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Litian WangView profile

Professor

• Solid State Physics
• Material Sciences
• Elastodynamics
• +3 more

Litian Wang is a Professor at the Department of Engineering, Oslo Metropolitan University. His research focuses on solid state physics, material sciences, elastodynamics, and acoustics. He holds a PhD in Physics from the University of Oslo (1993) and has collaborated with companies like Fireco AS and Biobe AS in Fredrikstad. His work spans theoretical and applied physics, including studies on phononic crystals, elastic wave propagation in anisotropic materials, and phonon focusing patterns. Notable contributions include analyses of surface wave behavior, degeneracy spaces in elastic media, and computational modeling of material properties. Wang has also explored practical applications such as soundproofing materials and material selection strategies for industrial contexts. Career highlights include over 30 peer-reviewed articles in journals like Wave Motion and Journal of the Acoustical Society of America , as well as contributions to scientific conferences and media outlets. His research emphasizes bridging theoretical physics with industrial innovation, particularly in Norway's manufacturing sector.

Dan JorgensenView profile

Adjunct Professor

• Sociocultural Anthropology
• Papua New Guinea Studies
• Mining and Environmental Impact
• +3 more

Dan Jorgensen is an Adjunct Research Professor in the Department of Anthropology at Western University. He holds a PhD from the University of British Columbia (1981). His research focuses on sociocultural anthropology in Papua New Guinea, with particular attention to technology, environmental impacts, religious practices, and historical dynamics. Key areas of study include mobile phone adoption, mining consequences, mortuary rituals, witchcraft, and colonial legacies. His work integrates ethnographic fieldwork with critical analysis of modernization, resource extraction, and cultural adaptation. Notable projects examine the Ok Tedi mine’s environmental and social effects, mobile phone networks in Melanesia, and the interplay between Christianity and indigenous belief systems. Jorgensen’s publications span academic monographs, edited volumes, and critical reviews, emphasizing interdisciplinary approaches to understanding Pacific societies. He has contributed to debates on anthropology’s disciplinary future, the ethics of fieldwork, and the role of technology in contemporary cultures. His research often highlights marginalized voices and environmental justice issues in Papua New Guinea, offering insights into global-local interactions in the Anthropocene.

Gary KibbinsView profile

Professor

• Aesthetic theory
• Experimental media
• Experimental literature
• +4 more

Gary Kibbins is a Full Professor and Undergraduate Chair in the Film and Media department at Queen’s University. He holds a joint appointment with the Isabel Bader Centre for the Performing Arts. A media artist and writer, he previously taught at the California Institute of the Arts until 2000. His research focuses on aesthetic theory, experimental media, image-text relations, and philosophical inquiries into art’s role in culture. Key creative works include experimental films such as Worldless (2023), P&Not-P Learn Non-Euclidean Geometry (2022), and installations like X Marks (2019, with Matt Rogalsky). His 2005 essay collection Grammar & Not-Grammar explores nonsense in experimental cinema. Collaborations span disciplines, including a 2019 installation analyzing Finnegans Wake ’s lexical patterns. Media works often blend philosophical inquiry with visual experimentation, addressing themes like existential uncertainty ( God Hates Himself ), postcolonial legal frameworks ( Mama Minde ), and the limits of human understanding ( 7 Anthropologies ). His practice bridges fine art, theory, and pedagogy through innovative multimedia formats.

• Materials Science
• Machine Learning
• Polymer Science
• +3 more

Stefan Hiemer is a Researcher at the Department of Physics, University of Milan. His work focuses on materials science, with an emphasis on integrating machine learning and data analysis techniques to study material behavior. Key research areas include dislocation dynamics, failure prediction in materials, and additive manufacturing. He has collaborated extensively with Prof. Stefano Zapperi and others on interdisciplinary projects combining computational modeling and experimental validation. Notable contributions include studies on silica glasses' failure mechanisms, predictive modeling of creep failure using machine learning, and advancements in strain sensor fabrication using polymer-based materials. His research bridges traditional materials science with modern data-driven methodologies, addressing challenges in both fundamental and applied contexts. Hiemer's publications span journals such as Materials Theory , Nature Communications , and Additive Manufacturing , reflecting his broad impact across computational materials science and polymer engineering.

Charles Chi-Fong KwanView profile

Associate Professor

• Physical Metallurgy
• Mechanical Metallurgy
• Materials Characterization
• +2 more

Charles Chi-Fong Kwan is an Associate Professor in the Faculty of Engineering at the University of Waterloo. His research focuses on physical metallurgy, mechanical metallurgy, materials characterization, fatigue and failure of materials, and deformation mechanisms. He earned a PhD in Materials Science and Engineering (2011) and a Bachelor of Applied Science (2005) from the University of Toronto. Kwan specializes in advanced materials processing techniques such as accumulative roll bonding, electro-spark deposition, and selective laser melting. His work explores how microstructural engineering influences mechanical behavior in metals like nickel, aluminum, and copper under cyclic loading and deformation. He has developed patents for additive manufacturing methods incorporating ultrasonic excitation and temperature control. His teaching portfolio includes courses on materials properties, manufacturing processes, and advanced metallurgy topics. He has published extensively on microstructural evolution, grain refinement, and fatigue phenomena, with a focus on experimental and computational metallurgy.

• Calculus of Variations
• Geometric Flows
• Nonlinear Elasticity
• +5 more

Marcello Ponsiglione is a Full Professor at the Department of Mathematics, University of Rome La Sapienza. His research focuses on calculus of variations, geometric flows, and materials science with applications to dislocation mechanics, fractional dynamics, and nonlinear elasticity. He has contributed significantly to Γ-convergence analysis, nonlocal geometric flows, and the mathematical modeling of crystalline structures. His work frequently bridges discrete-to-continuum transitions, analyzing energy minimization problems in materials science contexts. Key areas of research include the dynamics of screened particles, fractional perimeters, and the study of edge dislocations in elastic materials. He has explored topics like area-preserving mean curvature flows, nonlocal geometric evolutions, and stability of supercritical fractional curvatures. His collaborations span international teams, yielding over 50 publications. Ponsiglione has organized workshops on calculus of variations and PDEs in geometric analysis. His research integrates analytical techniques from functional analysis, partial differential equations, and geometric measure theory to address challenges in applied mathematics and material physics.

• Calculus of Variations
• Materials Science
• Mathematical Analysis
• +4 more

Roberto Alicandro is a Full Professor at the University of Naples Federico II. His research focuses on calculus of variations, mathematical analysis of materials science, and nonlinear elasticity. He has contributed to topics such as Γ-convergence, dislocation dynamics, and discrete-to-continuum limits in crystalline systems. Key research interests include variational analysis of singular perturbations, energy minimization in lattice systems, and multiscale modeling of defects in solids. He has co-authored multiple influential papers and books in journals like Math. Ann. , SIAM J. Math. Anal. , and Archive Rational Mech. Anal. . Alicandro has organized events such as the 2012 Meeting on Applied Mathematics and Calculus of Variations, and participated in workshops like 'Calculus of Variations and Partial Differential Equations' in 2017 and 'From Atomistic to Continuum Models in Materials Science' in 2014. His work bridges discrete and continuous frameworks in solid mechanics and materials science.

• Calculus of Variations
• Continuum Mechanics
• Optimal Control of Multi-Agent Systems
• +3 more

Francesco Solombrino is a Full Professor at the Università del Salento, Italy, affiliated with the Dipartimento di Scienze e Tecnologie Biologiche ed Ambientali. His academic journey includes a PhD in Applied Mathematics from Scuola Superiore di Studi Avanzati Trieste and prior roles as Full Professor at the University of Naples Federico II and researcher positions at institutions like TU Munich and the Austrian Academy of Sciences. His research focuses on Calculus of Variations, Continuum Mechanics, and Optimal Control of multi-agent systems, with over 50 publications in leading journals. Education: PhD in Applied Mathematics, Scuola Superiore di Studi Avanzati Trieste (2010) Master Degree in Mathematics, Università del Salento (2006) Research Interests: Solombrino’s work spans Rate-Independent Systems, Free Discontinuity Problems, and Geometric Measure Theory. He has contributed to advancements in mean-field control theory and mathematical modeling of material failure. Grants & Projects: He is Principal Investigator (PI) for the PRIN 2022 Project on Variational Analysis of Complex Systems and the STAR Plus project on New Perspectives in Continuum Mechanics Modeling. His research is supported by initiatives like the Compagnia di San Paolo Foundation. Labs & Collaborations: Engages with interdisciplinary teams in applied mathematics and materials science, contributing to international conferences and workshops on variational analysis and calculus of variations.

Tamas VonyoView profile

Associate Professor

• Economic History
• Economic Growth
• War and Economic Impact
• +3 more

Tamas Vonyo is an Associate Professor of Economic History in the Department of Social and Political Sciences at Bocconi University, Italy. He holds a PhD (2010) and MPhil (2007) from the University of Oxford. His academic roles include CEPR Research Fellow, Elected Trustee of the European Historical Economics Society, and Principal Investigator of the ERC Horizon 2020 project 'Spoils of WAR.' Education: PhD and MPhil in Economics, University of Oxford (2007-2010) IB Diploma, L.B. Pearson United World College, Canada Research focuses on economic growth dynamics, wartime economic impacts, and the legacies of empires. He explores how historical events like WWII and the Habsburg Empire shaped Central Europe's economic trajectories. His work includes analyzing socialist economies' comparative performance and postwar reconstruction policies. Grants/Awards: ERC Horizon 2020 Starting Grant (Principal Investigator) CEPR Research Fellowship Routledge book contributions on Central and Eastern European economic history Teaching includes courses on economic history and global economic empires. He collaborates with the Dondena Centre for Research on Social Dynamics and Public Policy at Bocconi.

Nicolas ForcadelView profile

Professor

• Optimal Control
• Homogenization
• Hamilton-Jacobi Equations
• +7 more

Nicolas Forcadel is a Full Professor at INSA Rouen, directing the Mathematics Laboratory. His research focuses on optimal control, homogenization of non-linear Hamilton-Jacobi equations, dislocation dynamics, and traffic flow modeling with non-local terms. Education: PhD in Applied Mathematics (ENPC, 2007), HDR (Université Paris Dauphine, 2011) Leadership: ANR COSS (2022–2026), M2SINUM (2018–2021), M2NUM (2014–2019) His work bridges mathematical theory and numerical methods, including generalized Fast Marching Method and viscosity solutions. He has supervised 10 doctoral students, including Zhiping Rao and Mamdouh Zaydan, and served on the scientific council of Normandie Université’s digital science pole since 2017. Scientific awards: Thesis prize from ENPC (2007) Grants: SADCO (EU), AMAM (ANR), IDEE (ANR), HJnet (ANR) He teaches courses in optimization, numerical analysis, and viscosity solutions, and leads research on PDEs on networks and traffic flow homogenization.

Markus ReisenleitnerView profile

Professor

• Digital Humanities
• Cultural Studies
• Urban Imaginaries
• +5 more

Markus Reisenleitner is a Professor of Humanities at York University, Canada, and Director of the Graduate Program in Communication and Culture. He holds a Dr.phil. from the University of Vienna and has held academic positions at institutions including Lingnan University (Hong Kong) and the University of Alberta. His primary research focuses on intersections of digital humanities, urban imaginaries, fashion studies, and cultural memory. Reisenleitner's academic service includes roles as Past President of the Canadian Comparative Literature Association (2013–2015), Graduate Program Director in Humanities (2010–2015), and Chair of the Department of Cultural Studies at Lingnan University (2004–2006). He currently serves as Editor-in-Chief of Imaginations: Journal of Cross-Cultural Image Studies . His research explores how cities like Vienna, Los Angeles, and Toronto are shaped by digital technologies, fashion, and cultural narratives. Key works include Wiener Chic (2013) and LA Chic (2018), examining locational fashion histories. Recent studies address algorithmic urbanism, tech demos as cultural events, and sustainable scholar-led publishing practices. Reisenleitner’s interdisciplinary approach bridges cultural history and contemporary digital practices. He actively critiques global knowledge economies and advocates for open access publishing. His teaching includes graduate courses on humanities methodologies and communication studies.

Craig MaloneyView profile

Associate Professor

• Nanomechanics
• Soft Matter Physics
• Materials Science
• +3 more

Craig Maloney is an Associate Professor in the Department of Mechanical and Industrial Engineering at Northeastern University. His research focuses on modeling, simulation, and theory of nanoscale mechanics, soft matter, and glasses/amorphous materials. He holds a PhD in Physics from the University of California, Santa Barbara (2005). Notably, he received the 2011 NSF CAREER Award. Maloney's academic journey includes postdoctoral work and prior roles not explicitly detailed here. His research explores mesoscopic plasticity, amorphous solids, and material dynamics, with projects funded by the National Science Foundation, including the 'CAREER: Plasticity and Jamming' initiative and 'A Data-Driven Statistical Approach to Aging and Elasticity in Colloidal Glasses.' Research Highlights Avalanches and diffusion in sheared amorphous systems Homogeneous dislocation nucleation mechanisms Hydrogel mechanics and multiparticle interactions Mesoscale modeling of elasto-plastic behavior His publications span journals like Physical Review E and Physical Review Letters, with recent work addressing anomalous softness in amorphous materials and mesoscopic elasto-plastic models. Maloney collaborates widely, contributing to interdisciplinary studies at the interface of physics, materials science, and computational mechanics.

• Calculus of Variations
• Partial Differential Equations
• Probability Theory
• +5 more

Role: Professor of Mathematics at Purdue University, Department of Mathematics. Serves as faculty in the College of Science. Specializes in applied analysis, stochastic processes, and mathematical modeling in materials science. Active in teaching graduate courses on dynamical systems and partial differential equations. Education: Bachelor of Science in Electrical Engineering, Purdue University (1991) PhD in Mathematics, Princeton University (1996) Research Interests: Focuses on calculus of variations, PDEs, probability theory, and applied mathematics with applications to materials science. Explores topics like geometric flows, stochastic differential equations, and mathematical modeling of crystal growth and dislocation dynamics. Organizes conferences on stochastic analysis and industrial mathematics applications. Awards: Recipient of Purdue's prestigious Book of Great Teachers (2018), Ruth and Joel Spira Teaching Award (2005), and Teaching for Tomorrow Award (2003). Recognized for excellence in both teaching and mentoring. Students & Mentoring: Advised PhD students in topics ranging from surface diffusion to neural networks. Notable advisees include Fang Wan (2010), Chaoqun Huang (2012), and Yuqing Li (2021). Also mentored undergraduate researchers in projects like car parking problems and random walks in random media. Recent Activities: Organized workshops like the Mathematics and Statistics in Industry Workshop (2025) and Stochastic Analysis conferences (2023, 2025). Active in interdisciplinary research, including collaborations on optical manipulation of colloids and privacy vulnerabilities in mobility data.

Jeff Th.M. De HossonView profile

Professor

• Materials Science
• Nanoscience
• Nanotechnology
• +4 more

Professor Jeff Th.M. De Hosson is a leading figure in materials science and nanotechnology at the University of Groningen. With a career spanning over four decades, he focuses on in-situ electron microscopy , nanostructured materials , and laser surface engineering . His work bridges fundamental physics with applied engineering solutions. Appointed as Professor of Applied Physics in 1977 by Queen Juliana Holds central departmental chair at University of Groningen (1985-2015) Conducted postdoctoral research at Northwestern University and UC Berkeley Research Interests : His work centers on advances in microscopy techniques , size effects in structural materials , nano-clusters , laser surface modifications , and dislocation dynamics . He pioneered metallic nanofoams and DLC coatings for industrial applications. Scientific Contributions : Ranked among the top 4 publication producers in Dutch nanotechnology (NWO 2008). His research group in laser surface engineering is recognized as one of the top three worldwide. Scientific Awards : 2012 : William Mong Distinguished Science & Engineering Award 2010 : China Distinguished Materials Scientists Forum Award 2009 : NanoSmat Prize 2005 : European Materials Gold Medal Publications : Over 1000 journal publications, 190 conference proceedings, 31 book chapters/reviews, and 19 edited books. Key journals include Progress in Materials Science , Acta Materialia , and ACS Nano .

• Phase Field Theory
• Biodegradable Materials
• Metallic Materials
• +3 more

Chuanjie Cui is a Marie Curie Research Fellow at the University of Oxford, working in the Mechanics of Materials Lab under Prof. Emilio Martínez-Pañeda. Previously, he was a Research Associate at Imperial College London. His work focuses on advancing materials science to support sustainable infrastructure and healthcare, addressing challenges like stress corrosion cracking in metallic materials, hydrogen embrittlement in high-strength steels, and designing biodegradable composites for medical applications. His research employs phase field theory and computational modeling to predict material degradation mechanisms, integrating physics-informed neural networks (PINNs) for corrosion and fracture analysis. He has contributed to leading journals such as Journal of the Mechanics and Physics of Solids , advancing methodologies for corrosion-fatigue analysis and hydrogen-assisted crack growth. Current projects include the MSCA-funded NewPhaseBio initiative, developing phase field models for biomaterial degradation. His work bridges theoretical frameworks with practical applications, aiming to enhance infrastructure safety and accelerate hydrogen energy adoption. Key technical contributions span computational tools like COMSOL-based multiphysics models and ARIMA-based long-term infrastructure assessments. His research addresses real-world challenges such as bridge fire resilience, steel corrosion under environmental stress, and material durability in extreme conditions.