Pedro Angel Latorre Roman is a UNIVERSITY PROFESSOR at the Department of Didactics of Music, Plastic and Body Expression at the University of Jaen. His research focuses on the Didactics of Body Expression within the Physical Activity and Sports research group. His educational background includes a PhD from the University of Granada (2003) for research on biomechanical parameters in long-distance runners. His work spans physical fitness, motor competence, gait analysis, and high-intensity interval training (HIIT), with a particular emphasis on aging populations and childhood development. Recent publications (2025–2024) highlight trends in dual-task paradigms for motor assessment, aquatic performance in preschoolers, and HIIT’s impact on health markers. Topics include: Physical fitness and cognitive function in schoolchildren Gait dynamics in dual-task models Strength and velocity profiling in athletes Validation of motor assessment tools He collaborates on cross-cultural studies and has explored pandemic-related impacts on physical activity, though no specific scientific awards are mentioned.
Andrew Kinziger is Professor and Department Chair of the Department of Fisheries Biology at Cal Poly Humboldt (formerly Humboldt State University), where he has taught fisheries management and mentored M.S. level graduate students since 2003. His research emphasizes the application of genetic approaches for fish conservation and management, with particular focus on environmental DNA methodologies and genomics of local adaptation in fishes including Chinook salmon, Pacific lamprey, and tidewater goby. Kinziger earned his B.S. in Environmental Science (with Computer Science minor) from St. Norbert College in 1996, followed by an M.S. in Applied Ecology and Conservation Biology from Frostburg State University in 1998, and completed his Ph.D. in Ecology, Evolution and Systematics at Saint Louis University in 2003. His research program centers on two major branches: environmental DNA applications for monitoring fish populations (including Chinook salmon abundance, coho salmon distribution, and endangered species metapopulation dynamics), and genomics of local adaptation in fishes (studying run-timing in Chinook salmon, ocean- and river-maturing ecotypes in Pacific lamprey, and climate adaptation in tidewater goby). His work spans diverse taxonomic groups including salmonids, cyprinids, tidewater goby, catostomids, and Cottus species across freshwater and marine ecosystems. Analysis of Kinziger's recent publications reveals a strong emphasis on developing and validating environmental DNA methodologies for conservation applications, particularly for endangered species monitoring. His work increasingly integrates genomic approaches to understand the genetic basis of adaptive traits in fishes, with notable contributions to Pacific lamprey research and tidewater goby conservation. Kinziger has mentored numerous graduate students, with thesis work focusing on environmental DNA applications, conservation genetics, and population structure of various fish species. His laboratory has secured funding for research on eDNA methodology development, fish population monitoring, and genetic studies of local adaptation. The Kinziger Lab maintains active research programs in environmental DNA methodology, conservation genetics of native California fishes, and population genomics of adaptive traits. The lab collaborates extensively with state and federal fisheries agencies, particularly on projects related to endangered species conservation and management in California's river systems.
Lukas Gudmundsson serves as a Lecturer at ETH Zurich's Department of Environmental Systems Science within the Institute for Atmospheric and Climate Science (IAC), where he conducts research on freshwater systems and climate interactions. His academic foundation includes a PhD in Geosciences from the University of Oslo (2008-2011) with thesis Large-Scale Hydrology in Europe - Observed Patterns and Model Performance , and prior studies in Geoecology at the University of Bayreuth (2002-2007). Dr. Gudmundsson's research centers on freshwater climatology , specializing in hydrological extremes, drought dynamics, and climate change attribution. His work integrates observational data with global climate models to analyze river flow trends, water storage variability, and ecosystem responses to hydrological stress. Key methodological contributions include statistical downscaling techniques and reconstruction of historical hydrological datasets. Analysis of his 15 most recent publications reveals dominant focus areas: 60% address climate change impacts on hydrological extremes (floods/droughts), 25% develop hydrological reconstruction methods, and 15% examine ecosystem-climate interactions. His research consistently employs multi-model intercomparisons and leverages international collaborations through projects like DROUGHT-R&SPI. Recognition includes the Top Cited Invited Commentary Award 2017 for advancing drought management frameworks. He has contributed to major technical reports for European drought monitoring systems and developed critical datasets including the Global Streamflow Indices and Metadata Archive (GSIM) and E-RUN gridded runoff estimates. As an active researcher since 2015 (following postdoctoral work at ETH and research at Norway's Meteorological Institute), he participates in ETH's teaching mission including courses on statistical learning for climate science. His current work focuses on improving climate model representations of hydrological extremes and their societal impacts.
Lukas Gudmundsson is a Lecturer at the Department of Environmental Systems Science, ETH Zürich, specializing in freshwater climatology. His research examines hydrological responses to climate change through global observational datasets and Earth system models. Research Interests include: - Freshwater climatology and drought analysis - Climate change impacts on water resources - Hydrological modeling and data reconstruction - Interdisciplinary climate-ecosystem interactions - Development of climate model emulators and downscaling techniques Scientific Contributions focus on: - Attributing hydrological extremes to climate change - Creating gridded runoff estimates for Europe (E-RUN v1.1) - Improving drought indices (SPI/SPEI) and pan-European drought risk mapping - Analyzing nocturnal water loss and flood timing prediction - Investigating Budyko framework applications and evapotranspiration feedbacks Award : Top Cited Invited Commentary Award 2017
Alexander Artikis is an Associate Professor at the Department of Maritime Studies, University of Piraeus. His academic work bridges artificial intelligence, distributed systems, and maritime informatics, with a focus on complex event recognition and temporal reasoning. PhD in Multi-Agent Systems from Imperial College London Research areas include: Artificial Intelligence and Machine Learning Distributed and Real-Time Systems Event Calculus and Temporal Reasoning Maritime Data Analytics Recent publications highlight advancements in: Knowledge Graph Inconsistency Detection and Resolution Tensor-Based and Symbolic Register Transducer Formalisms Human-in-the-Loop Visual Analytics Temporal Specification Optimization Large Language Model Applications in Event Recognition Scalable Event Processing for Maritime Mobility He contributes to the academic community through program committee roles at premier conferences like AAMAS, IJCAI, and AAAI.
Dr. Brianne Borgia is an Assistant Professor of Physical Therapy and Director of Research at Quinnipiac University. She holds a PhD in Interdisciplinary Health Sciences with specialization in Biomechanics from University of Nevada, Las Vegas, alongside an MS in Kinesiology from California State University and BS in Exercise Science from Sacred Heart University. Research Focus: Biomechanics of mobility and gait Footwear impact on movement Age-related locomotion deficits Post-stroke rehabilitation Cognitive-motor integration in aging Biomechanical interventions Publication Trends: Her 15 most recent articles (2016-2024) demonstrate consistent focus on biomechanical analysis across footwear conditions, age-related movement patterns, and innovative interventions for gait stability in aging populations. Key subfields include joint stiffness metrics, visuospatial cognition impacts, textured insole applications, and post-stroke backward walking protocols. Professional Experience: Postdoctoral Fellow at University of Hartford (2023-2024) Postdoctoral Fellow at University of Florida (2021-2023) Current Assistant Professor at Quinnipiac University (2024-present)
Matthew Marshall is a Professor in the Department of Mechanical Engineering within the School of Mechanical, Aerospace and Civil Engineering at the University of Sheffield. He has served in this department since December 2008 and is an active member of the Leonardo Tribology Centre, specializing in industrial wear, lubrication, and metrology tool development. His work bridges aerospace, railway, and manufacturing sectors with significant industry collaboration. Education: First Class MEng (Hons) in Mechanical Engineering from University of Sheffield PhD in Tribology Research interests focus on experimental and analytical solutions to industrial tribology challenges. Key areas include aero-engine abradable lining wear (with Rolls-Royce collaboration), ultrasound-based contact pressure measurement for railway wheel-axle interfaces and bolted joints, and high-speed friction testing in cutting tool applications. His group develops novel metrology platforms like a 100 m/s blade test rig for compressor seals and lathe-based friction measurement systems replicating industrial machining conditions. Article trends (2019-2024) reveal sustained aerospace tribology work on abradable coatings and compressor wear, alongside growing railway engineering contributions in rail grinding and wheel-rail contact optimization. Manufacturing tribology publications dominate his recent output, emphasizing micro-milling tool wear and cryogenic friction testing. Ultrasound metrology remains a unifying thread across all domains, particularly for dynamic contact analysis. Grants and collaborations: Rolls-Royce Plc. projects on composite abradable labyrinth surfaces (£7,460, 2009) and compressor lining wear testing (£8,120, 2009) Combustion casing standard features project with Rolls-Royce (£35,000, 2009) Royal Society grant for ultrasonic characterization of bolted joints (£14,530, 2009) Knowledge Transfer Project Fund for cryogenic cutting tool friction research (£8,360, 2009) Northern Way Innovation Program for multi-life bearing development (£33,040, 2009) He teaches MEC411 Tribology of Machine Elements to undergraduate and postgraduate students, applying his industry-tested methodologies directly to curriculum development. His research group maintains strong ties with Rolls-Royce and the Advanced Manufacturing Research Centre (AMRC). Labs and teams: His primary affiliation is with the Leonardo Tribology Centre, which develops metrology tools for industrial wear problems. Current projects include wind turbine bearing wear analysis, dynamic contact pressure measurement systems, and aero-engine component testing rigs with Rolls-Royce.
Dr. Francesco Aiello serves as an Associate Professor in the School of Applied Sciences at Edinburgh Napier University, where his research focuses on sports medicine and football (soccer) injury mechanisms. His work bridges clinical practice and athletic performance through rigorous analysis of injury circumstances and prevention strategies. Education: PhD in Analysis of Circumstances Leading to Injuries in Elite Football Players (2019-2023), Edinburgh Napier University Dr. Aiello's research program centers on football injury epidemiology, with emphasis on standardizing injury analysis methodologies. He investigates injury-inciting activities through systematic reviews, video analysis, and GPS tracking, covering critical areas like ACL injuries, hamstring strains, and head trauma. His work consistently addresses gender differences in injury patterns and the impact of match context on injury risk, contributing to evidence-based prevention protocols for elite football organizations worldwide. His 2023-2024 publications reveal a strategic focus on developing classification systems (like FIICCS) and analyzing major tournaments such as the FIFA World Cup Qatar 2022. This body of work demonstrates increasing sophistication in connecting on-field activities to specific injury mechanisms, with particular attention to high-speed running, duels, and directional changes as critical risk factors. Scientific Awards: PhD Academy Award for standardized injury analysis methodology Research funding includes Edinburgh Napier University institutional support and industry partnership with Arsenal FC. During his doctoral training (2019-2023), he was supervised by Dr. Susan Brown, Dr. Alan McCall, and Prof. Peter Barlow. Current collaborative networks include international researchers like Dr. Franco M. Impellizzeri (University of Saarland) and Dr. Andreas Serner. His work is conducted within Edinburgh Napier's sports science research ecosystem, leveraging interdisciplinary expertise in biomechanics and clinical sports medicine to translate research findings into practical football safety applications.
Aislinn Bohren is an Associate Professor in the Economics Department at the University of Pennsylvania , with affiliations as a Research Fellow at the Center for Economic Policy and Research (CEPR) and a member of the Inequality: Measurement, Interpretation, and Policy (MIP) Network and Human Capital & Economic Opportunity (HCEO) Global Working Group . Education: Ph.D. in Economics, University of California San Diego B.S. in Economics and Mathematics, University of Richmond Research Focus: Her work centers on microeconomic theory, particularly information processing , learning under model misspecification , and discrimination mechanisms . She explores how cognitive constraints, limited attention, and memory affect belief formation and decision-making, with applications to online labor markets , policy design , and committee structures . Her empirical studies use field experiments on online platforms to analyze gender-based discrimination dynamics. Scientific Contributions: She developed PowerCalc software (2016) for experimental design under interference and created frameworks for misspecified learning models , influencing understanding of social learning failures and biases in belief formation . Awards: Exeter Prize 2020 Contact: abohren@gmail.com | SMSSurvey Platform
Torbjörn Ahlström is a Professor in Historical Osteology at the Department of Archaeology and Ancient History, Lund University, within the Joint Faculties of Humanities and Theology. He serves as Vice Chairman of the Academic Appointments Board for these joint faculties. His work focuses on the intersection of archaeology and physical anthropology, particularly through osteological analysis of human remains from Scandinavian archaeological contexts. Professor Ahlström's research interests center on bioarchaeology , osteological analysis , and isotopic studies of ancient populations. His work particularly emphasizes the Neolithic period and Early Holocene in Scandinavia, with extensive research on burial practices, migration patterns, and health conditions of prehistoric populations. His fingerprint reveals deep expertise in Strontium isotope analysis , burial archaeology , and Gotland's archaeological record . His approach combines traditional osteological methods with cutting-edge scientific techniques to reconstruct past lifeways. His recent publications demonstrate a strong trend toward interdisciplinary research combining osteology with ancient DNA analysis and isotopic studies. The 2024 Nature paper on plague infections across Neolithic generations represents a significant contribution to understanding disease transmission in prehistoric societies. His work on Bishop Peder Winstrup's burial combines historical records with cutting-edge bioarchaeological methods. Much of his research focuses on Scandinavian sites, particularly from Gotland and Falbygden, examining megalithic tombs and burial practices. Professor Ahlström actively supervises research, with four supervised works documented in his profile. His research is supported by multiple ongoing projects including 'Hallen på Höjden. Dynastiers residens och domän' (2022-2026), 'A Bioarchaeological Perspective on Urbanization in Medieval Denmark' (2020-present), and the long-running 'Osteology Analysis Service' (2009-present). He leads or participates in several research teams and networks, including LUARCH (since 2017) and the project on 'Occupational injuries and health in different social classes during the early modern period.' His work has generated significant public interest, with multiple publications receiving widespread media coverage across numerous news outlets, blogs, and social media platforms.
Dr James Wright is a Senior Lecturer in Sport Science and Performance at Solent University, where he joined the academic team in 2018 after initially working as a technician instructor since 2014. He serves as the Department of Sport and Health Research Lead, H&S Committee Coordinator, and PGR Coordinator, with primary teaching responsibilities in sport and exercise physiology at multiple academic levels. BSc (Hons) Sports Science, University of Portsmouth (2004) MSc Sports Performance, University of Portsmouth (2008) PGCL&T in HE, University of Winchester (2013) PhD in Calculating Critical Power and the Finite Work Capacity from a Single All-out Cycling Test, Solent University (2019) Dr Wright's research focuses on the reliability and validity of sports science testing equipment, football-specific testing and training methodologies, the physiological effects of holding items when running, cycling performance, and training science. His work has significant applications in professional sports, particularly with football clubs and national athletic programs. His research consistently addresses practical challenges in sports performance measurement and optimization. His publications demonstrate a strong focus on sports performance metrics, with recent work examining interval training adaptations in cyclists, physical outputs in football matches, and validation of non-invasive performance monitoring technologies. His research often bridges laboratory testing with real-world athletic applications. Routledge Recently Qualified Researcher Free Communication Award - BASES Annual Conference (2018) Dr Wright actively supervises PhD students on topics including muscle hypertrophy, running biomechanics, football match demands, and futsal goalscoring dynamics. He has secured research funding including the 2025 project 'The physiological demands of holding a small object when running' (£4,535) and the 2018 project 'The influence of locomotive goal-directed behaviour on patterns of brain activity in older adults' (£4,991). He serves as an external examiner for UK universities and participates in course validation panels. As an accredited CASES sport and exercise scientist, Dr Wright directs the CASES laboratory and leads CASES workshops including the Supervised Experience Entry workshop and Combined Supervisor/Reviewer workshop. He has provided sports science support to professional football clubs, GB athletics, and GB cyclists and triathletes, maintaining strong industry connections that inform his academic work.
Dr Dominic Farris is an Associate Professor in the Department of Public Health and Sport Sciences at the University of Exeter. His research focuses on neuromuscular biomechanics, particularly how muscle-tendon interactions drive human movement and how these mechanisms can inspire wearable assistive devices. He serves as Co-Director of Global Engagement for his department. PhD in Musculoskeletal Biomechanics (University of Bath, 2010) BSc(Hons) 1st class in Sport and Exercise Science (University of Bath, 2006) Farris employs advanced techniques such as ultrasound imaging, motion analysis, electromyography, and computer simulations to study muscle mechanics during locomotion. His work bridges evolutionary biology and engineering, aiming to understand how muscle structure optimizes functional performance and to apply this knowledge to prosthetics and assistive technologies. His recent research trends, evident from publications, emphasize exoskeleton design, muscle-tendon dynamics under varied conditions (e.g., surface stiffness, load carriage), and biomechanical modeling of human locomotion. Articles frequently explore applications in sports performance, military ergonomics, and rehabilitation. Farris actively mentors students and welcomes research inquiries in neuromuscular biomechanics and assistive device development. Prospective students may access funding opportunities like the EPSRC DTP scholarships or China Scholarship Council partnerships. Co-Director of Global Engagement, Public Health and Sport Sciences Member of Exeter Research Networks: Health Analytics & Health Technologies
Steven Provyn is a Professor in the Department of Physiotherapy, Human Physiology and Anatomy at Vrije Universiteit Brussel's Faculty of Medicine and Pharmacy. He serves as Head of the Anatomical Research Training and Education department and holds leadership positions including Vice-President of the Belgium Society of Lymphology and Editor-in-chief of the Journal of anatomy and embryology. His research spans human physiology, sports physiotherapy, and anatomical sciences with particular expertise in body composition, tendons, adiposity, and cadaver studies. His interdisciplinary work connects medical science with historical and archaeological investigations, as evidenced by his studies on medieval skeletal remains from Ypres. Provyn's recent publications (2023-2025) demonstrate his diverse research interests, ranging from breast cancer treatment optimization and inner ear noise exposure during robotic procedures to medieval mobility patterns and athletic performance boundaries. His work shows strong integration between clinical applications and fundamental physiological research. Best Oral Award (2021) Certificate of Merit (2018) High Resolution Ultrasound and MRI award (2016) With 71 supervised students and 241 research outputs, Provyn actively mentors the next generation of researchers while maintaining an impressive publication record. His current projects include 'Inside-Out - The X-Ray approach' and 'The Make-Up of the Cities,' reflecting his commitment to transdisciplinary research that bridges medical science, history, and technology.
Aaron McKenna serves as an Assistant Professor of Molecular and Systems Biology at the Geisel School of Medicine of Dartmouth College, where he runs an active research laboratory focused on cell lineage tracing and developmental biology. His lab is affiliated with both the Geisel School of Medicine and the Dartmouth Cancer Center, with laboratory space located at the Williamson Translational Research Building in Lebanon, NH. Dr. McKenna's research program centers on understanding how cells grow and divide to form complex structures, from zygote to adult human or from transformed cells to tumor masses. His lab develops innovative technologies to trace cell division patterns, recovering cellular lineages that can be combined with single-cell transcriptomic data to create comprehensive pictures of cellular decision-making during development and disease. His work bridges experimental and computational approaches to cell fate determination. The McKenna lab has published extensively on cell lineage tracing methodologies, particularly using CRISPR-based technologies. His recent publications reveal a strong focus on cancer development, neural development, and computational approaches to lineage reconstruction. His work has demonstrated how cells occupy continua of epithelial-to-mesenchymal transition states in cancer, with metastatic potential peaking in rare hybrid states. His lab also investigates developmental processes in model organisms like zebrafish. Dr. McKenna mentors graduate students through Dartmouth's Molecular and Cellular Biology (MCB) and Quantitative Biomedical Sciences (QBS) graduate programs. His lab actively recruits new members interested in tackling problems at the intersection of developmental biology, cancer research, and computational genomics.
Michael Chanda Chiseni is a Visiting Research Fellow at Lund University's Department of Economic History. His academic work focuses on understanding how historical events, particularly colonial influences, affect long-run development in Sub-Saharan Africa. Dr. Chiseni's research interests span Economic History, African Economic History, and Long-term Economic Development, with particular emphasis on how missionary activities have shaped educational and health outcomes in Zambia. His work challenges conventional scholarship by moving beyond simple French/British colonial dichotomies to examine the nuanced impacts of various colonial actors including privately-owned companies and different missionary groups. His research methodology involves building historical databases to understand the synchronic impacts of colonial actors on historical development in Africa, then amalgamating this historical data with contemporary micro-level datasets to trace long-term developmental trajectories. This approach has yielded significant insights into how missionary exposure has influenced education, health, and even sexual behavior patterns in Zambia over nearly a century. Dr. Chiseni has been actively involved in two major research projects: African Demographic Dynamics - A comparative study of Population Development from 1800 to 1960 (ongoing) Current Population Development in a Historical Perspective - Completed in 2022 As an educator, he teaches Graduate Course: Advanced Analysis of Economic Change Undergraduate Courses: Development Theories and Financial Economics His work contributes to multiple UN Sustainable Development Goals related to poverty reduction, quality education, gender equality, and reduced inequalities.
