skilled educator, and practical engineer in the field of renewable energy and new energy systems. His groundbreaking research on solar-driven adsorption chillers and EPCM-based thermal energy storage systems provides sustainable solutions that align with global climate action and energy efficiency goals. His professional achievements, from designing community-scale solar projects to leading engineering teams, further showcase his ability to translate research into impactful real-world applications. With a strong portfolio of peer-reviewed publications, research grants, and practical innovations, Dr. Clausel stands as a highly deserving candidate for recognition in the field of renewable and sustainable energy. His work not only advances academic knowledge but also delivers tangible benefits to society, positioning him as a leader in shaping the future of clean energy technologies.

 

Guang-Lin Zhao | Superconductivity | Best Researcher Award

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Dr. Guang-Lin Zhao | Superconductivity | Best Researcher Award

Professor at Southern University and A&M College, United States

Professor Guang-Lin Zhao is a distinguished physicist and educator whose research in high-temperature superconductivity has made significant contributions to the field of cryogenic physics. Serving as a professor at Southern University and A&M College, he has advanced fundamental understanding of superconducting mechanisms while nurturing future generations of physicists. With over 130 published articles in high-impact journals and a career dedicated to unraveling the mysteries of superconductivity, Professor Zhao stands as a leading candidate for the Best Researcher Award.

Professional Profile

Scopus Profile | ORCID

Education

Professor Zhao pursued his doctoral studies in physics at Iowa State University, where he obtained his Ph.D. His academic training laid a strong foundation for his career in condensed matter physics, particularly in superconductivity and related cryogenic phenomena. His doctoral work provided him with expertise in both theoretical and experimental physics, equipping him with the analytical skills and scientific rigor that would later define his career. This educational background positioned him to address some of the most challenging questions in modern physics, especially in understanding the microscopic mechanisms underlying high-temperature superconductors.

Experience

Over the course of his academic career, Professor Zhao has established himself as an influential educator and researcher at Southern University and A&M College. His role as a professor of physics goes beyond teaching; he has been actively engaged in mentoring students and young researchers, fostering their growth in the areas of theoretical physics and applied superconductivity. His professional experience is also marked by extensive collaborations with research institutions, both nationally and internationally, allowing him to bridge diverse perspectives in tackling complex scientific problems. By integrating teaching and research, he has significantly contributed to the academic development of his institution while simultaneously advancing global scientific knowledge in cryogenics and superconductivity.

Research Focus

Professor Zhao’s primary research focus is on the mechanisms of high-temperature superconductivity, particularly in cuprate superconductors such as YBa2Cu3O7. His investigations have centered on the temperature-dependent Eliashberg gap equations and the properties of the pseudogap state. One of his most significant achievements has been demonstrating the existence of nonvanishing Eliashberg gap functions above the critical temperature, offering new insights into the persistence of superconducting characteristics beyond conventional limits. His findings highlight anisotropy in superconducting gaps on the Fermi surface and reveal that even above critical temperature, finite-frequency behavior exhibits unique non-zero properties. These contributions have deepened the scientific community’s understanding of pseudogap states, which remain one of the central puzzles in condensed matter physics. Beyond superconductivity, his research spans computational modeling, quantum mechanics, and cryogenic applications, solidifying his reputation as an innovator in the field.

Publication Top Notes

Title: Nonvanishing Eliashberg Gap Function in YBa2Cu3O7 above Tc
Authors: Guang-Lin Zhao
Summary: This study solves Eliashberg gap equations in YBa2Cu3O7, showing non-zero finite-frequency gap functions above Tc, offering insights into pseudogap state phenomena.

Title: Morphology-controlled vertically grown manganese-substituted nickel-sulfide nanosheets for binder-free asymmetric supercapacitors
Authors: [Authors not fully listed in provided text]
Summary: Developed manganese-substituted nickel-sulfide nanosheets with controlled morphology, enhancing binder-free asymmetric supercapacitors’ electrochemical performance and energy storage capacity.

Title: A Review on the Recent Advancements of Ni-Based Sulfides and Mixed Sulfides for Supercapacitors and Electrocatalysis (Oxygen Evolution Reaction)
Authors: [Authors not fully listed in provided text]
Summary: Comprehensive review highlighting structural, electrochemical, and catalytic advancements of Ni-based sulfides and composites in supercapacitor technology and oxygen evolution electrocatalysis.

Title: High density interfaces enhanced microwave absorption in multifunctional carbon nanotubes-glass fiber-epoxy composites
Authors: [Authors not fully listed in provided text]
Summary: Demonstrated high-density interface design in CNT-glass fiber-epoxy composites, significantly improving microwave absorption, multifunctional performance, and electromagnetic interference shielding properties.

Title: Electromagnetic Wave Absorption Polymer Nanocomposites
Authors: [Authors not fully listed in provided text]
Summary: Book chapter reviewing polymer nanocomposites for electromagnetic wave absorption, emphasizing design, mechanisms, and performance optimization for advanced electromagnetic shielding applications.

Conclusion

Professor Guang-Lin Zhao’s career is defined by his unwavering pursuit of scientific truth in the domain of superconductivity and cryogenics. His rigorous research has not only expanded theoretical understanding but also opened pathways for practical applications in energy-efficient technologies and quantum materials. With over 130 publications, recognized contributions to the study of pseudogap states, and a dedication to mentoring the next generation of scientists, he embodies the qualities of an exemplary researcher. His achievements reflect both depth of expertise and breadth of influence, making him a strong candidate for the Best Researcher Award.

Xiaoliang Li | Micro Plastic | Best Researcher Award

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Dr. Xiaoliang Li | Micro Plastic | Best Researcher Award

Associate Chief Physician at The Third People’s of Zhuhai, China

Dr. Xiaoliang Li is an accomplished physician-scientist whose career bridges clinical excellence, research innovation, and academic leadership. Serving as Associate Chief Physician at Zhuhai Third People’s Hospital and Deputy Director of the Clinical Translation Center, he has developed a reputation for advancing preventive medicine and occupational health through rigorous clinical practice, impactful research, and knowledge dissemination. His professional affiliations, leadership roles in national and provincial health committees, and contributions as an editorial reviewer for leading international journals highlight his recognition as a trusted expert. With a strong foundation in preventive medicine and ongoing doctoral research in public health and preventive medicine, Dr. Li continues to integrate clinical expertise with cutting-edge scientific inquiry to address pressing health challenges.

Professional Profile

ORCID

Education

Dr. Li’s educational journey demonstrates his consistent commitment to excellence and innovation in medicine and public health. He began his academic career with a Bachelor of Science in Preventive Medicine from Hebei University, where he developed a solid foundation in disease prevention, epidemiology, and occupational health. Building on this, he pursued a Master of Science in Occupational and Environmental Health at Huazhong University of Science and Technology, which allowed him to deepen his expertise in environmental risk factors, workplace hazards, and their long-term health implications. His academic trajectory advanced further with his admission as a Ph.D. candidate in Public Health and Preventive Medicine at Huazhong University of Science and Technology, where he is investigating novel approaches to environmental and occupational health risks with an emphasis on translational medicine. This combination of progressive academic training has equipped him with the knowledge and research capacity to make sustained contributions to both theoretical and applied aspects of preventive medicine.

Experience

Dr. Li’s professional career is distinguished by a dual focus on clinical practice and research translation. At Zhuhai Third People’s Hospital, he holds the position of Associate Chief Physician, where he integrates evidence-based medicine with patient care in complex occupational and environmental health cases. His leadership extends to serving as Deputy Director of the Clinical Translation Center, a role that emphasizes his capacity to bridge laboratory discoveries with clinical applications. His expertise has been further recognized through appointments to multiple influential committees, including the Medical Ergonomics Committee of the Chinese Ergonomics Society, the Occupational Health and Engineering Evaluation Committee of the Guangdong Occupational Health Association, and the Guangdong Biomedical Engineering Society. In addition, he contributes to policy and practice as an expert in the Guangdong Prisoner Medical Evaluation Expert Database and as a health science popularization expert for the Zhuhai Municipal Health Bureau. Through these roles, he has helped shape policies, standards, and practices that promote both occupational safety and public health.

Research Focus

Dr. Li’s research contributions are at the intersection of occupational health, environmental exposures, and translational medicine. He has been actively engaged in national and regional research grants, serving as both principal investigator and co-investigator. His work under the National Natural Science Foundation of China explores the role of circular RNAs, particularly circCATE, in regulating the Wnt/β-catenin pathway during bronchial epithelial carcinogenesis in COPD induced by B(a)P exposure. This research provides critical insights into the molecular mechanisms linking environmental pollutants to chronic respiratory diseases. As principal investigator, he has led innovative projects funded by the Zhuhai Science and Technology Bureau, focusing on the role of marine, gut, and skin microbiomes in dermatophytosis among coastal populations. Additionally, his funded projects include occupational hazard characterization in new energy vehicle battery production and studies on pyrethroid exposure related to oxidative stress and male reproductive health. Collectively, these projects reflect his broad yet integrated research focus on the health impacts of environmental and occupational exposures, advancing knowledge that informs prevention, diagnosis, and clinical intervention.

Publication Top Notes

Title: Microplastics in the Lung Tissues Associated with Blood Test Index
Authors: Shuguang Wang, Wenfeng Lu, Qingdong Cao, Changli Tu, Chenghui Zhong, Lan Qiu, Saifeng Li, Han Zhang, Meiqi Lan, Liqiu Qiu, Xiaoliang Li, et al.
Journal: Toxics
Summary: Study reveals microplastics present in human lung tissues, correlating with blood test indicators, highlighting significant health implications from environmental exposure.

Title: Association of Shift-Work, Daytime Napping, and Nighttime Sleep with Cancer Incidence and Cancer-Caused Mortality in Dongfeng-Tongji Cohort Study
Authors: Xiaoliang Li et al.
Journal: Annals of Medicine
Summary: Large cohort study demonstrates associations between shift-work, sleep patterns, and elevated cancer incidence and mortality, emphasizing occupational and lifestyle health risks.

Title: Association of Body Mass Index with Chromosome Damage Levels and Lung Cancer Risk among Males
Authors: Xiaoliang Li et al.
Journal: Scientific Reports
Summary: Research links higher body mass index with increased chromosome damage and lung cancer risk, underscoring biological mechanisms of obesity-related carcinogenesis.

Title: The Interaction of APEX1 Variant with Polycyclic Aromatic Hydrocarbons on Increasing Chromosome Damage and Lung Cancer Risk among Male Chinese
Authors: Xiaoliang Li et al.
Journal: Molecular Carcinogenesis
Summary: Study identifies synergistic effects of APEX1 genetic variant and environmental hydrocarbon exposure, heightening chromosome damage and lung cancer susceptibility in males.

Conclusion

Dr. Xiaoliang Li exemplifies the integration of clinical expertise, research innovation, and academic leadership. His career is marked by substantial contributions to preventive medicine, occupational health, and environmental health, with a strong record of high-impact publications, funded projects, and intellectual property. As an educator, mentor, and reviewer for prestigious journals, he continues to influence scientific discourse and policy development. His leadership in national committees and public health initiatives underscores his dedication to improving population health and workplace safety. With his unique combination of clinical practice, translational research, and academic engagement, Dr. Li stands as a highly deserving candidate for this award, reflecting a career dedicated to advancing medical science and public well-being.

Ting Geng | Low-Dimensional Materials | Best Researcher Award

Published on by Cryogenicist

Dr. Ting Geng | Low-Dimensional Materials | Best Researcher Award

Dr. Ting Geng, Beijing Institute of Graphic Communication, China

Ting Geng is a distinguished physicist and lecturer at the Beijing Institute of Graphic Communication, specializing in the structure and physical properties of low-dimensional materials under high pressure. His academic journey has been marked by rigorous training in condensed matter physics and a strong focus on advanced material synthesis, high-pressure physical chemistry, and optical property analysis. With over 30 publications in leading international journals, several patents, and a published monograph, he has emerged as a promising researcher making significant contributions to materials science. His ability to integrate fundamental physics with applied material innovation demonstrates his role as a leading scholar and educator.

Professional Profile

Scopus Profile | ORCID

Education

Ting Geng pursued his academic foundation in physics at North China University, where he developed a strong interest in condensed matter and material systems. His bachelor’s degree provided the groundwork for further specialized studies in condensed matter physics at Jilin University, a prestigious institution recognized for scientific excellence. He successfully completed both his master’s and doctoral degrees at Jilin University, focusing on condensed matter physics with an emphasis on the structural design and functional properties of materials under extreme conditions. This progression not only refined his experimental skills but also deepened his expertise in high-pressure physical chemistry, nano-material synthesis, and optical property evaluation, laying the foundation for his later academic and research achievements.

Experience

Currently serving as a lecturer at the Beijing Institute of Graphic Communication, Ting Geng combines academic instruction with cutting-edge research in material science. His teaching integrates theoretical knowledge with practical experimentation, offering students exposure to contemporary advancements in physics and material studies. Beyond the classroom, he has presided over and actively participated in 12 national, institutional, and collaborative scientific research projects. These include a general project of the National Natural Science Foundation, multiple industry–academia cooperative initiatives, and horizontal research projects. His involvement in these projects underscores his ability to manage complex, interdisciplinary research while fostering collaboration between academia and industry.

Research Focus

Ting Geng’s primary research focus lies in the structure and physical properties of low-dimensional materials under high-pressure conditions. His investigations explore the synthesis and preparation of nanomaterials, structural characterization under extreme environments, and the evaluation of optical and physical behaviors. This research is crucial for understanding material responses to extreme pressures and advancing applications in next-generation electronic, optical, and functional devices. By bridging experimental material synthesis with theoretical insights, his work contributes to the design of novel materials with enhanced properties, supporting innovation in applied physics and engineering.

Publication Top Notes

Title: Pressure Effect on All-Inorganic Lead-Free Halide Perovskite Materials: Structural and Optical Properties
Summary: This work examines how external pressure influences the structural and optical characteristics of all-inorganic lead-free halide perovskites. It highlights pressure-induced phase transitions, bandgap tuning, and changes in light absorption, demonstrating the potential of pressure engineering to enhance stability and performance in environmentally friendly optoelectronic devices.

Title: Electron Transport Layer Materials of Perovskite Solar Cells
Summary: This review discusses various electron transport layer (ETL) materials used in perovskite solar cells, analyzing their structural, electronic, and interfacial properties. It emphasizes strategies for improving charge transport, reducing recombination losses, and enhancing device stability, offering pathways toward higher efficiency in perovskite photovoltaic technologies.

Conclusion

Through his outstanding academic training, extensive research contributions, and dedication to teaching, Ting Geng has established himself as a highly impactful physicist and educator. His work in synthesizing and characterizing nanomaterials under high pressure has significantly advanced the field of condensed matter physics, while his prolific publication record in leading journals underscores the global relevance of his research. His patents and authored monograph further highlight his commitment to bridging theory and practice, ensuring that scientific advancements translate into real-world applications.

M. Khalilur Rahman Khan | Materials Science at Cryogenic Temperatures | Best Researcher Award

Published on by Cryogenicist

Prof. Dr. M. Khalilur Rahman Khan | Materials Science at Cryogenic Temperatures | Best Researcher Award

Professor at University of Rajshahi, Bangladesh

Prof. Dr. Md. Khalilur Rahman Khan is a distinguished physicist and academic leader, serving as Chairman of the Department of Physics at the University of Rajshahi. With over three decades of teaching, research, and administrative experience, he has made significant contributions to materials science, superconductivity, and thin film technology. His prolific publication record, mentorship of postgraduate researchers, and leadership in national and international collaborations have positioned him as an influential figure in advancing physics research and education.

Professional Profile

Google Scholar

Education

Prof. Khan completed his early education in the sciences, excelling consistently in his academic journey. He earned his Bachelor of Science (Honours) in Physics from the University of Rajshahi, graduating first in his class. He continued at the same institution for his Master’s in Physics with a specialization in Solid State Physics, again securing the top position. His pursuit of advanced research led him to Yamanashi University, Japan, where he obtained a Ph.D. in Materials Science, focusing on superconductivity. His educational foundation in both theoretical and experimental physics set the stage for his future innovations in materials synthesis and characterization.

Experience

Prof. Khan’s academic career at the University of Rajshahi began as a Lecturer in the Department of Physics, where his dedication to teaching and research quickly earned him promotions through the ranks to Assistant Professor, Associate Professor, and ultimately Professor (Selection Grade). He has held prestigious visiting positions, including as Visiting Professor at the Venture Business Laboratory, University of Toyohashi, Japan, and as a Commonwealth Fellow at the University of the West of Scotland, UK. He has also undertaken postdoctoral research at Yamanashi University, Japan, under both follow-up and joint research fellowships. Beyond his academic duties, he has served in numerous administrative roles such as Dean of the Faculty of Science, Finance Committee Member, Senate Member, and Syndicate Member at various universities, contributing to academic governance and institutional development.

Research Focus

Prof. Khan’s research primarily explores the preparation and characterization of magnetic and semiconducting materials, with particular emphasis on the effects of elemental substitution on their structural and physical properties. He has extensively investigated the structural, electrical, and optical properties of semiconducting, ferroelectric, and perovskite solar cell thin films prepared using vacuum evaporation, chemical deposition, and spray pyrolysis techniques. His work on superconductivity has advanced understanding in the field of high-temperature superconductors, contributing to both fundamental physics and potential applications in energy systems. He remains actively engaged in national and international collaborations, enhancing cross-disciplinary approaches in condensed matter physics and materials science.

Awards & Honors

Prof. Khan’s academic excellence has been recognized with numerous honors. He received the Chancellor’s Award, the highest academic accolade at the University of Rajshahi, for his outstanding performance in his B.Sc. (Honours). He has also been awarded the S. N. Nahar Award for Researcher of the Year in Physics, reflecting his significant contributions to scientific advancement. His international fellowships include the Commonwealth Staff Fellowship (UK), Postdoctoral Fellowships at Yamanashi University (Japan), and a Visiting Professorship in Japan. These distinctions highlight his global academic presence and contributions to fostering research excellence.

Publication Top Notes

Title: Effect of Ni doping on structure, morphology and opto-transport properties of spray pyrolised ZnO nano-fiber
Authors: MY Ali, MKR Khan, AMMT Karim, MM Rahman, M Kamruzzaman
Summary: Investigates how Ni doping alters ZnO nano-fiber structure, morphology, and opto-transport properties prepared via spray pyrolysis.

Title: Effect of annealing temperature on structural, electrical and optical properties of spray pyrolytic nanocrystalline CdO thin films
Authors: MA Rahman, MKR Khan
Summary: Examines influence of annealing temperature on CdO thin films’ structural, electrical, and optical characteristics for improved performance.

Title: Effect of Al doping on structural, electrical, optical and photoluminescence properties of nano-structural ZnO thin films
Authors: MM Rahman, MKR Khan, MR Islam, MA Halim, M Shahjahan, MA Hakim, …
Summary: Studies Al doping impact on ZnO thin films’ structure, electrical behavior, optical traits, and photoluminescence efficiency.

Title: Effect of Al-doping on optical and electrical properties of spray pyrolytic nano-crystalline CdO thin films
Authors: MKR Khan, MA Rahman, M Shahjahan, MM Rahman, MA Hakim, …
Summary: Analyzes Al-doping effects on CdO thin films’ optical transmission, bandgap, and electrical conductivity prepared by spray pyrolysis.

Title: Electronic, mechanical, optical and photocatalytic properties of perovskite RbSr2Nb3O10 compound
Authors: MNH Liton, M Roknuzzaman, MA Helal, M Kamruzzaman, A Islam, …
Summary: Explores RbSr2Nb3O10 perovskite’s structural, electronic, mechanical, optical, and photocatalytic properties for multifunctional material applications.

Conclusion

Prof. Dr. Md. Khalilur Rahman Khan’s career reflects an unwavering dedication to advancing physics through research, education, and leadership. His contributions in superconductivity, thin film technology, and functional materials have not only enriched the scientific literature but also shaped the capabilities of the next generation of physicists through his mentorship. His administrative service has strengthened academic institutions, while his global collaborations have elevated Bangladesh’s presence in the international physics community. With an exceptional combination of scholarly excellence, innovative research, and visionary leadership.