Torsten Hopp is a Research Associate at the Institute for Data Processing and Electronics (IPE) at Karlsruhe Institute of Technology (KIT). His work focuses on advanced medical imaging technologies, particularly 3D ultrasound computer tomography (USCT) and its integration with MRI and X-ray modalities for breast cancer diagnosis. Research Interests: Ultrasound tomography system development Image registration algorithms Machine learning applications in medical imaging Biomechanical and computational modeling GPU-accelerated image reconstruction Multimodal imaging for clinical workflows Publication Trends: Torsten Hopp has contributed extensively to the evolution of 3D USCT, with recent work emphasizing deep learning integration , refraction correction , and patient-specific modeling . His research bridges hardware innovation (e.g., PtQube device) with computational methods for clinical translation. Labs & Teams: Affiliated with KIT's Institute for Data Processing and Electronics , he collaborates on projects like the High Data Rate Processing and Analysis Initiative , advancing ultrasound tomography for breast cancer screening.
Magdalena Wysocki is a researcher at Technical University of Munich's Department of Computer Science within the School of Computation, Information and Technology. She works under Prof. Nassir Navab's Chair of Computer Aided Medical Procedures at the Garching campus, focusing on medical ultrasound imaging and neural radiance fields for surgical applications. Her research integrates deep learning with medical physics to solve reconstruction challenges in ultrasound imaging. Her primary research interests include: Medical Ultrasound Imaging with neural field applications Physics-consistent 3D reconstruction from sparse views Geometry-aware deep learning for medical imaging Real-time surgical data science applications Confidence mapping in neural implicit representations Her recent publication trends show concentrated work on neural radiance fields for ultrasound (Ultra-NeRF), with expanding applications to tissue property estimation (UltRAP-Net) and surgical activity understanding (EgoExOR). Key methodological threads include physics-based constraints in deep learning and confidence quantification for clinical deployment. She actively supervises multiple Master's students on projects including: 4D Ultrasound SLAM (Sebastian Herz) Cardiac Shape Reconstruction with Motion Correction (Abdulkader Ghandoura) Confidence Maps research leading to MIUA 2024 publication (Bugra Yesilkaynak) Her GitHub repositories (ultra-nerf, ultron) demonstrate strong software engineering contributions to the medical imaging community. She contributes to the NARVIS and RobUSt research groups focusing on surgical vision systems and robotics.
Zoe Nyssa is an Associate Professor in the Department of Anthropology at Purdue University, specializing in applied anthropology and computational social science. Her research explores intersections of knowledge practices, environmental governance, and risk distribution. Education: PhD in Anthropology (University of Chicago); MA in Anthropology (University of Minnesota-Twin Cities); BA in Physics and Astronomy (University of Toronto) Her work combines ethnographic methods with computational techniques like text mining to analyze scientific decision-making and environmental justice. Current projects include developing Purdue's Master’s track in Applied and Practicing Anthropology. Her publications focus on environmental governance, biodiversity management, and the epistemic frameworks of scientific communities. Articles span interdisciplinary collaborations, institutional design, and critical policy analysis. Predoctoral Fellow, Max Planck Institute for History of Science Ziff Postdoctoral Research Fellow, Harvard University Center for the Environment Science, Technology and Society Fellow, Harvard Kennedy School Dr. Nyssa advises graduate students on topics including climate policy, biodiversity governance, and computational anthropological methods. Her research has received funding from leading institutions in science and environmental studies.
Dr. Urve Paaver is a full-time Associate Professor of Pharmaceutical Technology and Program Manager of Continuing Education at the Department of Pharmacy, University of Tartu, Faculty of Medicine. His career spans over four decades, including a diploma in pharmacy (1981), an MSc in organic chemistry (2006), and a PhD in pharmacy (2015) from the University of Tartu. His research focuses on multifunctional nanomedicines , solid pharmaceuticals , and 3D printing technologies for drug delivery. He leads the continuing education program at the Institute of Pharmacy and teaches courses on pharmaceutical excipients and technology. His work explores the physical stabilization of poorly water-soluble drugs, dissolution behavior, and excipient functionality in formulations. Dr. Paaver has participated in numerous research projects, including VMVFA22189: Development of 3D-printed drugs with process analytical technology (2022–2025) Multifunctional nanomedicines (2015–2020) Development of honey-based ointments/gels (2018) He has authored over 130 publications, edited textbooks, and reviewed for journals like the Journal of Pharmacy and Pharmacology . His accolades include: 2021 Silver Award, International DDRS Conference 2020 Estonian Academic Pharmaceutical Society recognition 2018 University of Tartu Medal of Honor 2017 Best Lecturer of the Year in Pharmacy Dr. Paaver is active in Prof. J. Heinämäki’s research group and contributes to advancements in nanofibrous drug delivery systems and tablet coating technologies.
Dr. Peter Butcherine serves as a Research Fellow at the National Marine Science Centre within Southern Cross University's Faculty of Science and Engineering. His interdisciplinary work bridges ecotoxicology, oceanography, and marine biology to address critical challenges in coastal and reef ecosystems. His educational background includes: Bachelor of Environmental Science (BEnvSc) from Southern Cross University Bachelor of Science with Honors (BSc(Hons)) from Southern Cross University PhD from Southern Cross University Butcherine's research employs integrated field and laboratory methodologies to investigate ecosystem responses to anthropogenic stressors. He pioneers the use of airborne remote sensing for monitoring solar radiation management interventions and coral stress dynamics, developing predictive models for bleaching events. His work spans pesticide ecotoxicology in crustaceans, climate change impacts on marine species nutrition, and atmospheric studies supporting reef conservation. Analysis of his 2020-2024 publications reveals three dominant research trajectories: 1) Coral bleaching mitigation through shading and nutritional interventions; 2) Ecotoxicological impacts of neonicotinoids on commercially important crustaceans; and 3) Atmospheric interactions relevant to marine cloud brightening for Great Barrier Reef protection. These studies consistently address climate adaptation in marine systems. His scientific recognition includes: University Medal from Southern Cross University (2018) Butcherine actively supervises research students through Southern Cross University's higher degree programs and contributes to the Reef Restoration and Adaptation Program. While specific grant details aren't documented, his work aligns with national initiatives for reef resilience. He maintains collaborative networks through the National Marine Science Centre and participates in interdisciplinary marine conservation efforts. Based at the National Marine Science Centre in Coffs Harbour, he leads field campaigns and remote sensing operations focused on real-time ecosystem monitoring and intervention assessment for reef management.
Christopher Rollo Larrison is an Associate Professor at the University of Illinois School of Social Work and Faculty Fellow for Sensitive Data in the Office of the CIO. He is affiliated with the Center for Social & Behavioral Science, focusing on community-based service agencies and their interaction with clients and policies to create equitable outcomes. BS, Human Behavior & Family Studies, Cornell University, 1988 MSW, University of Georgia, 1996 PhD, Social Work, University of Georgia, 1999 His research explores client- and agency-level factors influencing mental health service outcomes, including socioeconomic status, organizational climate, and policy impacts. He employs mixed methods and primary data collection in studies across U.S. mental health agencies, rural Mexico, and Georgia welfare systems. Recent publications analyze graduate student stress mitigation via animal-assisted interventions, Twitter discourse on student loan debt disparities, and first-generation student success metrics. His work has been recognized by HUD, GAO, and The World Bank as critical policy resources. Peer-reviewed articles cited by U.S. Department of Housing and Urban Development Peer-reviewed articles cited by U.S. Government Accountability Office (GAO) Peer-reviewed articles cited by The World Bank NIMH-funded field project (1R34 MH074640-02A) on rural mental health outcomes
Anna Rostedt Punga is Professor at Uppsala University's Department of Medical Sciences within the Faculty of Medicine, specializing in Clinical Neurophysiology. She combines her academic role with clinical work as Senior Physician at Academic Hospital. Her research centers on neurophysiology with a focus on nerve-muscle signaling disorders, particularly Myasthenia Gravis (MG), which causes increased muscle fatigue. Her educational background includes medical studies with research focus at Uppsala University's Faculty of Medicine, where she began MG research in 1999. She completed a doctorate in 2007 at the Department of Neuroscience, followed by postdoctoral training in Basel, Switzerland (2009-2010) focusing on animal models of MG. Rostedt Punga's research explores biomarkers for MG, especially microRNAs, and has pioneered a unique model where nerve and muscle cells are grown on electronic chips to track detailed nerve-muscle signaling processes. Her work aims to improve diagnostic and monitoring tools for MG, both in vivo and in vitro, while developing new treatment approaches. She has secured multiple external grants, including two from the Swedish Research Council. Recent publications reveal a strong focus on biomarker discovery for MG diagnosis and monitoring, exploration of autoimmune mechanisms, clinical studies on treatment efficacy, and patient outcomes research. Her work increasingly integrates digital health applications and molecular diagnostics. Eberhardt Pfleiderer Prize from the German Myasthenia Gravis Foundation Göran Gustafsson's major prize in medicine for young researchers Rostedt Punga has supervised 4 doctoral students as main supervisor and 1 as co-supervisor. In 2014, she founded her own research group after securing a highly competitive clinical researcher position from the Swedish Research Council (8% acceptance rate). Her team has been pioneering in microRNA biomarker research for MG and leads multiple clinical studies focused on improving patient care and understanding disease mechanisms. Her laboratory work includes innovative approaches to studying neuromuscular signaling, particularly the development of electronic chip models for nerve-muscle interaction analysis. This research aims to provide deeper insights into MG pathophysiology and accelerate drug development for this autoimmune disorder.
Krzysztof Gaweda is a researcher with extensive publications in biomedical engineering , orthopedic surgery , and computational chemistry , focusing on biomaterials , tissue engineering , and molecular modeling . Collaborative work spans preclinical studies , clinical outcomes , and theoretical research . Research interests include: Development of osteochondral scaffolds (e.g., curdlan-based materials) Platelet-rich plasma (PRP) applications in bone and cartilage repair Neurophysiological mechanisms in sexual arousal Molecular dynamics simulations for carbohydrate conformations Orthopedic trauma outcomes (e.g., Achilles tendon ruptures, ankle instability) Recent publications (2022-2025) emphasize translational research , combining in vitro/ex vivo studies with clinical follow-ups . Earlier work (2017-2019) involved computational modeling of furanosides and hexoses , and orthopedic surgical techniques . No scientific awards , student advising , or email addresses are documented in the provided texts. Collaborations highlight interdisciplinary research in biomaterials , orthopedic trauma , and computational methods .
Prof. Dr. Britta Renner heads the Psychological Assessment and Health Psychology research group at the University of Konstanz since 2007 as a W3 Professor in the Department of Psychology within the Faculty of Science. She serves in multiple high-level advisory roles including as Vice President of the German Nutrition Society (DGE), Deputy Chair of the Scientific Advisory Board for Agricultural Policy at the Federal Ministry of Food and Agriculture, and spokesperson for the Cluster of Excellence EXC 2117 'Collective Behavior' since December 2023. Her educational background includes a Diploma in Psychology from Free University Berlin (1993), Doctorate from Free University Berlin (2000), and Habilitation in Psychology from University of Greifswald (2004). Prior to her current position, she served as Professor of Psychology at Jacobs University Bremen (2004-2007), Postdoctoral Researcher at University of Greifswald (2000-2004), and Research Assistant at Free University Berlin (1993-1999). Renner's research focuses on psychological determinants of health behavior with emphasis on dietary behavior, development of mobile interventions for behavior change, subjective risk assessment, and sustainability. She leads the 'Collective Appetite' project within the EXC 2117 'Collective Behavior' cluster and the 'Why we move how we move' sustainability project at BWIM. Her recent publications reveal a strong trend toward interdisciplinary research bridging psychology, nutrition science, sustainability studies, and digital health interventions, with particular emphasis on the intersection of health and sustainability perceptions. Transferpreis für die Transferaktivität 'Forschung, Lehre und Politikberatung für mehr Nachhaltigkeit in der Ernährung' (2024) LUKS-Preis für exzellente Lehre (2021) Fellow of European Health Psychology Society (2015) Wissenschaftspreis Kulinaristik (2015) Fellow of Association of Psychological Science (2010) Marie-Schlei-Dissertationspreis (2001) Renner has secured substantial third-party funding including leadership roles in multiple BMBF and EU-funded projects such as DEDIPAC, SMARTACT, and EATMOTIVE. She has been instrumental in developing mobile health interventions for dietary behavior change and has contributed significantly to national and international policy discussions on nutrition, sustainability, and health. Her laboratory focuses on understanding the psychological mechanisms behind eating behavior within collective contexts and developing evidence-based interventions to promote healthier and more sustainable food choices.
József Attila Erdődy serves as Assistant Professor in the Department of Painting at the Hungarian University of Fine Arts, where he has taught since 2000. His practice transcends traditional painting through interdisciplinary audiovisual experimentation, expanding spatial boundaries with digital media. His academic foundation includes: DLA training at MKE Doctoral School (2006-2008) Diploma in Painting and Intermedia (1996) Studies at Hungarian University of Fine Arts (1991-1998) Erdődy's research investigates the convergence of physical and virtual spaces through video, photo animation, and mixed-media installations. His work critically examines materiality, light phenomena, and site-specific interventions, often transforming conventional painting concepts into immersive audiovisual experiences that challenge perceptual boundaries. His recent creative output reveals consistent exploration of landscape documentation, urban archaeology, and temporal studies through digital media, with recurring motifs of light manipulation and material transformation across diverse geographical contexts from Rome to rural Hungary. Notable recognitions include: Hungarian Academy in Rome residency (2008) Villa Concordia fellowship in Bamberg (2000) Multiple Eötvös Scholarships at Vienna University of Applied Arts (1998-1999) Nuremberg Academy of Fine Arts residency (1997) Salzburg Summer School scholarship (1995) As an educator, Erdődy directs the Interdisciplinary Audiovisual and Presentation Techniques studio, mentoring painting students in digital video production, sound design, and interactive media since 2000. His course emphasizes practical acquisition of technical skills for independent creative experimentation beyond conventional painting frameworks. His Epreskert studio functions as an experimental hub where painting students explore audiovisual boundaries through collaborative projects, fostering cross-departmental innovation in technical medium application within contemporary art practice.
Kalyn Jannace serves as Assistant Professor of Pediatrics at Uniformed Services University of the Health Sciences, holding a primary appointment in the Department of Physical Medicine and Rehabilitation within the School of Medicine. She works as Senior Scientist & Research Epidemiologist at Walter Reed National Military Medical Center in Bethesda, MD, focusing on military population health. Her academic credentials include: Bachelor of Science in Chemistry, University of North Carolina at Pembroke Master of Public Health, East Carolina University Doctor of Philosophy in Public Health (Major: Epidemiology, Minor: Biostatistics, Breadth: Environmental & Occupational Health), University of Texas School of Public Health Dr. Jannace's research centers on traumatic brain injury mechanisms, occupational hazard exposures, rehabilitation protocols, and special pathogen responses within military contexts. She employs advanced epidemiological methods to analyze long-term health outcomes, particularly investigating how combat-related injuries and environmental exposures impact service members' neurological function and rehabilitation trajectories across diverse occupational specialties. Analysis of her 10 recent publications (2019-2023) reveals three dominant research threads: traumatic brain injury epidemiology (40% of output), opioid utilization trends in military populations (30%), and rehabilitation outcomes following major trauma (30%). Her TBI work uniquely examines occupational risk stratification using Millennium Cohort data, while her opioid research documents pandemic-era prescribing pattern shifts through Bayesian time-series modeling. The rehabilitation studies consistently analyze military healthcare system utilization following limb loss and complex surgical interventions. No scientific awards are documented in the provided materials. Information regarding graduate student mentorship or research grants is not specified in the source text. The Department of Military and Emergency Medicine's Center for Rehabilitation Sciences Research (https://crsr.usuhs.edu/) serves as her institutional base, though specific laboratory teams are not detailed.
Josefin Starkhammar is a Senior Lecturer at the Division for Biomedical Engineering, Faculty of Engineering, Lund University. She serves as Principal Investigator for eSSENCE: The e-Science Collaboration, while also contributing to LU Profile Area: Natural and Artificial Cognition and LTH Profile Area: Engineering Health. Her research focuses on marine acoustics and biosonar with development of technological tools for bioacoustic studies. Acoustic finite element modeling Signal processing algorithms Underwater measurement systems Infrastructure non-destructive testing She teaches advanced computer-based measurement systems courses at LTH. Her research outputs span biological sciences, engineering, zoology, signal processing, and fluid mechanics. Current projects include 3D acoustic field propagation models for dolphin echolocation beam formation using in vivo CT imaging data. Josefin has received multiple awards including the Fred Fairfield Memorial Award (2007), Best Student Presentation (2008), and Outstanding Poster Presentation (2009). She actively participates in academic conferences like The COMSOL Conference 2023 and has served as external reviewer for PhD theses. Her work appears in journals such as the Journal of the Acoustical Society of America and JASA Express Letters.
Valdemar Brimnes Ingemann Johansen serves as a Teacher's assistant in the Department of Biology and Research Assistant in the Clemmensen Group at the University of Copenhagen. His work spans the Department of Biology (bio.ku.dk) and the Faculty of Health and Medical Sciences (sund.ku.dk), reflecting interdisciplinary research at the intersection of neuroscience and metabolism. Based at Ole Maaløes Vej 5 and Blegdamsvej 3B in Copenhagen, he maintains active research positions with dual institutional affiliations. Dr. Johansen's research focuses on neural regulation of metabolic processes, particularly brain control of energy homeostasis and obesity pharmacotherapy. His work bridges neuroscience with endocrinology, investigating how brain insulin resistance contributes to Alzheimer's pathogenesis and how exercise intensity impacts neurogenesis. His recent publications reveal deep expertise in obesity mechanisms, with particular attention to LEAP2 hormone regulation and combination therapies involving semaglutide. Analysis of his 13 research outputs (2023-2025) shows a strong trend toward translational neuroscience with clinical applications in metabolic disorders. His work spans molecular mechanisms (ZAKα Kinase structure), animal models (NOD mice studies), and human clinical implications, with increasing focus on brain-targeting anti-obesity medications. The publications demonstrate expertise across neuropharmacology, metabolic regulation, and immunometabolism. As a member of the Clemmensen Group, Dr. Johansen contributes to cutting-edge research on brain control of metabolism and obesity pharmacotherapy. His work involves both experimental approaches (mouse models, human studies) and computational analyses, reflecting a multidisciplinary research strategy that integrates neuroscience, endocrinology, and structural biology to address complex metabolic disorders.
Clare Strongman is a Postdoctoral Research Fellow at the Vision and Eye Research Institute (VERI) within the Faculty of Health, Education and Social Care at Anglia Ruskin University (ARU), a position she has held since 2024. Concurrently, she serves as a Lecturer in Computer Science, Maths, and Sport Science at The Open University, a role maintained since 2008. Her interdisciplinary work integrates biomechanics, qualitative methods, and health research with emphasis on visual impairment and diabetes. Her educational foundation spans multiple disciplines: MSc in Sports Science from Anglia Ruskin University MA in Education and Postgraduate Certificate in Education from The Open University BSc (Hons) in Mathematics from the University of Bristol BA (Hons) in English Literature and BSc (Hons) in Computer Science from The Open University Fellow of the Higher Education Academy (FHEA) Clare's research examines how physical activity interventions affect long-term health conditions through mixed-methods approaches. She combines quantitative biomechanical analysis with qualitative exploration of lived experiences, particularly focusing on movement variability, gait analysis, and co-creation with disabled communities. Her work prioritizes amplifying participant voices in intervention design, especially for visual impairment and diabetes management, while leveraging her practical expertise as a certified personal trainer, running coach, and Pilates instructor. Her 15 most recent publications reveal a concentrated focus on measurement validity (e.g., smartphone accelerometry for gait analysis), pandemic impacts on vulnerable populations, and Pilates-based rehabilitation for visual impairment. The research consistently employs mixed-methods frameworks to evaluate both physiological outcomes and experiential dimensions, with increasing attention to inclusivity in healthcare access and LGBTQ+ eye screening. Key trends include methodological innovation in movement analysis and participant-centered intervention development. Her scientific recognition includes: ARU ProfDoc conference Best Oral Presentation (2023) QRSE Best PhD Presentation (2021) BASES Conference Student Poster Award (2019) As an educator, Clare teaches BSc Sport and Exercise Science and MSc Psychology at The Open University while actively contributing to research communities. Her grants and advising activities center on diabetes management interventions, visual impairment rehabilitation, and pandemic-related physical activity studies, often developed through collaborative partnerships with British Blind Sport and professional bodies. Current projects emphasize co-creation with marginalized communities to address healthcare disparities. Clare operates within ARU's Vision and Eye Research Institute and Medical Technology Research Centre, collaborating with interdisciplinary teams including Sophie Noble, Shahina Pardhan, and Francesca Cavallerio. She actively participates in Women in Vision, BASES, CIMSPA, and QRSE networks while serving as a reviewer for journals like Human Movement Science and British Journal of Visual Impairment. Her ongoing work bridges academic research with practical application through community-engaged projects focused on movement science and inclusive healthcare access.
Susan Chapman is a Senior Lecturer in the School of Education within the Faculty of Creative Industries, Education & Social Justice at Queensland University of Technology (QUT). She joined QUT in June 2019 after a diverse career that included teaching as a primary school performing arts teacher, secondary school music teacher, conductor of children's choirs, and professional work as an actor and musician in Australia, the United Kingdom, and Austria. Dr. Chapman holds a Doctor of Philosophy (MEd Arts Education) from Griffith University. Her educational background began at the Queensland Conservatorium of Music, where she later expanded her studies to include multiple arts disciplines. She has received several prestigious awards and scholarships throughout her academic journey, including the Robert S. Alva Prize for top third year student and the Conservatorium Friends and Alumni Award for top graduating student in Music Education. Chapman is an interdisciplinary researcher whose work focuses on the capacity of the Arts to develop critical and creative thinking and to foster wellbeing and inclusive education. Her signature research approach, Arts Immersion, deploys the Arts as a set of languages encompassing distinctive semiotic systems to enrich understanding and wellbeing across the primary school curriculum. She has developed innovative programs including the Arts Boot Camp and AMP It Up! modules to build teacher capacity in becoming Arts Mentor Practitioners. Her research spans Arts Immersion, STEAM education, embodied learning, student engagement, critical and creative thinking, and the intersection of Arts and neuroscience. Chapman's work has been featured on EDTV produced by the Queensland Department of Education, and she regularly presents at international conferences across Australia, New Zealand, Korea, and beyond. QUT Early Career Research Grant (2021) Griffith University Three Minute Thesis Competition Winner (2016) Asia-Pacific Three Minute Thesis Finalist (2016) STEAM Research Fellowship at Griffith University (2017) BCE Scholarship for Masters in Education (2010) As an educator and mentor, Chapman supervises doctoral students working on topics related to arts education, drama pedagogy, and teacher professional development. She has developed the innovative Professional Learning Mentoring Chain model that focuses on school-university partnerships and on-the-job co-mentoring. Chapman also presents workshops on developing engaging academic communication through innovative strategies, using comedy and satire to translate research and provide provocations for arts advocacy.
