Dr. NÉMETH Róbert is an Associate Professor and Head of the Department of Structural Mechanics at the Budapest University of Technology and Economics . With a PhD in Civil Engineering (2004), he has contributed significantly to nonlinear structural mechanics, particularly in elastic rod analysis and finite element modeling. Current roles: Associate Professor, Department Head Key affiliations: Budapest University of Technology and Economics, Cornell University (visiting scientist) His research focuses on nonlinear dynamics of elastic systems, with applications to: Nonlinear normal modes Free vibration analysis Seismic response of masonry structures Elastic filament networks Continuum mechanics Finite element modeling Article trends show a consistent exploration of piecewise linear systems and cracked structures across decades, combining analytical and numerical approaches. Scientific awards include: DAAD Scholarships (1999, 2001) Dr. Imre Korányi Civil Engineering Scholarship (2004-2005) He has taught courses in structural dynamics, finite element methods, and mechanics in Hungarian, German, and English, while also serving on university committees.
Mathias Géry is a Lecturer in Computer Science at Jean Monnet University, affiliated with the Computer Science Department within the Faculty of Science and Technology. He conducts research as a member of the Data Intelligence Group at the H. Curien Laboratory (UMR CNRS 5516) in Saint-Étienne, France. Research Focus: His work centers on advanced Information Retrieval systems, with four core pillars: Structured IR (specializing in textual IR, XML, hypertexts, and structured documents), Social IR (analyzing social networks and relationships), Multimedia IR (developing text-image fusion models and representation frameworks), and Web Mining (including usage analysis, corpus collection, and web analytics). His methodologies consistently integrate user profiles and social context to enhance personalized information access. Publication Trends: Recent publications (2015-2024) reveal a strong trajectory in personalized and social IR, with significant contributions to query expansion, language modeling, and social bookmarking systems. His interdisciplinary reach extends to health informatics (2024 RCT on sedentary adults), sports science (2023 gender-based endurance analysis), quantum physics (2021 turbulence study), and literary analysis (2019 Russian literature), demonstrating exceptional versatility across computational and humanities domains. Collaborative Environment: As an active researcher within the CNRS-affiliated H. Curien Laboratory, he contributes to the Data Intelligence Group's mission of advancing data-driven methodologies through structured, social, and multimodal approaches.
Saeda Nair is an Associate Professor in the Department of Anesthesia at McMaster University. Her scholarly activity focuses on anesthesia-related clinical research, including postoperative pain management, sedation techniques, and intraoperative complications. Key research themes include: Pain management after laparoscopic liver resection Sedation protocols for patients with neuromuscular disorders Investigation of trigeminocardiac reflex during neurosurgical procedures Perioperative nutritional interventions in gastrointestinal cancer surgery Her publications span journals including Minerva Anestesiologica , Anesthesia Reports , and World Neurosurgery . Collaborators include Pablo Serrano Aybar, Sameer Parpia, and Marko Simunovic. While no formal awards are listed in the provided data, her work appears in peer-reviewed journals and has been referenced on Wikipedia and social media platforms.
Dr. Gabriele Bogo is a researcher at the Faculty of Mathematics, University of Bielefeld , focusing on stochastic processes and partial differential equations. He contributes to projects like the Collaborative Research Center 1283 "Taming Uncertainty" and the Marie Skłodowska-Curie Action EPOC. Affiliations: Faculty of Mathematics, University of Bielefeld Research: Stochastic Analysis, Nonlinear PDEs, Probability Theory His work spans stochastic differential equations , Fokker-Planck-Kolmogorov equations , and McKean-type nonlinear processes , often intersecting with mathematical physics and financial modeling. Recent publications analyze strong solutions for singular drifts, gradient-type formulas for FBSDEs, and applications of Lyapunov methods. Key subfields include Markov Processes , Stochastic Homogenization , and Mean-Field Models . His research drives advancements in understanding uncertainty in dynamical systems and their mathematical representations.
Professor John Wiggers is a Professorial Fellow at the School of Medicine and Public Health at the University of Newcastle, Australia. He also serves as Director of Hunter New England (HNE) Population Health, leading a team of over 100 staff serving 800,000 people across the region from Newcastle to the Queensland border. His work uniquely bridges research, policy, and practice in population health. Education: PhD in Behavioural Medicine, University of Newcastle (1997) Graduate Diploma in Health Social Science, University of Newcastle Bachelor of Arts (Honours), University of Newcastle Professor Wiggers focuses on population health research, particularly in re-orientating health and other agencies towards policies and practices that prevent chronic diseases and reduce health risks. His expertise spans chronic disease prevention, injury prevention, and harm reduction related to alcohol and tobacco. He has developed evidence-based models for implementing health promotion programs across multiple community settings including schools, childcare centers, sports clubs, and police stations. His research emphasizes a 'system' and 'capacity building' approach, working collaboratively with community organizations to ensure research is both informed by and translated into practice. His recent publications (2021-2023) demonstrate a strong focus on implementation science, particularly in translating evidence into practice across various settings. Key themes include antenatal care addressing alcohol consumption, obesity prevention in schools and childcare settings, mental health promotion, and improving preventive care for people with mental illness. His work frequently employs cluster randomized controlled trials and implementation frameworks to evaluate the effectiveness of practice change interventions. Scientific Awards: 2015 Excellence Award by the Collaboration of Community-based Obesity Prevention Sites for the Good for Kids Good for Life program Professor Wiggers has secured significant research funding, including NHMRC grants, to support his work on alcohol harm reduction, obesity prevention, and tobacco control. His research has directly informed policy and practice, with programs like Good for Kids Good for Life being adopted by NSW Health as the Healthy Children Initiative. He has established strong collaborations across health services, community organizations, and government bodies to build capacity for evidence-based practice. As Director of Hunter New England Population Health, Professor Wiggers oversees a substantial team implementing population health services across the region. His work with the NSW Police Force on alcohol-related crime reduction has served as a model adopted by police forces in New Zealand and South Australia. His 'virtuous cycle' approach emphasizes co-design, implementation, evaluation, and dissemination of evidence-based practices with service providers.
Dr. Effrossyni Gkrania-Klotsas is a Consultant in Infectious Diseases at Cambridge University Hospitals (CUH) and an Associate Lecturer at the University of Cambridge Clinical School. She serves as a Bye Fellow at St Edmund's College and leads the Infectious Diseases Clinical Research Networks in East of England. Education: PhD in Medicine (University of Cambridge, 2012), MSc in Genomic Medicine (University of Cambridge, 2016), MSc in Medical Education (2014), Master of Public Health (University of Illinois at Chicago, 2004), Medical Degree (University of Athens, 1997). Her research spans infections in immunodeficient states , clinical trials , and medical education . Recent work includes SARS-CoV-2 evolution in chronic infections, corticosteroid dosing in critical care, and global health challenges like polio outbreaks in conflict zones. Notable awards include Fellow of the Royal College of Physicians (FRCP) and Board Certification by the American Board of Internal Medicine (ABIM). Her publications focus on COVID-19 immune responses , viral resistance , and diagnostic AI . She contributes to science communication in Greek media and holds leadership roles in international societies, including the European Society of Clinical Microbiology and Infectious Diseases (ESCMID) and the International Society of Travel Medicine.
Jasmina Pivar is an Assistant Professor in the Department of Informatics at the Faculty of Economics - Zagreb (University of Zagreb). Her research focuses on business informatics, big data, machine learning, and smart cities, with applications in fraud detection, human resource management, and urban planning. Research Interests: She explores intersections of technology and economics, including patent analysis of emerging technologies, cluster-based financial strategies, and digital literacy trends. Her work addresses challenges in smart city development, churn management, and data-driven policy for the EU video game industry. Publications Trends: Over the past decade, her articles highlight big data adoption frameworks, fraud profiling techniques, and generational shifts in digital behavior. She frequently employs machine learning and cluster analysis for predictive modeling. Contact: Reach her at jpivar@efzg.hr or Room A507, Faculty of Economics - Zagreb.
Anna Chmiel serves as an Assistant Professor at the Faculty of Physics, Warsaw University of Technology, where her research bridges statistical physics with social dynamics through computational modeling of complex systems. Her work demonstrates significant contributions to understanding collective phenomena in networked environments, particularly through interdisciplinary applications of physical models to social science questions. Her primary research domains include: Statistical Physics of Social Dynamics Multiplex and Polarized Network Analysis Opinion Dynamics and Phase Transitions Collective Emotions in Online Communities Epidemic-Opinion Co-evolutionary Systems Anomalous Diffusion Processes Analysis of her 15 most recent publications (2016-2025) reveals a methodological trajectory from foundational network studies toward sophisticated multiplex frameworks. Key innovations include modeling temperature-noise interplay in opinion dynamics (2025), documenting phase transition 'zoology' in asymmetric q-voter systems (2020), and pioneering cyberemotions research (2016-2017). Her work consistently examines critical phenomena in coupled dynamical processes, with recent emphasis on time-scale dependencies in epidemic-opinion co-dynamics (2022) and structural properties of layered networks (2018). No scientific awards or major honors are documented in available institutional records. Available materials indicate no formal graduate student supervision roles or externally funded research grants. Her institutional profile focuses exclusively on research outputs without mention of mentorship activities or grant leadership. Dr. Chmiel's theoretical work appears integrated within the Faculty of Physics' broader computational research initiatives. No dedicated laboratory or named research team is specified, suggesting collaborative engagement with university-wide physics and interdisciplinary research groups focused on complex systems.
Amy Anderson serves as an Honorary Associate Lecturer at the School of Medicine and Public Health, University of Newcastle, while working as a Senior Research Officer specializing in health behavior research. Her academic career is deeply intertwined with the Australian Longitudinal Study on Women's Health, where she investigates critical health risk factors including alcohol use during pregnancy, tobacco consumption, overweight and obesity, and violence against women. Dr. Anderson earned both her PhD and Bachelor of Psychology (Honours) from the University of Newcastle. She is affiliated with the Centre for Women's Health Research and contributes extensively to survey development for longitudinal health studies. Her methodological expertise spans quantitative, qualitative, and mixed methods approaches, allowing comprehensive investigation of women's health behaviors across the lifespan. Her research concentrates on antenatal health behaviors with particular emphasis on alcohol use in pregnancy, public health guideline adherence, and predictors of negative health behaviors. Through the Australian Longitudinal Study on Women's Health, she has produced significant findings about how women interact with health guidelines, especially regarding alcohol consumption during pregnancy. Her work has evolved to include broader aspects of women's health, including intimate partner violence impacts and health behaviors across different life stages. Dr. Anderson has secured research funding totaling $57,500, including a $32,500 grant in 2020 for 'Integrated approaches for domestic and family violence, mental health issues and alcohol and other drugs misuse' and a $25,000 grant in 2013 for 'A life course perspective on the identification of risk factors for low birth weight.' Her scholarly output includes 31 journal articles, 7 conference presentations, and 12 reports, demonstrating consistent productivity across multiple domains of women's health research. Her research has garnered attention across academic and policy spheres, with citations in policy documents, news coverage, and significant engagement on academic platforms like Mendeley. Notably, her work on alcohol use during pregnancy revealed that eight in ten expectant mothers consume alcohol during pregnancy, which received media coverage. She maintains extensive collaborations with researchers including Deborah Loxton, John Wiggers, and Emma Doherty, contributing to interdisciplinary research teams addressing complex women's health issues.
Dr. Brian Weikel is an Assistant Professor in the Department of Business, Accounting, & Economics at Otterbein University. He brings extensive industry experience from leading analytics teams at Nielsen, Bath & Body Works, and Victoria’s Secret, specializing in causal inference and scalable cloud-based marketing analytics. Ph.D. in Economics (University of Illinois, 2000) M.S. in Statistics (University of Illinois, 1999) M.S. in Economics (Texas Tech University, 1994) B.S. in Economics (The Ohio State University, 1992) His research focuses on causal inference through randomized control trials, econometric methods, and machine learning. Key areas include marketing analytics , data governance , and cloud-based computational scalability . Recent publications address aggregation bias , synthetic control methods , and feature mismeasurement in marketing mix modeling. He has developed enterprise-grade solutions for automotive manufacturing, retail, financial services, and pharmaceutical sectors.
Honorary Professor Anders Cervin holds the Garnett Passe and Rodney Williams Foundation Chair in Otolaryngology at the University of Queensland, where he is affiliated with the UQ Centre for Clinical Research within the Faculty of Health, Medicine and Behavioural Sciences. With over 50 peer-reviewed publications and numerous book chapters, Professor Cervin has established himself as a leading expert in sino-nasal disorders and upper airway research. Professor Cervin's research interests focus on chronic sinusitis , otitis media , and the alternative treatment with probiotics . His work explores mucociliary function in the upper airways, the role of Nitric Oxide in chronic sinusitis, the use of macrolide antibiotics as immune modulators, and health economic perspectives on sino-nasal disease. Recent research has addressed the role of probiotics in airway infection and inflammation, with a particular focus on identifying beneficial bacteria that can interfere with pathogenic bacteria common in chronic sinusitis and recurrent ear disease. Analysis of Professor Cervin's recent publications (2021-2025) reveals a strong focus on microbiome research (particularly probiotics like Lactobacillus), chronic rhinosinusitis , and otitis media . His work spans basic science (in vitro studies of bacterial interactions), clinical trials (probiotic interventions), and epidemiological studies (microbiota across seasons and populations). Notably, his research has increasingly focused on Indigenous health, examining the upper respiratory tract microbiome of Aboriginal and Torres Strait Islander children. Professor Cervin is actively involved in mentoring the next generation of researchers. He currently supervises a Master's student working on "Testing a sinonasal microbiome transplant as a therapy for Chronic Rhinosinusitis by randomised controlled trial" and previously supervised a PhD student who researched "The microbiome of otitis media and development of a probiotic to prevent otitis media in Indigenous Australian children." His research is supported by significant funding, including an NHMRC MRFF grant (2021-2026) for testing sinonasal microbiome transplants and the Garnett Passe and Rodney Williams Memorial Foundation Chair (2017-2027). Professor Cervin's research group focuses on developing novel treatments for chronic upper airway infections that could reduce antibiotic use and combat antibiotic resistance. Their work on identifying "friendly bacteria" that maintain health rather than targeting disease-causing pathogens represents a paradigm shift in treating upper airway infections.
Dr. Matthew Bourke is a Research Fellow at the School of Human Movement and Nutrition Sciences at the University of Queensland , associated with the Centre for Community Health and Wellbeing . His work focuses on contemporary techniques like Ecological Momentary Assessment and compositional data analysis to study 24-hour movement behaviors in children and youth, emphasizing their impact on developmental outcomes. Education: Bachelor of Sport and Recreation, Monash University Bachelor of Business, Monash University Bachelor (Honours) of Applied Science (Human Movement Studies), Victoria University Doctor of Philosophy (Human Movement), Victoria University Matthew’s research spans Applied and Developmental Psychology , Child and Adolescent Development , Sport and Exercise Psychology , and Health Sciences . He investigates how combinations of physical activity, sedentary behavior, and sleep affect children’s health and mental wellbeing, with a focus on interventions targeting multiple levels of influence . Recent publications analyze 24-hour movement behaviors in children, including meta-analyses of sedentary time , physical activity , and sleep associations with adiposity , mental health , and developmental outcomes . He employs compositional data analysis , ecological momentary assessment , and cluster randomized trials to evaluate interventions such as TEACH e-Learning courses for educators. Matthew collaborates with researchers like Professor John Cairney and Dr. Patricia Tucker on projects including the 360-Kids Community Network program , aligning with national strategies for children’s mental health and wellbeing. He is available for supervision in areas like physical activity and movement behavior research .
Houssem Haddar is a Research Director at the Applied Mathematics Unit (UMA) of ENSTA Paris , a leading institution in applied mathematics and inverse problems. He is a key figure in the development of theoretical and computational methods for wave scattering and inverse problems, with applications spanning medical imaging, non-destructive testing, and industrial engineering. Research Focus: Inverse scattering theory, transmission eigenvalues, eddy current tomography, diffusion MRI models, and numerical methods for wave propagation. Collaborations: Works extensively with institutions like LOA, U2IS, and external researchers across France and internationally. Publications highlight his expertise in solving complex inverse problems using innovative mathematical frameworks, including duality principles, level-set methods, and asymptotic models. His work bridges theoretical advancements with practical applications in seismic imaging, material characterization, and electromagnetic scattering.
Johannes S. Haataja serves as an Academy Postdoctoral Researcher in the Department of Applied Physics at Aalto University, specializing in nanoscale self-assembly and optical phenomena. His work bridges physics, chemistry, and materials science to engineer biomimetic nanomaterials with applications in sustainable optics and photonics. His research centers on soft matter systems , particularly structural color and whiteness optimization through hierarchical self-assembly of nanocrystals, polymers, and biomaterials. Key interests include silica nanofibers, cellulose/chitin systems, and block copolymer complexes, with emphasis on topological design principles for light-matter interactions. This work has significant implications for eco-friendly optical materials and drug delivery systems. Analysis of his 2017–2024 publications reveals a consistent focus on nanoscale structural control for optical functionality. His studies integrate experimental nanofabrication with theoretical modeling, frequently appearing in high-impact journals like Nature Photonics and Chemical Reviews . Collaborations with international groups (e.g., Silvia Vignolini at Cambridge) underscore the interdisciplinary nature of his research. Haataja is an active member of Aalto University's Active Matter research group, contributing to experimental and theoretical investigations of dynamic self-assembling systems. His position as an Academy Postdoctoral Researcher indicates funding from the Academy of Finland, supporting his work on fundamental nanomaterial design principles.
Dr. Patricia Vuijk is a Lecturer in Girls and Mental Well-being at the Rotterdam University of Applied Sciences, where she leads the Lectorate Girls and Mental Well-being within the Knowledge Centre for Talent Development and the Healthcare Innovation Knowledge Centre . Since 2013, she has held the position of Lector Publieke Zorg en Preventie voor Jeugd (Professor of Public Health and Youth Prevention), focusing on preventive interventions for children and adolescents at risk of psychopathology. Education: PhD in Orthopedagogics, Erasmus MC (2006) Teacher training in primary education, Rotterdam University of Applied Sciences Orthopedagogics, Leiden University Research Interests: Dr. Vuijk’s research is centered on preventive youth care , with a particular emphasis on gender-specific developmental pathways leading to psychopathology. Her work explores how early interventions—especially school-based programs —can redirect high-risk trajectories in children and adolescents. She investigates the role of co-rumination in friendships , the mental representations of teachers in relation to students with behavioral issues, and the effectiveness of digital interventions such as serious games and apps. Key Projects: Happy Friends, Positive Minds! – A longitudinal study on depression prevention in adolescent girls. A.L.I.B.I. – A serious game for children transitioning from primary to secondary school with a history of negative social experiences. Girls United – Multidisciplinary intervention research on personalized support for girls. Disruptive Behavior and Early Therapeutic Alliances – Investigating the formation of therapeutic alliances in children with disruptive behavior. Public Engagement: Dr. Vuijk is a prolific science communicator, writing monthly blog posts on the value of scientific insights for youth care and education. She has delivered public lectures such as “Praise of Self-Reflection: Youth Professional, Know Thyself” and has been featured in national media discussing the importance of early mental health interventions. Collaborations: She collaborates with institutions like Erasmus MC/Sophia Children's Hospital , VU Amsterdam , Yulius Academy , and BOOR Foundation to integrate research into practice and education.
