Alireza Eivazi is an Adjunct Assistant Professor at Mid Sweden University's Department of Engineering, Mathematics and Subject Didactics (IMD), specializing in hydrometallurgy, materials science, and environmental engineering. His research focuses on cellulose-based hybrid materials for triboelectric applications, novel separation processes, and sustainable waste management. Ongoing projects: Cellulose-based triboelectric filters, molecular cellulose design, TransTech2Horizon, Foodtech fermentation Completed projects: BioRem Energy & Metal, BioRem Fiber, Cello His work explores aqueous chemistry, electrochemistry, chemical thermodynamics, and mass transfer mechanisms in cellulose regeneration. He develops metal/metal oxide nanoparticle-cellulose hybrids and investigates bioaccumulation of metals in white-rot fungi. Recent publications analyze triboelectric nanogenerators using wastepaper, lignin-furanic foams for pollutant removal, and cellulose II films with enhanced properties. He contributes to methodologies for lignocellulosic sediment remediation and molecularly designed triboelectric materials.
Piedad Nieves is a Professor at the Universidad Miguel Hernández (UMH), affiliated with the Institute of Bioengineering and the Department of Materials Science, Optics and Electronic Technology. She coordinates courses in Biotechnology and Fashion Management and Technology at both bachelor's and master's levels, focusing on biomaterials, material technology, and biotechnological applications. Her research centers on the development and characterization of ceramic scaffolds for bone tissue engineering, with a particular emphasis on bioactive materials, ion doping, and surface modifications to enhance regenerative outcomes. As Director of the Research Group in Materials Science and a member of the University Senate (Sector 1), she oversees the Characterization of Solid Materials laboratory. Her work includes preclinical testing of dental implants, biomechanical analysis of implant macrogeometries, and in vitro/in vivo studies of stem cell responses to ceramic substrates. She maintains an active teaching schedule across multiple academic years, with laboratory and lecture responsibilities in courses such as Biotechnological Material and Research Activities and Funding. Contact details include her office at Edificio Torrevaillo, Avda. Universidad s/n, 03202 Elche, Spain, and phone numbers +34 96 665 8485 (direct) or +34 96 522 2000 (institute line). Her research outputs span 3D porous scaffolds, titanium surface treatments, and novel implant designs with mechanical and biological evaluations.
Lecturer Esra Sunerli Topan serves at Uşak University in the Faculty of Fine Arts, Department of Textile and Fashion Design , while also contributing to the Leather, Textile and Ceramic Design Application and Research Center since 2019. Her academic journey includes a Competence in Art from Dokuz Eylul University (2020), an MSc in Fashion Design from Anadolu University (2017), and Bachelor's degrees from Anadolu and Dokuz Eylul Universities (2014). Research Focus: Textile and Fashion Design with emphasis on sustainability, digital technologies, and surface design innovation. Industry Collaboration: Works on leather garment comfort properties, sublimation printing methods, and waste transformation projects with Uşak prison. Her publications highlight trends in sustainable design practices (natural dyes, recycled materials), digital illustration tools like Procreate, and cross-disciplinary approaches blending technology with traditional textile arts. Recent projects explore the intersection of flora-inspired motifs and creative surface design across leather, textile, and ceramic mediums. She actively participates in artistic exhibitions and conferences, showcasing works from bio-diversity themed art to collaborative design studies in leather sustainability.
William Greenbank is an Associate Professor at the SDU Centre for Industrial Electronics, University of Bordeaux. His research focuses on dielectric materials for high-performance capacitors and organic photovoltaics, with an emphasis on interfacial stability and degradation mechanisms. PhD in Solar Energy/Organic Electronics, University of Bordeaux (2016) MSc (Hons) in Physical Chemistry, Victoria University of Wellington (2012) His work spans nanocomposite dielectrics , thermal stability of capacitors , and organic solar cell degradation analysis , contributing to sustainable energy solutions. Recent projects include self-healable capacitor materials and layer-by-layer printed nanocomposites. Key research trends from his publications include dielectric material engineering , nanoscale film modification , and power electronics optimization . Collaborations with industry partners aim to reduce DC-link capacitors in grid-connected systems. Fabrikant Mads Clausen Fond grant (2024) for thermal instability research Greenbank co-supervises PhD students and teaches interdisciplinary courses like Experts in Teams , focusing on industrial electronics applications.
Dr. Sevil Erdoğan is an Assistant Professor in the Veterinary Department of Keşan Vocational College at Trakya University, Edirne, Turkey. She serves as Department Head and coordinates both the Erasmus and Farabi Units at the vocational school. With over 15 years of academic experience, Dr. Erdoğan has established herself as a leading researcher in natural biomaterials, particularly chitin and chitosan. Dr. Erdoğan's educational background includes: Bachelor's Degree in Biology from Çanakkale 18 March University (2002) Master's Degree in Biology from Trakya University (2005) PhD in Biology from Trakya University (2010) Dr. Erdoğan's primary research focuses on natural biomaterials , especially chitin and chitosan . Her work spans extraction techniques from diverse organisms including marine invertebrates, insects, and fungi, as well as applications in textiles, drug delivery systems, and biomedical engineering. She has made significant contributions to understanding the physicochemical properties of chitin structures across different biological sources and has pioneered applications in flame retardancy, antimicrobial textiles, and controlled drug release systems. Analysis of Dr. Erdoğan's recent publications reveals a strong trajectory toward increasingly sophisticated biomaterial applications. While early work focused on fundamental characterization of chitin from various sources, her recent research has expanded into advanced hydrogel systems for drug delivery, functional textile coatings, and marine bioactive compound extraction. Her work demonstrates growing interdisciplinary connections between marine biology, polymer science, and biomedical engineering. Dr. Erdoğan has successfully supervised multiple graduate students and managed numerous research projects funded by TÜBAP and TÜBİTAK. Her current projects include "Extraction and Characterization of Bioactive Compounds from Anthozoa, Porifera, Tunicata and Bryozoa Species in the Dardanelles," along with research on chitosan-based hydrogels for antiviral drug delivery and inflammatory bowel disease treatment. Dr. Erdoğan actively contributes to her field through manuscript reviewing for prestigious journals including International Journal of Biological Macromolecules, Journal of Food Science, and Food Biophysics, demonstrating her recognized expertise in biomaterials science.
Professor Jun Ma is a distinguished academic in Materials Engineering at the University of South Australia (UniSA) STEM, focusing on advanced nanocomposites and sustainable materials. His research spans polymer engineering, graphene-based materials, and mechanochemical processing for multifunctional applications. Research Focus: Polymer nanocomposites, self-healing materials, thermal management, and environmental sustainability Applications: Energy conservation, flame retardancy, electromagnetic shielding, and sensor development Recent publications highlight innovations in 3D-printed eco-friendly elastomers, graphene modification techniques, and carbon nanotube-based composites. His work emphasizes mechanical robustness, functional adaptability, and scalable manufacturing for industrial applications.
Shiyan Chen serves as a Research Assistant Professor at the Shenzhen Grubbs Institute, Southern University of Science and Technology (SUSTech), China, a position held since November 2023 following appointments as Senior Research Fellow (August-October 2023) and Postdoctor Fellow (July 2021-July 2023) at the same institute. His academic foundation includes a Doctorate in Chemistry from Xiamen University (2016-2021) and a Bachelor's degree from Guizhou University (2012-2016). His research spans three core domains: Polymer Chemistry : Design of conjugated polymers using metalla-aromatic building blocks for optoelectronic applications Organometallic Chemistry : Development of dπ-pπ conjugated systems via osmium carbynes and alkyne additions Supramolecular Chemistry : Fabrication of luminescent materials through cucurbituril-based host-guest interactions Analysis of his 10 publications (2015-2023) reveals an evolutionary trajectory from fundamental supramolecular systems to advanced organometallic polymers for energy applications. Key trends include the integration of nanographene-osmapentalyne complexes achieving >18% solar cell efficiency, dπ-pπ systems enabling simultaneous high mobility and strong emission, and carbolong interfaces enhancing device stability. His work demonstrates consistent innovation at the chemistry-materials science-energy nexus. Honors include: The 10th China Youth Science and Technology Innovation Award While student advising details remain unspecified, his frequent co-first authorships indicate active mentorship. Research is conducted within SUSTech's Shenzhen Grubbs Institute, leveraging specialized facilities for organometallic synthesis and materials characterization to advance next-generation energy solutions.
Dr. Chuanfei Guo is a tenured Professor at the Southern University of Science and Technology (SUSTech) and serves as editor for Materials Today Physics and Soft Science . His research focuses on high-performance electronic skins , human-body flexible electronics , and unconventional micro-nano fabrication . Education : PhD in Materials Science (2011, National Center for Nanoscience and Technology) Appointments : Boston College (Postdoc, 2011-2012), University of Houston (Research Associate, 2013-2016), SUSTech (Associate Professor 2016-2021, Tenured Professor 2021-present) Research Themes : Development of ultra-sensitive electronic skins with cross-talk-free sensing and environmental stability Innovation in epidermal and implantable bioelectronics using conductive hydrogels Cost-effective biomimetic nanofabrication techniques for scalable microstructures Scientific Contributions include: Over 130 publications in top journals (Nature Materials, Nat. Commun., PNAS, etc.) 40+ patents (24 granted, including 4 US patents) Recipient of Beijing Natural Science Prize and Guangdong Distinguished Young Scholar Fund Leadership in Zhujiang Talent Program and SUSTech-MIT Joint Center projects
Francesco Bisio is a Lecturer in the Department of Physics (DIFI) at the University of Genoa. His research focuses on materials science and photonics, particularly in the development and characterization of 2D materials for photoconversion and optoelectronic applications. Email: bisio@fisica.unige.it Research Interests: His work centers on: Transition metal dichalcogenides (TMDs) processing Flat optics and light harvesting Photoconversion and photochemical applications Material exfoliation techniques Surface functionalization with silanes Carrier dynamics in nanoparticle arrays Recent Publications (2024): Focus on optimizing fabrication methods for large-area monolayers, creating heterostructures for solar energy conversion, and studying ultrafast carrier dynamics in plasmonic systems. These works demonstrate his expertise in combining nanotechnology with optical and electronic property engineering.
Dr. Vladimir Yufit is a Visiting Researcher in the Department of Earth Science & Engineering at Imperial College London's Faculty of Engineering. His research spans interdisciplinary domains at the intersection of materials engineering, electrochemistry, and energy systems. Fields of Research : Materials Engineering, Physical Chemistry (incl. Structural), Macromolecular and Materials Chemistry, Condensed Matter Physics, Analytical Chemistry, Mechanical Engineering Recent work focuses on rechargeable batteries and regenerative fuel cells , with particular emphasis on advanced electrode design through 3D lattice Boltzmann modeling , graphene modification , and microstructural optimization . Dr. Yufit's publications reveal deep engagement with zinc deposition dynamics , polysulfide-air chemistry , and thermal gradient impacts on battery performance. His computational and experimental investigations into ion transport mechanisms , electrochemical degradation , and novel diagnostic techniques demonstrate a commitment to advancing energy storage technologies through physics-informed modeling and multiscale quantification.
Fan Zhang is a Postdoctoral Researcher in Civil Engineering at Aalto University, specializing in asphalt technology and sustainable road materials. Their work focuses on integrating industrial by-products into pavement systems and applying machine learning for material property prediction. Affiliation: Aalto University, Finland Research Group: Mineral Based Materials and Mechanics Zhang's research spans asphalt recycling, self-healing materials, and environmentally conscious pavement design. Key areas include rejuvenator application, fiber reinforcement, and microwave-based winter maintenance solutions. Zhang's publications emphasize asphalt mixture performance under aging, recycling optimization, and sustainable material synthesis. Recent works explore explainable machine learning for rheological predictions and environmental evaluations of waste-containing mixtures. Collaborations include research teams across Europe, with frequent co-authorship alongside Augusto Cannone Falchetto and Di Wang.
Dr Michael Bromley serves as a Senior Research Associate within the Nuclear Innovation Programme at Lancaster University's School of Engineering. His research focuses on advancing nuclear fuel recycling technologies and separation science for radioactive waste management, with expertise spanning radiochemistry, photochemistry, and materials engineering. His primary research interests include: Nuclear Engineering: Specializing in spent nuclear fuel recycle processes and fission product management for next-generation nuclear systems. Radiochemistry: Investigating uranium and cerium behavior in high-concentration systems relevant to fuel reprocessing. Photochemistry: Developing rapid photochemical reduction techniques and photocatalytic initiation methods for nuclear applications. Separation Science: Optimizing solvent extraction using ligands like TODGA/TBP and creating nanoporous membrane technologies. Materials Science: Engineering nanostructured metal films and electrodes for analytical separations and sensor applications. Analysis of his 14 publications (2010-2023) reveals three interconnected research trajectories: (1) photochemical uranium reduction for fuel recycling (peaking in 2023), (2) solvent extraction kinetics for fission management (2015-2018), and (3) nanoporous metallization via photocatalytically initiated electroless deposition (2010-2013). These efforts consistently address challenges in nuclear waste processing through innovative chemical engineering approaches. No scientific awards were documented in the source materials. Information regarding student advising, grant funding, or educational background was not provided in the available texts. Dr Bromley operates within Lancaster University's Nuclear Innovation Programme, collaborating on advanced separation technologies and fuel cycle chemistry projects targeting sustainable nuclear energy solutions.
Professor Mehmet Sönmez is a distinguished academic at Gaziantep University's Faculty of Arts and Sciences, Department of Chemistry, where he has served as a Professor since 2010. With a career spanning over three decades in inorganic chemistry, he has established himself as a leading researcher in metal complex synthesis, coordination chemistry, and catalytic applications. His educational background includes: Doctorate in Chemistry from Yuzuncuyil University (1993-1997) Master's degree in Chemistry from Erciyes University (1990-1991) Licence in Chemistry Teaching from Selcuk University (1982-1986) Professor Sönmez's research primarily focuses on inorganic and coordination chemistry, with special emphasis on pincer-type ligands, Schiff base complexes, and photoluminescent materials. His work bridges fundamental chemical research with practical applications in catalysis, medicinal chemistry, and materials science. He has pioneered numerous synthetic methodologies for creating novel metal complexes with potential applications in drug development, environmental remediation, and advanced materials. An analysis of his recent publications reveals a strong trend toward developing sustainable catalytic processes, particularly for CO 2 conversion to cyclic carbonates, alongside investigations into the biological activities of metal complexes. His work spans multiple subfields including medicinal inorganic chemistry, materials science, and green chemistry, demonstrating both depth and breadth in his research portfolio. His scientific achievements have been recognized with: University Science Award from Gaziantep University (2019) Professor Sönmez has supervised numerous graduate students, including 8 doctoral theses, mentoring the next generation of chemists. His research has been supported by multiple projects funded by TÜBİTAK and university research grants, totaling 25 research projects throughout his career. His administrative contributions include serving as Head of Department at both Gaziantep University and Yuzuncuyil University. His laboratory focuses on synthesizing novel metal complexes, particularly those with pincer-type ligands, and investigating their structural, catalytic, and biological properties. The research group maintains strong collaborations with international researchers and has established itself as a center of excellence in inorganic chemistry within Turkey.
Yves Weinand serves as Full Professor of Timber Construction at École Polytechnique Fédérale de Lausanne (EPFL), where he directs the transdisciplinary Wood Construction Laboratory (IBOIS) within the School of Architecture, Civil and Environmental Engineering. His appointment spans the Institute of Civil and Environmental Engineering (IIC) and teaching units in Architecture (SAR) and Civil Engineering (SGC), reflecting his interdisciplinary focus at the intersection of structural engineering and architectural design. His research expertise spans computational geometry processing, robotic timber construction, and experimental joinery techniques, with particular emphasis on digital fabrication workflows for complex wood structures. Weinand's work integrates augmented reality systems with traditional craftsmanship and develops novel computational methods for timber plate structures and through-tenon connections. Analysis of his recent publications reveals a strong trend toward hybrid digital-physical construction workflows, with increasing focus on AI-assisted fabrication, real-time quality control, and sustainable material utilization. His research bridges fundamental structural mechanics with practical building applications through technology transfer projects. Lignum Prize - Western Region Mention (2018) French Academy of Architecture silver medal (2017) Grand Prix d'architecture de Wallonie for Vidy theater (2019) Wood Distinction 2019 for Vaud Parliament building (2019) Medal for Research and Technique from French Academy of Architecture (2017) Weinand supervises numerous doctoral candidates while teaching ten courses across bachelor to postgraduate levels, including computational architecture and digital timber construction. His laboratory collaborates with industry partners through technology transfer contracts for projects like the Annen Vault, Rossinière Centre, and Brussels Sportstower, implementing EPFL-developed computational methods in real-world construction. The IBOIS laboratory operates as a transdisciplinary research hub connecting architectural design exploration with structural engineering innovation, maintaining active partnerships with timber industry stakeholders and architectural practices across Europe.
Світлана Львівна Воропаєва serves as an Assistant Professor at the Department of Computer Systems and Networks within the Faculty of Physics at Yuriy Fedkovych Chernivtsi National University. Holding a Candidate of Technical Sciences degree (2012) with her dissertation on 'Computerized system of UV sources monitoring', she teaches Engineering Graphics, Computer Graphics, and Technology of Designing Computer Systems while maintaining active research in applied computer engineering. Education: Chernivtsi National University named after Yuriy Fedkovych, Faculty of Physics, Department of Electronic Computing Machines (2000) Her research centers on data compression and protection in telemetry reconfigurable information systems, with significant contributions across computer vision (handwritten text recognition, video parameter optimization), image processing (scanned document enhancement), UV radiation monitoring (Tensor-31M radiometer-dosimeter), and semiconductor photodetector systems. She specializes in hardware-software integration for real-time control applications, particularly in UV source management and smart home technologies, while developing advanced signal processing algorithms for spectral coordination and parameter stabilization. Analysis of her 15 most recent publications (2005-2018) reveals consistent focus on applied solutions bridging computer science and physical instrumentation. Her work demonstrates strong interdisciplinary collaboration, particularly with Vorobets and Dobrovolskyi teams, evolving from semiconductor interface modeling (2005-2007) toward practical implementations in computer vision (2018) and smart systems. Key thematic progression shows increasing emphasis on neural networks, parallel computing, and IoT-integrated hardware solutions while maintaining core expertise in radiation physics and optoelectronics. Professional development is evidenced by 15+ certificates (2019-2023) in digital competencies including Adobe Photoshop, project planning, active learning methods, and international conference participation (Austria, Czech Republic, Romania). Her technical leadership spans hardware-software co-design for UV monitoring systems, photodetector optimization, and embedded control modules, with consistent publication output in Ukrainian and international engineering venues.
