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Simon PlaceView profile

Senior Lecturer

• Air Transport Safety & Investigation
• Airworthiness
• Aviation Management & Operations
• +7 more

Dr Simon Place is a Senior Lecturer at Cranfield University, affiliated with the National Flying Laboratory Centre. He holds a PhD in reliability and safety assessment of helicopter transmission systems and is a Chartered Engineer (CEng) and Member of the Institute of Mechanical Engineers (MIMechE). His expertise lies in air transport safety, airworthiness, aviation operations, and maintenance human factors. PhD, Cranfield University (research on helicopter transmission reliability) MSc in Flight Dynamics, Cranfield University BSc in Engineering Science & Technology, Loughborough University Dr Place's research focuses on safety and risk assessment, reliability analysis, and human factors in aviation maintenance. He has led projects for clients such as DSTL, UK Ministry of Defence, QinetiQ, and international civil aviation authorities. His work bridges theoretical modeling with practical applications in aircraft systems and safety. His recent publications (2023–2024) emphasize aerodynamic modeling of the Saab 340B, flight simulation, and landing gear health assessment using flight data and prognostics. These works reflect a strong trend toward data-driven, hybrid approaches combining simulation, optimization, and real-time monitoring for proactive maintenance and safety enhancement. His scientific recognitions include: Chartered Engineer (CEng) Member of the Institute of Mechanical Engineers (MIMechE) Dr Place leads airborne laboratory training and contributes to MSc modules in Airworthiness, Safety Assessment of Aircraft Systems, and Safety & Accident Investigation. He collaborates extensively with researchers like James Whidborne and Mushfiqul Alam. He has no known grants listed, but his applied research suggests active funding from defense and aviation sectors. He advises research students, though specific names are not provided. He is a key member of the Safety and Accident Investigation Centre at Cranfield, leveraging first-hand experience in military and airline operations and accident investigation. His team focuses on real-world aviation safety challenges, certification, and design improvement.

Takuma ItohView profile

Associate Professor

• Music Composition
• Orchestral Music
• Contemporary Classical Music
• +4 more

Takuma Itoh is an Associate Professor of Music at the University of Hawaii at Mānoa's Department of Music since 2012. His work bridges contemporary classical traditions with cross-cultural elements, incorporating instruments like shakuhachi, koto, and electronic elements. He has held fellowships at the Mizzou International Composers Festival, Cabrillo Festival, and Copland House. Itoh earned degrees from Cornell University, University of Michigan, and Rice University under mentors including Steven Stucky and Bright Sheng. His research focuses on orchestral composition, cultural hybridity, and acoustic-electronic fusion. Notable works include Symphony of the Hawaiian Birds (environmental advocacy), Faded Aura (shakuhachi integration), and Picture Brides (historical narrative). Over 50 compositions span orchestral, chamber, and solo genres. Recipient of prestigious awards like the Charles Ives Scholarship and multiple ASCAP prizes, his music has been performed globally by ensembles like Alarm Will Sound and the Silesian Philharmonic. Current projects include a symphony about Hawaii's endangered bird species and collaborations with East Asian traditional instruments.

• Non-equilibrium thermodynamics
• Kinetic theory of gases
• Microscale transport
• +3 more

Henning Struchtrup is a Professor in the Department of Mechanical Engineering at the University of Victoria, Canada. His expertise lies in non-equilibrium thermodynamics, kinetic theory of gases, microscale transport phenomena, and aerosol coagulation. He holds an MS and PhD from Technische Universität Berlin, and is a Professional Engineer (P.Eng). Struchtrup’s research focuses on developing continuum models for rarefied gas flows using the Boltzmann equation, particularly the Regularized 13-Moment (R13) equations, which provide stable solutions for microscale and transitional regimes. Collaborations include work with M. Torrilhon (ETH Zurich) on R13 stability and boundary conditions. His group investigates evaporation/condensation in extreme non-equilibrium, BGK model improvements, and fuel cell membrane transport. Recent articles emphasize thermodynamic consistency in moment equations, wave solutions for carbon capture systems, and boundary modeling for R13 systems. His work bridges kinetic theory with engineering applications in MEMS devices, energy conversion, and climate technologies. Key contributions include stable higher-order transport models and analysis of entropy in non-equilibrium systems. Struchtrup’s research also addresses energy storage via osmotic processes and thermal stress in microcavities. His interdisciplinary approach integrates mathematical rigor with practical engineering challenges across fluid mechanics, materials science, and environmental engineering.

Luis Soares BarbosaView profile

Professor

• Program Semantics
• Modal Logic
• Coalgebra
• +5 more

Luis Soares Barbosa is a full professor at the Computer Science Department of Universidade do Minho and a senior researcher at HASLab INESC TEC. He is also affiliated with the International Iberian Nanotechnology Laboratory (INL) as part of the Quantum and Linear Optical Computation Group. He holds a second academic role as Deputy Head of the UNU-EGOV unit at the United Nations University. Barbosa chairs IFIP Technical Committee TC1 on Foundations of Computer Science and serves on IFIP WG1.3 and WG1.11/2.17. His research focuses on program semantics, coalgebra, modal logic, and quantum computation, aiming to establish rigorous mathematical foundations for software engineering. He teaches courses on quantum logic, concurrency, and quantum computation at the master’s level. Research Interests: Barbosa’s work bridges theoretical computer science with practical applications, emphasizing formal methods, coalgebraic systems, and quantum algorithms. His quantum research explores computational advantages and privacy-preserving protocols, while his classical work addresses software verification and concurrency. Recent efforts include paraconsistent transition systems for modeling inconsistent states and quantum policy gradients in machine learning. Lab/Tech Teams: Leads the Logic and Formal Methods group and collaborates with the High Assurance Software lab (HASLab). Active in interdisciplinary teams at INL and UNU-EGOV. Grants/Advising: Supervises students/postdocs in quantum computing, formal methods, and cyber-physical systems. Coordinates projects funded by national/international bodies, including EU initiatives on quantum algorithms and digital governance.

Sunil KumarView profile

Professor

• Manufacturing Systems
• Service Operations Optimization
• Communications Networks
• +3 more

Sunil Kumar is the President of Tufts University and holds a Professorship in the Department of Electrical and Computer Engineering. He earned his PhD from the University of Illinois at Urbana-Champaign, a Master’s from the Indian Institute of Science Bangalore, and a Bachelor’s from National Institute of Technology, Mangalore University. His research focuses on performance evaluation and control of manufacturing systems, service operations, and communications networks using stochastic modeling and optimization methods. He applies control theory to address managerial challenges in complex systems. Recent publications span diverse fields including meteorology, game theory, nuclear physics, healthcare analytics, and cybersecurity. His work emphasizes interdisciplinary applications of mathematical models across engineering, healthcare, and environmental systems. Dr. Kumar’s academic leadership includes roles in university administration and engineering education. No specific grants or awards are listed in the provided information.

Moli ZHAOView profile

Associate Professor

• Fluid-solid coupling theory
• Rheological simulation of fractured rock mass
• Convection stability in porous media
• +1 more

Moli ZHAO is an Associate Professor at the Department of Engineering Mechanics within the School of Civil Engineering at Shandong University . Education : Ph.D. in Engineering Mechanics (Shandong University, 2014), Joint Ph.D. in Hydrology (University of Alabama, 2013), MS in Computational Mathematics (Nanjing University of Aeronautics and Astronautics, 2005), BS in Computational Mathematics (Shanxi University, 2002) Employment : Post-doctoral researcher at Shandong University (2015-2018), Shanxi University faculty (2005-2010) Her research focuses on fluid-solid coupling theory , rheological simulation of fractured rock mass , and convection stability in porous media . She has contributed to understanding nonlinear damage models in rocks, time-dependent fluid-stress interactions, and anomalous diffusion phenomena. The 12 publications (2015-present) highlight her work on Darcy-Brinkman convection , non-Newtonian fluid dynamics , and microscale transport phenomena , with applications in geomechanics and biological systems. Her methods combine analytical solutions, numerical simulations, and stability analysis of complex fluid flows.

Miguel Ángel Valbuena MartínezView profile

Researcher

• Condensed Matter Physics
• Spintronics
• 2D Materials
• +3 more

Dr. Miguel Ángel Valbuena Martínez is a researcher at the Madrid Institute for Advanced Studies (IMDEA Nanoscience) , specializing in the electronic structure and magnetic properties of low-dimensional materials. His work focuses on 2D materials and heterostructures using synchrotron-based techniques like Spin-Resolved ARPES and XMCD. He leads the Spin-ARPES laboratory and has contributed to understanding spin-orbit interactions, charge density waves, and magnetic anisotropy in systems like graphene, topological insulators, and lanthanide-based networks. Education : PhD in Condensed Matter Physics from Autonomous University of Madrid. Research Highlights : Investigating Rashba-like spin textures in graphene Engineering magnetic anisotropy in lanthanide-metal organic networks Probing electronic structure in NbSe3 and KMo6O17 purple bronze Key Techniques : Angle-Resolved Photoemission Spectroscopy (ARPES), X-ray Magnetic Circular Dichroism (XMCD), Scanning Tunneling Microscopy (STM).

Ahmed Imran HunjraView profile

Associate Professor

• Corporate Finance
• Corporate Governance
• Green Finance
• +6 more

Ahmed Imran Hunjra is an Associate Professor of Finance at IPAG Business School in Paris, France, with over 15 years of international teaching and research experience. He previously held faculty positions at Rabat Business School (Morocco), Ghazi University (Pakistan), and PMAS-Arid Agriculture University (Pakistan) as Assistant Professor and Head of Finance Cluster. Education: Post-Doctorate (2018), University of Waikato, New Zealand PhD (2015), Iqra University, Pakistan MSc (Economics, 2017), Allama Iqbal Open University, Pakistan MS (Finance, 2010), Iqra University, Pakistan MBA (Finance, 2008), Iqra University, Pakistan BSc (Mathematics & Economics, 2006), Bahauddin Zakariya University, Pakistan His research focuses on corporate finance, governance, green/sustainable finance, and development economics. Recent work explores intersections of geopolitical risk with net-zero emissions, enterprise risk management post-pandemic, ESG determinants in capital structure, and policy impacts on financial inclusion. Articles appear in high-impact journals like International Review of Financial Analysis , Journal of Environmental Management , and Technological Forecasting & Social Change . Scientific recognition includes: Best Researcher Award-2023 (Rabat Business School) Best Conference Paper Award (7th WIEFC-2024) Outstanding Reviewer Awards (Emerald Literati 2021, 2023) Distinguished Reviewer Award (Virtus Interpress 2021) Best Paper Awards (ICAI 2022, 2023) International Research Award Best University Teacher Award-2020 (Pakistan) Ahmed has supervised 7 PhDs and over 70 MS/MPhil scholars. He serves as Associate Editor for Research in International Business and Finance , Senior Area Editor for International Journal of Emerging Markets , and Editorial Board member for ABS/ABDC-indexed journals. His analytical expertise spans SPSS, AMOS, Eviews, Stata, and Smart-PLS.

• Mathematics Education
• Computing Education
• STEM Equity
• +3 more

Sarah D Castle serves as Assistant Professor of Mathematics Education at the University of Idaho with dual appointments in the Department of Mathematical and Statistical Sciences (College of Science) and Curriculum and Instruction Department (College of Education, Health and Human Sciences). Her research bridges computational methods and mathematics education to advance equity and foster creativity in undergraduate STEM contexts. Her educational background includes: B.A. in Mathematics, Whitworth University (2012-2016) B.S. in Engineering Physics, Whitworth University (2012-2016) M.S. in Mathematics, Michigan State University (2019-2022) Ph.D. in Mathematics Education, Michigan State University (2018-2023) Castle's research centers on computational approaches to uncover systemic inequities in STEM education while creating environments that nurture mathematical creativity, particularly for marginalized students. She investigates how computational modeling—such as Jupyter Notebook implementations in linear algebra—can transform mathematical engagement and understanding. Her work critically examines power structures in educational spaces and develops pedagogical frameworks that leverage coding to deepen conceptual learning and promote equitable participation. Analysis of her 13 publications (2020-2024) reveals three dominant trends: (1) computational tools as catalysts for mathematical creativity and conjecture, (2) quantitative critical analyses of systemic advantages in STEM courses, and (3) investigations of student agency development in proof-based mathematics. These works span ACM computer science education conferences, mathematics education research forums, and interdisciplinary learning sciences venues. Castle actively contributes to major research initiatives: SEISMIC Project: Multi-institutional analysis of equity in introductory STEM courses Transition to Proof Project: Studying sense-making in advanced mathematics Computational Education Research Lab: Developing computational modules for mathematics learning Her teaching portfolio includes Secondary Mathematics Methods (EDCI 434), Proof and Viable Argumentation (MTHE 410), and Calculus I (MTH 132), reflecting her dual expertise. She has extensive experience as instructor of record, teaching assistant, and developer of STEM curricula including high-altitude balloon launch modules for K-12 students.

Dariusz SiudakView profile

Associate Professor

• Relational perspective of the organization
• Complex networks in financial markets
• Artificial intelligence in management
• +2 more

Dr hab. Dariusz Siudak is an Associate Professor at the Institute of Management , part of the Faculty of Organization and Management at Lodz University of Technology . He serves as Head of the Division of Economics and Finance and is a member of the Management and Quality Studies Discipline Council , IFE Study Program Council , and IDS Scholarship Committee . His work spans interdisciplinary research at the intersection of finance, network science, and artificial intelligence. Research Interests : Relational organizational theory, complex financial networks, AI-driven management systems, system dynamics in enterprise governance, and value migration analytics. Scientific Contributions focus on: Financial multiplex networks and cross-correlation dynamics AI applications in value migration modeling Network topology impacts on stock returns Corporate governance and board interlock analysis Markov chain modeling of network transitions Scientific Recognition : First place, NetMiner 20th Event (2022) Lecture of Marek Siudak award (2018) Dean’s award for scientific achievements (2018) Beta 2014 award nomination (2014)

• Women's Writing
• Travel Literature
• Autobiography and Memoir
• +3 more

Kate Cantrell is a Senior Lecturer affiliated with Queensland University of Technology in the Faculty of Creative Industries, Education & Social Justice and the School of Education . Her work bridges literary scholarship with creative practice, focusing on women's writing, travel literature, and contemporary narrative forms. Education: PhD by Creative Works (2014), Queensland University of Technology. Her research explores gendered autobiographical practices , non-linear narrative structures , and critiques of institutional dynamics in academia. She has contributed to studies on PISA and analyzed the intersection of literature with tourism and cultural change. Kate's publications often examine feminist literature , travel memoirs , and experimental writing , with recent work addressing systemic issues in higher education and the duality of teacher-satirist roles in Australian literature. She has collaborated with scholars like Lesley Hawkes and Kelly Palmer on topics such as academic workload and gender dynamics in teaching environments.

Michael Cottman MorganView profile

Professor

• Synoptic Meteorology
• Large Scale Dynamics
• Mid-Latitude Weather Systems
• +4 more

Michael Cottman Morgan is a Professor in the Department of Atmospheric and Oceanic Sciences at the University of Wisconsin-Madison, affiliated with the College of Letters and Science. He holds a PhD from the Massachusetts Institute of Technology and has served as Chair of the department’s undergraduate program for multiple terms (2005–2007, 2008–2010, 2014–2022). His research focuses on synoptic meteorology, large-scale atmospheric dynamics, and the predictability of mid-latitude and tropical weather systems. Education: PhD, Massachusetts Institute of Technology Dr. Morgan’s research applies adjoint-derived forecast sensitivity fields to analyze weather systems, with a particular emphasis on snowstorms, frontogenesis, and optimal perturbation evolution. His work bridges theoretical frameworks (e.g., Eady model, potential vorticity inversion) and practical weather prediction tools. Recent publications highlight synoptic-dynamic interpretations of sensitivity gradients and predictability challenges in weather modeling. He has contributed extensively to academic service, including leadership roles in the American Meteorological Society (AMS) and the World Meteorological Organization. In 2015, he was honored as an AMS Fellow. His sabbatical experiences include serving as an AMS/UCAR Congressional Science Fellow (2007–2008) and National Science Foundation Division Director for Atmospheric and Geospace Sciences (2010–2014). Scientific Awards: Fellow, American Meteorological Society (2015) Dr. Morgan has supervised multiple PhD students, including Dr. Eric Rappin, Dr. Hyun Mee Kim, and Dr. Chih-Chieh "Jack" Chen. His research group investigates topics such as rotating tank experiments, isentropic trajectories, and non-linear balance PV inversion, with applications to the National Collegiate Weather Forecasting Contest.

Maxim O. LavrentovichView profile

Assistant Professor

• Pattern Formation
• Evolutionary Dynamics
• Domain Walls
• +4 more

Dr. Maxim O. Lavrentovich is an Assistant Professor at Worcester State University in the Department of Earth, Environment, and Physics . He previously served as an Assistant Professor at the University of Tennessee, Knoxville for six years and conducted postdoctoral research at the University of Pennsylvania . His work spans theoretical biophysics and soft condensed matter physics , focusing on pattern formation, evolutionary dynamics, and non-equilibrium systems. Education: PhD in Physics, Harvard University (2014) B.A. in Physics and Mathematics, Kenyon College (2008) Research interests include: Pattern formation on curved surfaces and biological membranes Evolutionary dynamics in spatial population genetics Domain wall motion in ferroelectric and cellular systems Non-equilibrium phase transitions in driven systems Recent publications highlight work on chiral ferroelectric ground states , biological memory mechanisms , and domain wall dynamics in materials and cellular populations. Collaborations include institutions like Harvard University , University of Tennessee , and Oak Ridge National Laboratory . He advises students across multiple institutions and has developed lattice models for cancer growth and non-linear PDE solvers for pattern formation. Teaching spans graduate quantum mechanics , statistical mechanics , and biophysics , with lecture notes freely available.

Alicia Gonzalez-BuelgaView profile

Senior Lecturer

• Dynamics and Control
• Energy Harvesting
• Non-Linear Dynamics
• +4 more

Dr. Alicia Gonzalez-Buelga is a Senior Lecturer at the University of Bristol, affiliated with the School of Electrical, Electronic and Mechanical Engineering. She is an active member of the Dynamics and Control research group and contributes to multiple initiatives within the Cabot Institute for the Environment, including City Futures Research, Natural Hazards and Disasters Research, and Environmental Change Research. Her work bridges engineering dynamics with environmental challenges, focusing on practical solutions for seismic protection and sustainable infrastructure. Education: Bachelor of Engineering (BEng) from University of Oviedo, Spain Doctor of Philosophy (PhD) from University of Oviedo, Spain Dr. Gonzalez-Buelga's research spans two primary domains: structural dynamics and engineering education. In structural dynamics, she specializes in vibration control systems, energy harvesting devices, and seismic isolation strategies, with particular focus on developing low-cost solutions applicable in developing countries. Her work on rocking columns, tuned mass dampers, and inerter-based systems demonstrates innovative approaches to structural resilience. In engineering education, she investigates student experiences, particularly in online and blended learning environments, and develops outreach programs to enhance engagement with mechanical engineering. Her recent publications reveal a trend toward integrating practical engineering solutions with educational innovation. The research shows increasing attention to post-pandemic educational approaches while maintaining strong focus on vibration control and seismic protection technologies. Her work bridges theoretical dynamics with real-world applications, particularly in developing affordable seismic isolation systems and advancing engineering pedagogy through partnership and co-creation methodologies. Dr. Gonzalez-Buelga actively contributes to professional service, including peer review activities for journals such as Vibration. Her research collaborations span multiple disciplines, connecting engineering dynamics with environmental challenges through the Cabot Institute. She is involved with the Dynamics and Control research group at Bristol and contributes to several Cabot Institute initiatives focused on urban resilience and environmental change. Her work connects structural engineering solutions with broader environmental sustainability goals, particularly in the context of natural disaster mitigation and sustainable infrastructure development.

Mark BowenView profile

Professor

• Thin-film theory
• Mathematical analysis
• Degenerate parabolic equations
• +5 more

Mark Bowen is a Professor in the Faculty of Science and Engineering at Waseda University, where he serves as Chair of the Major in Mathematical Sciences. He has been with Waseda University since 2011, first as an Associate Professor (2011-2022) and then as a Professor (2022-present). Prior to joining Waseda, he held academic positions at The University of Tokyo and the University of Nottingham, establishing an international research profile. Professor Bowen's research focuses on thin-film theory and mathematical analysis of degenerate parabolic equations. His work employs a combination of analytical methods (perturbation theory, bifurcation theory, dynamical systems, self-similarity) and numerical techniques (shooting methods, boundary value solvers, ADI computations) to study phenomena such as rupture, moving contact lines, and the effects of surface topography on liquid motion. His expertise extends to fluid mechanics, asymptotic analysis, and computational mathematics. His publication record demonstrates sustained research productivity over two decades, with recent work focusing on singularity formation in thin film equations, Cauchy-Dirichlet problems, and dipole solutions. The research spans theoretical mathematical analysis and practical fluid dynamics applications, connecting pure mathematics with real-world phenomena involving thin liquid films in nature and industry. American Physical Society (APS) Society for Industrial and Applied Mathematics (SIAM) Japanese Society for Industrial and Applied Mathematics (JSIAM) Mathematical Society of Japan Japan Society of Fluid Mechanics American Mathematical Society (AMS) Professor Bowen received the President's Award for Teaching from Waseda University in Spring Semester 2015. He supervises Master's theses and research projects, with current work including analysis of thin film equations on two-dimensional domains and Cauchy-Dirichlet problems for the porous medium equation through international collaborations. He leads the Bowen Laboratory, which currently includes undergraduate researchers Matthew Widjaja, Katerina Allegracia, Yaxin Luo, and Sameer Sharma. His research group has produced significant contributions to understanding thin film dynamics, rupture phenomena, and mathematical modeling techniques applicable across various scientific domains.