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Richard HaleView profile

Professor

• Composite Materials
• Unmanned Aerial Systems
• Experimental Stress Analysis
• +3 more

Richard Hale serves as the Spahr Professor and Chair of Aerospace Engineering at the University of Kansas and Associate Director of CReSIS (Center for Remote Sensing of Ice Sheets), leading research in composite materials, unmanned aerial systems, and radar remote sensing for polar ice sheet studies. His academic credentials include: B.S. in Aerospace Engineering from Iowa State University (1988) M.S. in Mechanical Engineering and Materials Science from Washington University (1991) Ph.D. in Aerospace Engineering from Iowa State University (1995) Dr. Hale's research focuses on experimental stress analysis of composite structures, UAS development for scientific applications, and advanced radar systems for cryospheric remote sensing. His laboratory work encompasses composite material testing and radar instrumentation design, with particular emphasis on airborne systems for polar environments. Key innovations include ultra-wideband radar sounders for ice sheet characterization and specialized antenna arrays for ice-penetrating applications. Analysis of his 15 most recent publications (2025-2018) reveals dominant themes in radar remote sensing for polar research, featuring significant contributions to airborne radar technology development and polar ice sheet measurement. Projects like CReSIS and EcoSAR demonstrate his leadership in NASA/NSF-funded initiatives, though the 2019 microbiology publication represents an outlier in his aerospace-focused portfolio. Dr. Hale has secured major funding as PI/Co-PI for programs including the NSF CReSIS Science & Technology Center, NASA EcoSAR, and the NASA National Space Grant Consortium. His grants support radar instrumentation development, polar aircraft operations, and composite materials research. He directs the Composite Materials Laboratory and leads CReSIS's Air Vehicles team, which integrates radar systems on NASA aircraft (P-3, DC-8) and unmanned platforms for cryospheric surveys across Antarctica and Greenland.

Genda ChenView profile

Professor

• Structural Health Monitoring
• Structural Control
• Interface Mechanics and Deterioration
• +3 more

Genda Chen, Ph.D., P.E., F.ASCE, F.SEI, F.ISHMII , is a Professor and the Robert W. Abbett Distinguished Chair in Civil Engineering at Missouri University of Science and Technology (Missouri S&T) . He also serves as Director of the Center for Intelligent Infrastructure (CII) , Director of the INSPIRE University Transportation Center , and Associate Director of the Mid-America Transportation Center (MATC) . Education: Ph.D. in Civil Engineering, State University of New York at Buffalo (1992) Postdoctoral training, State University of New York at Buffalo (1993) Research Interests: His research spans structural health monitoring (SHM) , interface mechanics and deterioration , adaptive passive dampers , multi-hazards assessment , forensic studies , seismic retrofit , soil-structure interaction , and bridge engineering . His work integrates interdisciplinary collaborations with electrical, mechanical, materials, and computer engineering to advance smart infrastructure systems. Scientific Awards: 2019 SHM Person of the Year 1998 NSF CAREER Award 2004 Academy of Civil Engineers Faculty Achievement Award Missouri S&T Faculty Research Awards (2009, 2011, 2013) Inducted into the Academy of Civil Engineers at Missouri S&T (2016) Honorary member of Chi Epsilon Research Leadership: Dr. Chen has authored or co-authored over 400 technical publications , including 168 journal papers, 5 book chapters, and 24 keynote/invited presentations. He holds three patents in structural sensing and corrosion protection technologies. He led the 9th International Conference on Structural Health Monitoring of Intelligent Infrastructure (SHMII-9) in 2019 in St. Louis, Missouri. Labs & Centers: Director, Center for Intelligent Infrastructure (CII) Director, INSPIRE University Transportation Center Associate Director, Mid-America Transportation Center (MATC) Director, System and Process Assessment Research Laboratory (SPAR Lab)

• Nuclear Engineering
• Nuclear Physics
• Neutron Capture
• +3 more

Nobuyuki Iwamoto is a Professor (non-tenure-track) at the Faculty of Science and Engineering , Graduate School of Advanced Science and Engineering , Waseda University. His work focuses on nuclear data evaluation, neutron capture reactions, and photonuclear studies, with significant contributions to JENDL-5 development and transmutation system design. Key affiliations: Waseda University (Faculty of Science and Engineering), J-PARC MLF (Materials and Life Science Experimental Facility) Education: PhD in Science from Tohoku University (2000) Research spans Nuclear Engineering , Neutron Physics , and Photonuclear Reactions , emphasizing experimental cross-section measurements and theoretical modeling. Recent projects include: High-accuracy $^{129}$I and $^{241}$Am neutron capture data Gamma-ray polarization studies in nuclear reactions IAEA Photonuclear Data Library contributions His 15 most recent articles (2017-2025) highlight advancements in neutron capture for nuclear waste transmutation, photonuclear data for heavy elements, and machine learning applications in nuclear data. Key trends include: Integration of experimental DDX (Double Differential Cross-section) data Improvements in resonance parameter analysis Development of JENDL/PD-2016 and JENDL-5 libraries Scientific recognition includes: 2025 Science and Technology Award (Development Division), MEXT 2024 Japan Atomic Energy Society Technical Prize Multiple Director's Awards from Japan Atomic Energy Agency Most Cited Article Award (2017) He contributes to international collaborations like OECD NEA WPEC and CIELO, advancing neutron cross-section evaluations for critical applications in nuclear energy and astrophysics.

• Structural Dynamics
• Nonlinear Vibrations
• Vibration Control
• +5 more

Dr. Ali Abolfathi serves as Associate Professor (Teaching) in the Department of Mechanical Engineering at University College London (UCL), where he has been affiliated since 2016. His academic foundation includes a PhD in Sound and Vibration (2012) from the Institute of Sound and Vibration Research at the University of Southampton, focusing on nonlinear vibration phenomena, complemented by prior industry experience in engineering sectors. His research spans structural dynamics and nonlinear vibrations with emphasis on three core domains: (1) Energy transfer mechanisms in flying insects' indirect flight muscles, investigating how thorax elasticity creates resonant systems to reduce flight energetics; (2) Nonlinear behavior in built-up structures, particularly friction effects in rotational hinges found in satellite panels and vehicle components; (3) Vehicle suspension innovation through quasi-zero-stiffness hydropneumatic struts for enhanced ride quality. These themes directly support UN Sustainable Development Goals 7 (Affordable Clean Energy), 9 (Industry Innovation), and 11 (Sustainable Cities). Analysis of his 25 publications reveals consistent focus on vibration control, energy harvesting, and bio-inspired robotics, with recent work (2023-2025) advancing flapping-wing UAV design, transverse galloping energy harvesters, and quasi-zero-stiffness vehicle suspensions. His methodological approach integrates analytical modeling, electromechanical systems, and experimental validation across mechanical, aerospace, and automotive applications. As primary supervisor for three PhD candidates (Resmi Kochalathu Sarala, Moonsoo Park, Igoke Major), he contributes to engineering education while maintaining active consultancy and advisory roles. His work demonstrates strong industry-academia collaboration through projects addressing real-world vibration challenges in automotive and aerospace sectors.

Yanshuang LiView profile

Associate Professor

• Financial Econometrics
• Risk Spillovers
• Stock Markets
• +5 more

Yanshuang Li is an Associate Professor in the Department of Finance at Dongbei University of Finance and Economics in Dalian, China. Her research examines risk transmission mechanisms in global financial systems using advanced econometric frameworks. Research Focus: Dr. Li's work spans: Financial econometrics and volatility modeling Cross-market risk spillovers during crises (pandemics, conflicts, climate policy shifts) Network analysis of interdependencies between commodities, equities, and emerging assets Behavioral aspects of market panic and investor sentiment Her publications demonstrate consistent focus on how systemic shocks propagate through stock, commodity, and renewable energy markets. Publication Trends: Recent articles (2023-2025) reveal: Growing emphasis on climate economics and AI-driven market analysis Methodological innovation in quantile-based connectedness frameworks Comparative studies of conventional and Islamic financial systems Empirical investigations into vaccination policies, sanctions, and green energy transitions

Daniela SchulzView profile

Associate Professor

• Behavioral Neuroscience
• Neuroimaging
• PET Imaging
• +7 more

Daniela Schulz is an Associate Professor at Boğaziçi University's Institute of Biomedical Engineering, where she has been teaching since 2018. She coordinates the international iNavigate project and leads research on behavioral neuroscience, neuroimaging, and animal models of psychiatric disorders. Her work bridges engineering and neuroscience to develop innovative approaches for understanding brain function and behavior, with particular emphasis on translating basic research into clinical applications. Education: BA in Psychology, Boğaziçi University (1996) MA in Psychological Sciences, Boğaziçi University (1998) PhD in Behavioral Neuroscience, University of Düsseldorf, Germany (2005) Post-doctoral training at University of Düsseldorf and Brookhaven National Laboratory (2005-2011) Research Interests: Dr. Schulz specializes in behavioral neuroimaging, particularly using the RatCAP (Rat Conscious Animal PET) scanner she helped develop, which enables PET imaging of awake, behaving animals. Her research spans multiple domains including depression models, Parkinson's disease, cognitive effort, and neurotechnology applications. She investigates how motivation, learning, and emotional states correlate with brain activity patterns, with particular focus on dopamine systems and neural circuitry involved in helplessness and despair models. Her work integrates molecular, behavioral, and imaging approaches to understand brain function in both healthy and pathological states. Publications Trends: Dr. Schulz's publication record reveals a clear trajectory from basic neuroscience methodology development to increasingly translational and interdisciplinary applications. Her early work focused on developing the RatCAP technology and establishing behavioral neuroimaging as a discipline. This evolved into sophisticated applications studying dopamine systems during natural behaviors, followed by investigations of animal models of depression and Parkinson's disease. More recently, her work has expanded to include human applications of neurotechnology and societal implications of neuroscience advances, reflecting a broader vision of how neuroscience can address real-world challenges. Grants and Leadership: Coordinator of H2020-MSCA-RISE-2019 "iNavigate" project (2023-present) PI for "Understanding societal challenges: a NeurotechEU perspective" (2021-present) Researcher for TÜBITAK "Small animal imaging application" project (2023-present) PI for BAP Start-Up "Experience-driven DBS for Parkinson's model" (2020-2023) Editorial and Professional Activities: Dr. Schulz serves as Associate Editor for Frontiers in Behavioral Neuroscience and is on the Editorial Board of Behavioural Brain Research. She has guest edited special issues on depression symptomatology and behavioral neuroimaging, reflecting her standing in these research communities. Her lab (BBL) at Boğaziçi University continues to push the boundaries of behavioral neuroscience methodology while addressing clinically relevant questions in mental health and neurological disorders.

Jason YonView profile

Lecturer

• Electrical Machines
• Bearing Design
• E-VTOL Systems
• +3 more

Jason Yon serves as a Lecturer in Engineering Design and Manufacture and Research Fellow at the University of Bristol's School of Electrical, Electronic and Mechanical Engineering. Education: He holds an MEng and PhD, though specific institutions and dates are not disclosed. Research Focus: His work centers on electrical machines , advanced bearing systems for E-VTOL aircraft, and precision mechanical testing. He develops innovative methodologies for uncertainty analysis, friction compensation, and load simulation in tribometers and dynamometers, with applications spanning aerospace and high-performance transmission systems. Publication Trends: Recent work demonstrates a cohesive trajectory in experimental mechanics, emphasizing laboratory validation of E-VTOL components and chain drive systems. Key themes include parasitic loss compensation, structural load replication, and repeatability in mechanical testing rigs. Scientific Awards: No awards or fellowships are documented in the provided text. Projects & Facilities: He contributes to Team GB Bicycle Design initiatives and has engineered specialized test stands for E-VTOL air-screw loads and chain drive performance validation, highlighting applied experimental expertise.

• Structural Mechanics
• Dynamical Systems
• Space Engineering
• +3 more

Matteo Tomasi is a PhD student and research fellowship holder at the University of Trento , Department of Industrial Engineering. His work focuses on structural mechanics, dynamical systems, and space engineering, particularly through the development of computational tools like TrussMe-Fem for symbolic-numerical analysis and modeling of spacecraft mechanisms. His research involves the validation of release mechanisms for space missions such as LISA Pathfinder , addressing challenges in geodesic motion injection, friction effects, and metallic adhesion. Publications span applied mechanics, finite element methods, and precision engineering for aerospace systems. Recent publications highlight trends in space mechanism dynamical modeling, structural simulation, and friction analysis, with applications to missions like LISA (Laser Interferometer Space Antenna). His work bridges theoretical computation with experimental validation for in-flight spacecraft performance prediction.

• Pesticide Residue Analysis
• Food Safety
• Analytical Chemistry
• +5 more

Dr. Antonio Valverde García is a Professor in the Department of Chemistry and Physics at the University of Almería, Spain, with over three decades of research experience in pesticide residue analysis and food safety. He leads the Pesticide Residues Analysis Laboratory and serves as Principal Investigator for multiple significant research projects, including the EURL-FV-UAL2025-2027 initiative funded by EU Reference Laboratories with €1.46 million. His research focuses on developing and validating advanced analytical methods for pesticide residue determination, with particular expertise in multi-residue techniques, supercritical fluid extraction, and measurement uncertainty estimation. Dr. Valverde García has made substantial contributions to proficiency testing frameworks and laboratory performance evaluation in pesticide analysis, as evidenced by his influential 'Laboratory Triple-A rating' system. His publication record includes 58 articles in high-impact journals, 12 books or chapters, and 6 theses, with an h-index of 26 (Scopus) and 25 (Web of Science). His most recent work addresses critical issues including pesticide monitoring in crops irrigated with reclaimed water, pesticide removal from beeswax, and EU proficiency testing outcomes from 2009-2016. Dr. Valverde García has supervised numerous doctoral students and maintains active collaborations with EU Reference Laboratories and international research networks. His current projects demonstrate continued leadership in addressing emerging challenges in food safety, environmental monitoring, and analytical methodology development.

Richard P. AndersonView profile

Professor

• flight dynamics
• automatic flight controls
• electric and hybrid electric propulsion
• +9 more

Dr. Richard P. Anderson is a Professor of Aerospace Engineering and the Director of the Eagle Flight Research Center at Embry-Riddle Aeronautical University's College of Engineering. With a strong background in both engineering and practical aviation, he brings unique expertise to his academic role. Professor of Aerospace Engineering, Embry-Riddle Aeronautical University Director, Eagle Flight Research Center Member of multiple professional organizations including AIAA, Experimental Aircraft Association, and Vertical Flight Society Dr. Anderson's research focuses on cutting-edge aerospace technologies with emphasis on sustainable aviation solutions. His work spans several key areas: Flight dynamics and automatic flight controls - Developing advanced control systems for next-generation aircraft Electric and hybrid electric propulsion - Pioneering work on sustainable aircraft propulsion systems Novel vehicle concepts - Including fixed wing hybrid aircraft and e/hVTOL urban mobility vehicles UAV development - For both agricultural and specialized applications His research program has attracted $4 million in external funding, supporting projects in hybrid and electric aircraft propulsion, alternative aviation fuel certification, hybrid tailsitter UAV development, and manned aircraft Fly-by-Wire systems. Awards and Recognition Lindbergh Electric Airplane Prize The Carnegie Foundation's Florida University Professor of the Year (2012) University's Researcher of the Year (2006) Unsung Eagle Service Award (2006) President's Safety Award (2010) Runner up for Teacher of the Year (2007) Dr. Anderson actively mentors students through thesis research and special topics courses, with a focus on hands-on in-flight laboratory experiences. His Eagle Flight Research Center provides students with unique opportunities to work on cutting-edge aerospace projects from concept through flight testing. As Director of the Eagle Flight Research Center, Dr. Anderson oversees research facilities and projects that bridge theoretical knowledge with practical flight applications. The center has been instrumental in developing and flying the first manned electric gas/battery hybrid aircraft.

Leo VeldhuisView profile

Professor

• Aircraft Aerodynamics
• Propulsion Systems
• Sustainable Aviation
• +6 more

Prof. Leo Veldhuis serves as Full Professor of Flight Performance and Propulsion (FPP) at the Faculty of Aerospace Engineering, Delft University of Technology. His research focuses on developing sustainable aviation solutions through improved aircraft aerodynamics and propulsion systems integration. Veldhuis leads multiple European research projects aimed at reducing aviation's environmental impact through innovative aircraft design approaches. His primary research interests include aircraft aerodynamics, propulsion systems, sustainable aviation, electric flight, hybrid propulsion, distributed propulsion, and novel aircraft design. Veldhuis has specialized expertise in propeller propulsion systems, having conducted PhD research on propellers and propeller-wing interaction. He advocates for a transition toward electric and hybrid propulsion systems, recognizing both the potential and challenges of battery technology for aviation applications. His work addresses the critical need for more energy-efficient aircraft designs as the aviation sector continues to grow at approximately 5% annually worldwide. Veldhuis and his team are actively engaged in three major projects focusing on hybrid and electric propulsion systems. His research explores distributed propulsion concepts where electric engines are strategically placed across the aircraft rather than using traditional jet engines mounted on wings. He also investigates the resurgence of propeller propulsion, which offers approximately 30% better fuel efficiency compared to jet propulsion. Veldhuis collaborates extensively with industry partners including Royal NLR (Netherlands Aerospace Centre), Airbus, and companies developing small electric aircraft. Veldhuis has contributed to significant national initiatives, including the Dutch government's action plan on hybrid electric flying. He maintains an active research agenda examining the entire spectrum of sustainable aviation solutions, from technological innovations to policy recommendations. His work recognizes that technological developments alone cannot keep pace with aviation's growth, advocating for a broader societal approach to mobility that considers when and why air travel is necessary.

I. AulikaView profile

Researcher

• Optical Tactile Sensing
• OLED Materials
• Smart Window Materials
• +6 more

Dr. I. Aulika is a Senior Researcher at the Institute of Solid State Physics, University of Latvia, where she leads research in the Thin Films Laboratory. Her work focuses on optical tactile sensing (particularly the OptoSkin technology), OLED materials, and smart window materials. Dr. Aulika has over 64 publications with more than 8,000 reads and 346 citations, demonstrating significant impact in her field. She actively participates in major European research projects including Sestosenso and SWEB, and serves as a representative for ISSP UL's industry collaboration platform Materize across several European countries. Dr. Aulika's research interests span multiple cutting-edge areas in materials science and optical engineering. She specializes in spectroscopic ellipsometry for material characterization, optical modeling , and the development of innovative materials including rare-earth metal oxy-hydrides (Y, Gd, Dy and Er), YO, Y2O3, Ga2O3, and ZnO2. Her work on Direct ToF tactile sensing aims to revolutionize touch perception in robotics, while her research on OLED materials contributes to advancements in display technology. Additionally, she investigates photochromic materials and transparent conducting oxides for smart window applications, demonstrating a versatile research portfolio that bridges fundamental science with practical applications. Dr. Aulika's publication record shows a consistent focus on thin film characterization and optical properties, with recent work increasingly centered on optical tactile sensors and OLED materials. Her most recent articles (2024-2025) demonstrate expertise in spectroscopic ellipsometry applied to organic thin films, phase transitions in OLED stacks, and material effects in direct Time-of-Flight sensing systems. She has made significant contributions to understanding yttrium-based photochromic materials and transparent conducting coatings, with applications ranging from robotics to energy-efficient windows. Dr. Aulika has received notable recognition for her work, including: UNESCO L'ORÉAL Latvian National Fellowship for Women in Science (2008) Multiple European Social Funds Scholarships (2006-2008) As a Project Manager at the Institute of Solid State Physics, Dr. Aulika is involved in new R&D idea development, project writing and evaluation, and establishing industrial and academic partnerships. She serves as a local contact point for proposal writing and execution, and represents ISSP UL's industry collaboration platform Materize in Italy, France, Spain, and Switzerland. Her leadership extends to developing lecture materials for MSc physics students on applications of piezoelectric materials, demonstrating her commitment to education alongside research. Dr. Aulika leads the Thin Films Laboratory at the Institute of Solid State Physics, University of Latvia, where her team focuses on point of darkness modeling for biomedical sensor applications, spectroscopic ellipsometry, optical modeling, and thin film technologies. The laboratory's work on innovative materials, particularly rare-earth metal oxy-hydrides, supports cutting-edge research in optical tactile sensing, OLEDs, and smart windows. Through projects like Sestosenso and SWEB, her lab bridges fundamental research with practical applications in robotics, display technology, and energy-efficient building materials.

• Nuclear structure physics
• Exotic nuclei
• Nuclear radii measurements
• +5 more

Dr. Kanungo R. is a prominent researcher at GSI Helmholtzzentrum für Schwerionenforschung GmbH in Darmstadt, Germany, actively contributing to the field of nuclear structure physics through the NUSTAR (Nuclear Structure, Astrophysics and Reactions) collaboration at FAIR. His research program focuses on experimental investigations of exotic nuclei, particularly neutron-rich isotopes, using advanced accelerator facilities and detection systems. Dr. Kanungo's research interests center on nuclear structure far from stability, with particular emphasis on measuring proton and neutron distribution radii in exotic nuclei. His work examines neutron skin phenomena, nuclear shell evolution in exotic systems, and halo nuclei structures. By analyzing charge-changing cross sections of neutron-rich isotopes, he has made significant contributions to understanding how nuclear structure changes with extreme neutron-to-proton ratios. The publication record shows a consistent output of high-impact research in leading nuclear physics journals, with recent work focusing on oxygen, nitrogen, and fluorine isotopes. His research has revealed unexpected phenomena like thick neutron skin in doubly magic oxygen isotopes and provided evidence for tensor interactions influencing nuclear structure through precise proton radius measurements. Active contributor to the NUSTAR collaboration at FAIR Specializes in charge-changing cross section measurements Focuses on proton distribution radii in exotic nuclei Studies neutron skin and halo nuclei phenomena Investigates nuclear shell evolution far from stability Dr. Kanungo's experimental work provides critical data for testing and refining nuclear models under extreme conditions. His findings on shell closures at N=14 and 16 in oxygen isotopes and the two-neutron halo structure in 29F have advanced our understanding of nuclear structure in regions far from stability. His ongoing research continues to address fundamental questions about nuclear forces and the limits of nuclear existence.

• Artificial Intelligence
• Machine Learning
• Data Science
• +5 more

Professor Kristina Schädler is a faculty member at the West Coast University of Applied Sciences (FH Westküste), where she serves as Professor of Data Processing within the School of Technology. She has been with the university since 2005 and also served as Dean of the Department of Technology. Her academic background includes a PhD in machine learning from TU Berlin, where she was awarded the Chorafas Research Prize for young scientists. West Coast University of Applied Sciences (since 2005) TU Berlin, Institute of Computer Science (1994-1999) Martin Luther University Halle/Wittenberg (1990-1994) Professor Schädler's research focuses on artificial intelligence and machine learning applications, particularly in image processing and data analysis. Her work spans multiple domains including industrial automation, agricultural technology, renewable energy, and animal husbandry. She has led numerous research projects that bridge academic theory with practical industrial applications, with particular emphasis on developing robust image processing systems that can be deployed in real-world settings. Her research portfolio demonstrates a consistent pattern of applying advanced machine learning techniques to solve practical problems across diverse industries. The ANIMET project, which developed facial recognition for horses, and the MaviSeg system for multichannel image segmentation represent her innovative approach to adapting computer vision technologies for specialized applications. Her work often involves close collaboration with industry partners to ensure practical relevance and implementation. Chorafas Research Prize for young scientists Innovationspreis at Equitana (2013) for the ANIMET project Professor Schädler has supervised numerous student theses that have resulted in practical applications across various domains. Her research group has secured funding from multiple sources including the European Commission, BMBF, and regional development agencies. She has established the CICAD project as a sustainable competence center for industrial image processing, which has trained multiple doctoral students through cooperative programs with the University of Lübeck. Her work demonstrates strong industry connections with companies like HIT Hinrichs Innovation + Technik, MBJ Solutions, and Fischer und Tausche Kondensatoren. Her research laboratory focuses on industrial image processing applications, with specialized equipment for 2D/3D imaging, spectral analysis, and machine learning implementation. The CICAD project established a dedicated competence center that continues to develop new applications of image processing technology across multiple industries.