Professor Pablo Muñoz is a leading academic in entrepreneurship at Durham University's Business School, specializing in the intersection of social science, enterprise, and environmental challenges. He founded the Social Science Enterprise Lab and co-founded Mind Your Business, a university spin-out prioritizing ethical business practices. His roles include Co-Director of the Durham Enterprise Centre and the Centre for Social Justice and Community Action, alongside editorial and visiting positions at IE Business School and EGADE Business School. His research focuses on prospective inquiry, social science commercialization, and impact measurement, emphasizing practical solutions for societal and environmental issues. Recent work explores restorative entrepreneuring for at-risk groups, hybrid venture tensions, and regenerative practices integrating human-animal relationships. Over 70 publications span journals like Entrepreneurship Theory and Practice and Business & Society . Professor Muñoz advises seven doctoral students across entrepreneurship and related fields. His labs and initiatives promote innovative approaches to social justice, sustainability, and community development through interdisciplinary collaboration.
Sara Lindsay is a Professor of Marine Sciences at the School of Marine Sciences, University of Maine, specializing in sensory biology and ecology of marine invertebrates including polychaetes, bivalves, echinoderms, and tardigrades in benthic environments. Her academic background includes: Ph.D., University of South Carolina, 1994 As an integrative biologist, Dr. Lindsay's research spans marine invertebrate community ecology , behavior , physiology , sensory biology , and cell & molecular biology . She investigates how chemoreception and vision coordinate behaviors, how predation and disturbance structure communities, and the physiological costs of tissue regeneration in sediment-dwelling organisms. Analysis of her 2004-2015 publications reveals consistent focus on polychaete sensory mechanisms, regeneration processes, and bioturbation ecology. Her work integrates molecular, physiological, and ecological approaches to examine injury responses, sediment reworking, and chemosensory organ function across diverse benthic taxa. Dr. Lindsay leads the Lindsay Lab , which employs advanced microscopy and molecular techniques to study how marine invertebrates adapt to life in soft-sediment habitats through sensory and regenerative adaptations.
Li Li is a Research Professor at Georgia Southern University's College of Health Sciences & Kinesiology, where she has worked since 2012. Her research focuses on biomechanics of human movement, aging, running injuries, and the effects of pathologies like peripheral neuropathy, diabetes, and cerebral palsy on gait and postural control. Ph.D. in Biomechanics, University of Massachusetts Amherst (1999) M.S. in Biomechanics, Tianjin Institute of Physical Education (1988) B.S. in Physics, Peking University (1982) Her research combines biomechanical analysis with clinical rehabilitation , examining how conditions like knee osteoarthritis and cerebral palsy affect mobility. She investigates Tai Chi interventions for improving postural stability and gait efficiency , while also exploring hamstring injury mechanisms and shoelace tensile dynamics . Recent publications highlight her work on dynamic stability in chronic ankle instability, EMG normalization techniques, and ultrasensitive temperature sensing for biomedical applications. The 15 most recent articles reflect her focus on neuromuscular adaptation , age-related mobility , and sports injury prevention . Key scientific contributions include: Fellow of the American College of Sports Medicine (2003) Active Fellow of the National Academy of Kinesiology (2014) Endowed Professorship (2007) She has secured multiple grants from Origin Biomed, Inc. for clinical trials on neuropathic pain, arthritis, and back disorders. Her work aligns with UN Sustainable Development Goals for healthcare innovation and aging population support .
Ralf Engbert is a Professor of Experimental and Biological Psychology at the University of Potsdam's Faculty of Human Sciences, where he leads research in eye movement control, attention, and dynamical modeling of cognitive processes. He serves as a member of the Executive Committee of the Research Focus 'Cognitive Sciences' at the university, demonstrating his leadership role in interdisciplinary research. His work bridges psychology, neuroscience, and mathematical modeling to understand fundamental cognitive mechanisms through rigorous empirical and computational approaches. Engbert received his Dr. rer. nat. in 1998 from the Department of Physics at the University of Potsdam and completed his Dipl.-Physiker in 1994 at RWTH Aachen University. His physics background has profoundly shaped his research methodology, emphasizing quantitative and mathematical approaches to psychological phenomena. This interdisciplinary foundation enables him to develop sophisticated computational models that capture the dynamic nature of cognitive processes. Professor Engbert's research program centers on the dynamical systems approach to cognition, with particular emphasis on attention and eye movements. His work integrates biological and mathematical psychology to create computational models explaining visual information processing during reading and scene viewing. Key contributions include advancing understanding of microsaccades, peripheral vision in scene perception, and Bayesian approaches to modeling eye movement control. His research frequently involves cross-disciplinary collaborations with mathematicians, computer scientists, and linguists, reflecting the integrative nature of modern cognitive science. Analysis of his recent publications reveals a clear progression toward more sophisticated dynamical modeling of eye movements, with increasing incorporation of Bayesian statistical methods. His work spans multiple domains including reading research, scene perception, and infant cognition, with a notable trend toward integrating computational modeling with empirical eye-tracking data to develop comprehensive theories of cognitive processing. This evolution reflects both methodological advances and expanding theoretical scope in his research program. Project B03 of CRC 1294: Parameter inference and model comparison in dynamical cognitive models (with Prof. Sebastian Reich) Project B05 of CRC 1294: Attention selection and recognition in scene viewing (with Prof. Tobias Scheffer) Project B03 of CRC 1287: Modeling the interaction between eye-movement control and parsing processes (with Prof. Shravan Vasishth) Mobile eye tracking: Generalizability and limitations of the static scene viewing paradigm (Lead PI: Dr. Hans A. Trukenbrod) Professor Engbert maintains an active research group within the Department of Experimental and Biological Psychology, contributing to the Potsdam Eye-Movement Corpus and other shared research resources. His laboratory combines experimental eye-tracking facilities with computational modeling expertise, supporting a pipeline from data collection to theoretical development. The group's work has significant implications for understanding fundamental cognitive mechanisms and developing applications in human-computer interaction, educational technology, and clinical assessment.
Lester Loschky is a full Professor in the Department of Psychological Sciences at Kansas State University's College of Arts and Sciences. His Visual Cognition Laboratory conducts interdisciplinary research combining visual perception studies with machine learning applications, supported by National Science Foundation and Office of Naval Research grants. Current NSF-funded focus on attention measurement in online learning Pioneering work in Scene Perception & Event Comprehension Theory (SPECT) Global collaborations with psychologists, computer scientists, and STEM educators Active graduate student mentorship with 5-year funding packages available His research explores how attention shapes awareness through eye movement tracking in natural scenes, integrating AI methodologies for attention modeling. Key subfields include scene gist recognition, event segmentation, and cognitive load theory applications in educational contexts. Students gain comprehensive research experience from experimental design to publication, with former students holding positions at Washington University, University of Colorado Denver, and U.S. Coast Guard Research. His lab offers both basic science and applied research opportunities with real-world implications in education and human factors.
Ian Pacey is an Associate Professor and Director of Studies for Optometry at the University of Bradford. His research examines visual perception in amblyopia and glaucoma using ocular imaging techniques, with PhD training at Aston University. Research focuses on: Structural and functional changes in amblyopia Novel approaches for early glaucoma detection Perceptual consequences of visual disorders Recent publications analyze visual outcomes in macular degeneration and prehension in amblyopia. Current projects involve OCT imaging of foveal structure and binocular summation mechanisms.
Dr. Sophia Drakopoulou is a Senior Lecturer in Media, Culture, and Communication at Middlesex University, based in the School of Design under the Faculty of Arts and Creative Industries. Her teaching spans diverse programs such as BA Publishing, BA Media and Cultural Studies, MA Media Management, and MSc Creative Technologies. She has served as Programme Leader for BA Media and Cultural Studies and BA Publishing and Media, emphasizing practical skills like Adobe Suite proficiency and theoretical frameworks in semiotics, cultural studies, and digital licensing. Her research focuses on digital media’s intersection with urban space, locative technologies, and open data policies. Notable themes include social media’s role in memory and location commodification, augmented reality applications in urban environments, and the theoretical underpinnings of spatial experience through Bergson and Lefebvre’s work. Recent projects explore the challenges and opportunities of open data in governance and urban planning. Dr. Drakopoulou’s work bridges theory and practice, with contributions to journals like Convergence and proceedings such as MediaCities . She actively supervises PhD and ArtsD students, fostering innovation in creative technologies and media management. Her teaching strategies incorporate peer learning, interactive tools (e.g., Slido), and real-world projects to engage students in digital literacy and critical media practice. Her research outputs reflect interdisciplinary engagement, spanning sociology, information science, and urban studies. While no scientific awards are explicitly cited, her publications demonstrate sustained scholarly impact in digital culture and technology’s societal implications.
Janina Priebe is Associate Professor in the History of Science and Ideas at Umeå University , holding the Arctic Five Chair in Environmental History since June 2022. She serves as Assistant Program Leader for Umeå University at Future Forests and represents Umeå in the MIRAI 2.0 collaboration between Swedish and Japanese universities. Current projects: Route to Paris (Formas, 2021-2025) and Peripheral Visions (Svenska Litteratursällskapet i Finland, 2022-2025) Past roles: Senior Research Assistant (2020-2022), Postdoctoral Researcher in environmental history (2018-2020) Her research focuses on historical and cultural perspectives of Arctic sustainability transformation , forest-climate dynamics , and local climate pathways . She employs transdisciplinary methods to analyze resource modernization , societal transformation , and co-produced climate action in Arctic and forest contexts. Her recent publications address: Historical knowledge brokering in Swedish forestry Unbuilt hydropower and oil projects in Greenland Climate-smart forestry implementation challenges Co-production of climate action pathways Comparative forest restoration practices in the US She integrates environmental humanities perspectives into teaching courses like Environmental Humanities and Rethinking Forests , emphasizing global-local tensions and critical sustainability analysis . Collaborations include institutions like SLU , Skogforsk , and World Forest Forum . Her work bridges historical narratives with contemporary policy for sustainable Arctic and forest futures.
Paivi Torkkeli is a Professor in the Department of Physiology and Biophysics at Dalhousie University's Faculty of Medicine. Her research focuses on molecular and cellular mechanisms of mechanosensory transduction, with emphasis on how mechanical stimuli are detected and transmitted to the central nervous system. She also investigates vision and olfaction using advanced electrophysiological, biophysical, and molecular techniques. Education: BSc, University of Oulu, Finland MSc, University of Oulu, Finland Licentiate of Science, University of Oulu, Finland PhD, University of Alberta, Canada Research Interests: Tackling fundamental questions about mechanotransduction channels, synaptic modulation of sensory signals, and cross-modal sensory systems. Her work integrates genetic, pharmacological, and electrophysiological approaches in model organisms like spiders and cockroaches. Publications Trends: Over 40 peer-reviewed articles exploring mechanosensory neuron function, ion channel biology, and sensory systems in arthropods. Recent work highlights roles of Piezo channels, opsin signaling in vision, and neuromodulatory pathways in spiders. Advising & Grants: While specific student names aren't listed, her research program involves postdoctoral and graduate trainees. Funding sources and lab-specific details aren't detailed in the provided texts.
M.W.A. Wijntjes is a researcher at the Faculty of Industrial Design Engineering, Delft University of Technology, where he contributes to the Perceptual Intelligence research group. His work bridges vision science, art history, and computer vision, focusing on how humans perceive visual depictions, particularly in paintings. His research interests include material perception , color and lighting interpretation , spatial and temporal cues in art , and visual cognition . He investigates how people interpret surface properties, shadows, and time of day from 2D artworks, using psychophysical experiments and computational models. The recent publications show a consistent trend in analyzing perceptual cues in historical and artistic imagery, with a focus on interdisciplinary datasets and objective annotation methods. His work often involves collaborations with experts in art history and computer vision. Scientific Contributions: Co-developed the 'Materials In Paintings (MIP)' dataset Published in high-impact perception journals Active in interdisciplinary research networks Dr. Wijntjes has supervised multiple research projects and presented at international conferences and workshops since 2013. He has not received any publicly listed awards in the provided text. He is involved in creating tools like the 'new synopter' for visual analysis and has contributed to understanding perceptual qualities in material mixtures. Research Labs and Teams: Perceptual Intelligence Lab, TU Delft Collaborator in interdisciplinary teams combining design, vision science, and art history
Dr. Salam Daher is an Assistant Professor in the Department of Informatics at the New Jersey Institute of Technology (NJIT), with courtesy faculty status at the University of Central Florida (UCF). She holds a PhD in Modeling and Simulation from UCF (2018) and completed a postdoctoral fellowship there in 2019, focusing on augmented reality applications in healthcare simulation. Her educational background includes an MS in Digital Arts and Sciences from the University of Florida (2006) and a BS in Computer Science with a minor in Mathematics from the Lebanese American University (2004). Dr. Daher's research is centered on healthcare simulation and technology, particularly through the development of augmented reality systems. She pioneered the concept of Physical-Virtual Patients (PVP), which integrate real-time tactile, auditory, and visual cues to create immersive medical training environments. Her work bridges computer graphics, virtual and augmented reality, synthetic environments, and 3D character modeling with realistic facial expressions and body language. This research has applications in healthcare, education, and military training. Her publications from 2015 to 2020 reflect a consistent focus on interactive simulation technologies, especially AR-based patient simulators, touch sensing interfaces, and social presence in virtual environments. The work demonstrates interdisciplinary collaboration, particularly with medical and human-computer interaction experts. National Center for Women and Technology (NCWIT) National Award Winner (2018) RADM Fred Lewis (I/ITSEC) Scholarship (2017) Link Fellowship for Modeling, Simulation and Training (2016) UCF Modeling and Simulation Scholarship (2013, 2014, 2015) IEEE VR 2017 Doctoral Consortium Nominated for UCF’s Order of Pegasus Award (2018) Nominated for UCF’s Outstanding Dissertation Award (2019) Dr. Daher has advised and collaborated with students and researchers on projects involving augmented reality patient simulators, virtual humans, and interactive environments. Her work has been supported through competitive fellowships and scholarships. Prior to her academic career, she worked as a multimedia software developer at Vcom3D, leading simulation projects for education, healthcare, and military applications, including a multilingual cultural translator for the U.S. Army. She has been involved in the development of 3D synthetic environments and virtual human models, particularly through her work at UCF's Synthetic Reality Lab and the Digital Worlds Institute. Her projects often involve interdisciplinary teams focused on creating realistic, interactive simulations for training and education.
Martin Bilodeau is a Full Professor in the Department of Rehabilitation Sciences at the Faculty of Health Sciences, University of Ottawa. His research focuses on physical factors influencing mobility during normal and pathological aging, with affiliations to the Life Research Institute (2019-present), uOttawa Brain and Mind Research Institute (2018-present), and Bruyère Research Institute (2017-present). Ph.D., Biomedical Sciences (Rehabilitation), Université de Montréal (1993) Bachelor of Science, Physiotherapy, Université de Montréal (1988) His work spans Technology and Health Technologies , Muscle Fatigue , Postural Control , and Virtual Reality Rehabilitation . Recent studies examine fear of movement in chronic conditions, remote concussion assessment protocols, and telerehabilitation efficacy for TBI patients. Articles highlight aging-related mobility barriers, sensor-based monitoring, and neuromuscular interactions. Key affiliations include: Life Research Institute (2019–present) uOttawa Brain and Mind Research Institute (2018–present) Bruyère Research Institute (2017–present) Current supervision includes Miriam Goubran (Ph.D. expected 2024) and Nathalie Todam Nguepnang.
Prof. Karl R. Gegenfurtner is a Professor in the Department of Psychology at Justus-Liebig-University Giessen, Germany. His research explores the visual system's information processing, focusing on interactions between sensory perception, cognition, and motor control in natural environments. Education : Psychology (Diploma) at University of Regensburg (1986), Ph.D. in Experimental Psychology at New York University (1990) Academic Career : Postdoc at NYU (1990-1993), Research Scientist at Max-Planck-Institute Tübingen (1993-2000), Professor at Otto-von-Guericke University Magdeburg (2000-2001), Professor at Giessen University (since 2001) His work spans visual perception , color vision , and oculomotor control , with groundbreaking studies on color categorization in neural networks, sensorimotor integration, and visual processing during eye movements. Recent publications focus on chromatic contrast sensitivity , gloss perception in AI models , and color constancy in virtual reality . Notable scientific awards include the Wilhelm Wundt Medal (2016), Pineapple Science Award (2024), ICVS Verriest Medal (2024), and the Russell Devalois Memorial Lecture (2024). He served on editorial boards for journals like Journal of Vision and Psychological Review , and currently leads the Color 3.0 ERC Advanced Grant project.
Artem V. Belopolskiy is an Assistant Professor at Vrije Universiteit Amsterdam, holding appointments in the Neurocontrol department (Faculty of Behavioural and Movement Sciences), IBBA, and AMS - Sports. His research focuses on eye movement dynamics, visual attention, and human-robot interaction. He leads projects like 'Making eye-tracking scalable and accessible' and 'Rapid visual stability for action'. Belopolskiy also owns Cognitive Solutions and is a partner at Chiasm B.V., demonstrating industry engagement alongside academia. Research interests include saccade analysis, gaze behavior in social contexts, and applying eye-tracking to sports and medical diagnosis. He has supervised 4 PhD theses and teaches advanced methodology courses. His work contributes to UN Sustainable Development Goals through innovative applications of visual perception research. Key contributions include studies on gaze strategies in soccer penalty kicks (2025), automated gaze annotation for robots (2024), and boundary conditions for social robot gaze estimation (2023). Belopolskiy actively reviews for journals like Attention, Perception & Psychophysics and PLoS ONE, showcasing his commitment to academic rigor.
Harald Reiterer is a researcher affiliated with the University of Konstanz , Germany. His work spans Human-Computer Interaction (HCI) , Augmented Reality (AR) , Virtual Reality (VR) , and Mobile Health over three decades. Key Research Areas : Cognitive workload measurement, collaborative immersive analytics, spatial memory in AR/VR, hybrid user interfaces, persuasive technology for health behavior change. Scientific Contributions include designing AR/VR systems for collaborative workflows, evaluating ergonomic patient transfers, and developing tools for visualizing spatio-temporal data. His recent work focuses on haptic props for AR, cognitive load assessment via eye tracking, and multimodal feedback in VR cockpits. Publication Trends : 15+ recent papers on AR/VR interaction techniques, mixed reality visualization, and health-focused digital interventions.
