Find Academic Supervisors

• Epidemiology
• Infectious Diseases
• Medical Statistics
• +3 more

Jean-François Timsit is a Professor of Medicine at Université Paris Cité and Director of the Department of Infectious Intensive Care and Resuscitation at AP-HP Hôpital Bichat. He holds a PhD in Epidemiology and Public Health from Nancy 1 University (2003). His academic roles include being a Research Director at Infection, Antimicrobians, Modeling, and Evolution (IAME) UMR 1137 INSERM since 2013. His research focuses on statistical methodologies in critical care medicine, including competing risks analysis, prediction models for clinical outcomes, and the epidemiology of nosocomial infections. He has published extensively in biostatistics and epidemiology, addressing topics such as population attributable risks and dynamic prediction models. Dr. Timsit has supervised multiple theses, including studies on antibiotic therapy effects in sepsis and acute kidney injury in intensive care. He is affiliated with the OUTCOMEREA database, a key resource for clinical prediction research. His work bridges clinical practice and statistical innovation, contributing to improved patient outcomes in critical care settings.

Simon KrauseView profile

Professor

• Porous Materials
• Metal-Organic Frameworks
• Molecular Machines
• +3 more

Dr. Simon Krause is a Professor of Inorganic Chemistry at the University of Ulm and Group Leader at the Max Planck Institute for Solid State Research. His research group, transitioning to Ulm in 2025, specializes in dynamic porous materials and molecular machines. Krause leads the Nanochemistry Department with interdisciplinary collaborations globally, focusing on functional framework materials for energy and environmental applications. His research explores: Porous framework materials for gas capture and sensing Light-driven molecular machines and catalytic systems Stimuli-responsive behavior in metal-organic frameworks Energy conversion and storage systems Publications demonstrate consistent focus on porous materials chemistry, with recent advances in framework dynamics, COF synthesis, and catalytic applications. Awards include Telly and LA Press Club recognitions for science communication. Infrastructure includes laboratories for: Advanced materials synthesis In situ characterization of dynamic processes Photocatalytic and adsorption studies

• Nanophotonics
• Nonlinear Optics
• Quantum Optics
• +3 more

Said Rahimzadeh-Kalaleh Rodriguez is the group leader of the Interacting Photons research group at AMOLF's Center for Nanophotonics in Amsterdam, Netherlands. He leads a dynamic research team investigating the physics and applications of interacting photons in optical resonators, with a particular focus on emergent phenomena in driven-dissipative photonic systems. Dr. Rodriguez received his PhD Cum Laude from TU Eindhoven for research conducted at AMOLF and Philips under the supervision of Prof. J. Gomez Rivas. Following his doctoral studies, he worked as a Marie-Curie fellow at the Center for Nanoscience and Nanotechnologies in France with Prof. J. Bloch and Dr. A. Amo. His research spans multiple areas of modern photonics, with primary interests in nanophotonics , nonlinear and quantum optics , and polaritonics . Dr. Rodriguez investigates hybrid light-matter systems involving organic and inorganic luminescent materials as well as metallic and dielectric optical resonators. His current work focuses on emergent phenomena in driven-dissipative photonic systems with nonlinearity and noise, exploring phase transitions of light, nonlinear device functionality, and polariton lasing phenomena. His research bridges fundamental physics with potential applications in quantum technologies and novel optical devices. Dr. Rodriguez has received several prestigious recognitions including: KNAW (Royal Netherlands Academy of Arts and Sciences) Early Career Award PhD awarded Cum Laude from TU Eindhoven The Interacting Photons group, under Dr. Rodriguez's leadership, actively mentors students and early-career researchers. The group has successfully guided MSc students like G. Keijsers (now a PhD student) and regularly hosts new MSc projects. They maintain a supportive, inclusive, and intellectually-stimulating environment with access to state-of-the-art equipment funded by ERC grants. The group welcomes diverse talent, particularly encouraging applications from women and underrepresented minorities in physics. The Interacting Photons laboratory is equipped with advanced optical setups for studying cavity quantum electrodynamics at various temperatures, including a recently installed HILA (High Inertia, Low Acceleration) cryostat - the first of its kind in Europe, enabling tunable-cavity experiments at approximately 5K with high stability. Current research directions include investigating superconductivity induced by light, superfluid light phenomena, and exploring noise as a resource in optical systems.

Moritz GersterView profile

Researcher

• Parkinson's Disease
• Deep Brain Stimulation
• Computational Neuroscience
• +6 more

Moritz Gerster is a doctoral researcher at the Max Planck Institute for Human Cognitive and Brain Sciences (MPI CBS) in the Department of Neurology, focusing on Deep Brain Stimulation (DBS) , Parkinson's Disease , and neural dynamics . He combines computational neuroscience , signal processing , and machine learning to analyze neurophysiological data (MEG, EEG, LFP) and develop clinical models. PhD in Clinical Neuroscience (2020–present), Technische Universität Berlin Master of Science in Physics (2020), Technische Universität Berlin Bachelor of Science in Physics (2017), Technische Universität Berlin His research spans epileptic seizure propagation , subthalamic nucleus activity in Parkinson's , and separation of periodic/aperiodic components in brain signals. Key contributions include methodological evaluations (FOOOF, IRASA) and network-based models for brain disorders. Recent work highlights subthalamic broadband power as a biomarker for Parkinson's severity, levodopa effects on LFPs, and gamma activity correlations with clinical improvement. He actively develops open-source tools like MNE-Python and YASA . His open-source contributions include: Enhancements to MNE-Python (PR #10656, #11245, #11502, #11640) Extended MNE-BIDS (PR #1103) Signal analysis methodology in YASA

Max RietkerkView profile

Professor

• Ecological Complexity
• Global Change Ecology
• Spatial Ecology
• +3 more

Prof. Max Rietkerk is a Full Professor of Spatial Ecology and Global Change at Utrecht University, leading the Environmental Sciences department at the Copernicus Institute of Sustainable Development. His research focuses on ecological complexity, resilience, and spatial patterns in ecosystems, particularly in drylands and Mediterranean environments. He explores how ecosystems self-organize, respond to global change, and exhibit critical transitions. Rietkerk has published over 100 articles in top journals like Nature and Science , and his work addresses climate-vegetation feedbacks, biodiversity, and fire-grazing interactions. He received the Research Award from Utrecht University's Department of Innovation and Environmental Sciences (2003, 2005) and secured an ERC Synergy Grant for the RESILIENCE project (2022). Rietkerk is editor for journals like Sustainability and Ecological Complexity , and chairs the SENSE Research School. His teaching includes courses on Global Environmental Change and Ecosystem Dynamics. Media highlights include collaborations with the New York Times and Princeton University on topics like fairy circles and wetland carbon sequestration. He advises on policy and sustainability, emphasizing ecosystem services and coastal resilience. Key projects include CASCADE (dryland degradation prevention) and studies on coral mound dynamics. His team investigates early-warning signals for critical transitions, spatial resilience, and biogeomorphic feedbacks in wetlands. Rietkerk’s interdisciplinary approach bridges ecology, physics, and policy to tackle global sustainability challenges.

Martin J. PatersonView profile

Professor

• Theoretical Chemistry
• Computational Chemistry
• Photochemistry
• +7 more

Martin J. Paterson is a Professor at Heriot-Watt University, affiliated with the School of Engineering & Physical Sciences and the Institute of Chemical Sciences. His research focuses on theoretical and computational investigations of electronically excited states, particularly in small molecules, supramolecular sensors, and biologically important photoactive compounds. The work contributes to understanding light-matter interactions in chemistry, physics, biochemistry, materials science, and medicine. He has been recognized with a competitive fellowship (2010) for computational methods in photochemistry and the RSC Horizon Prize (2022) for innovations in organometallic anticancer therapies. He serves as an external examiner for multiple PhD and DPhil programs, including ongoing roles from 2023 to 2026 and recent engagements in 2024, 2023, and 2020. His research group operates at http://theophotochem.eps.hw.ac.uk , and his work aligns with United Nations Sustainable Development Goals, though specific SDG targets aren’t explicitly detailed in the text. Recent publications (2024–2025) emphasize advanced computational methods like selected configuration interaction, photochemical dynamics in azanaphthalenes and gallium complexes, and novel synthetic approaches to heterometallic coordination cages. Studies also explore environmental impacts of PAH photoproducts and laser-driven electron dynamics using QTAIM theory. External Examiner Roles: PhD (2020), DPhil (2023), Programme External Examiner (2023–2026), and multiple others listed in activities. Key Research Themes: Excited state dynamics, multi-channel non-adiabatic processes, and rational molecular design for therapeutic and material applications.

Jeff ChenView profile

Professor

• Polymer Physics
• Liquid Crystals
• Confined Systems
• +3 more

Jeff Z.Y. Chen is a Professor at the University of Waterloo's Department of Physics and Astronomy, specializing in soft matter physics, polymer science, and computational modeling. His research focuses on understanding confined systems, liquid crystal behavior, and applying machine learning to material science problems. He investigates phenomena such as polymer conformation under confinement, topological defects in liquid crystals, and the development of neural network-based solvers for complex physical systems. Key research areas include wormlike chain mechanics, nematic ordering in confined geometries, and the interplay between molecular structure and macroscopic properties. Dr. Chen's work bridges theoretical physics with computational methods, addressing challenges in both fundamental science and applied material design. His recent publications explore topics like vesicle shape prediction using neural networks, defect patterns in confined nematics, and hybrid approaches combining molecular simulations with machine learning. This interdisciplinary approach underscores his contributions to advancing soft matter physics and computational methodologies.

Daniel PressnitzerView profile

Research Professor

• Auditory Perception
• Cognitive Neuroscience
• Psychophysics
• +6 more

Daniel Pressnitzer is a CNRS Director of Research and Deputy Manager of the Laboratoire des Systèmes Perceptifs (LSP) at École normale supérieure in Paris. He leads the Audition team within LSP, conducting research at the intersection of auditory perception, cognitive neuroscience, and psychophysics. His work spans from fundamental auditory mechanisms to applied research in hearing impairment and audio processing. Pressnitzer's research focuses on experimental studies of audition, integrating multiple levels of analysis from acoustic signals to non-verbal auditory cognition. His work employs diverse methodological tools including psychophysics, modeling, and physiology. A central hypothesis driving his research is the existence of 'mid-level audition' processes critical to real-world listening that can be systematically tested through psychophysical methods. Current projects investigate auditory memory, perceptual bistability, multi-modal comparisons, music perception, and natural sound recognition. Analysis of Pressnitzer's recent publications reveals a strong emphasis on auditory memory mechanisms, cross-modal perception, and the neural correlates of conscious processing. His work increasingly incorporates machine learning approaches to analyze complex auditory phenomena while maintaining rigorous psychophysical methodologies. Notable recent contributions include discoveries about sleep deprivation detection through voice analysis and the relationship between auditory perception and conscious processing. Fyssen Fellowship Wellcome Trust Postdoctoral Fellowship Pressnitzer teaches in several prestigious programs including the masters of cognitive sciences from École Normale Supérieure, EHESS, and Universités Paris 5, where he coordinates the Auditory Perception course. He also teaches in the ATIAM and IMA masters programs. As the leader of the Audition team at LSP since 2008, he co-manages the Neuroscience track of the Cogmaster, recruiting students annually. His laboratory investigates fundamental auditory processes with potential applications in hearing impairment and audio processing technologies.

Gill ReidView profile

Professor

• Synthetic Inorganic Chemistry
• Coordination Chemistry
• Metal-Ligand Interactions
• +5 more

Professor Gill Reid is a leading academic in the School of Chemistry at the University of Southampton , holding the title of Professor of Inorganic Chemistry since 2006. Her career spans over three decades, including roles as Head of Chemistry (2016-2020) and Director of Research, with a focus on interdisciplinary collaborations across chemistry, electronics, and materials science. Education : BSc (Hons) in Chemistry, University of Edinburgh (1986) PhD in Inorganic Chemistry, University of Edinburgh (1989) Research Interests : Gill Reid's work bridges fundamental and applied research in synthetic inorganic chemistry. Key areas include: Design of novel macrocyclic and multidentate ligands with Group 15/16 donors Coordination chemistry across s-, p-, d-, and f-block metals Development of single-source precursors for semiconductor deposition Electrodeposition of phase-change memory materials (e.g., GST-225) Radiofluorination strategies for PET imaging agents Supercritical fluid electrodeposition for extreme nanostructures Recent Research Trends from her 15 most recent publications (2025-2015) emphasize: Advancements in 2D transition metal dichalcogenides (e.g., WSe2, MoS2) via electrochemical methods Controlled growth of semiconductor heterostructures (graphene integration) Metal fluoride scaffolds for medical imaging applications Nanostructured thermoelectric and phase-change memory devices Coordination chemistry of heavy Group 15 ligands (stibines, bismuthines) Scientific Awards : Fellow of the Royal Society of Chemistry (FRSC, 2012) Fellow of the Royal Society of Edinburgh (FRSE, 2022) CBE for services to chemistry and materials science (2025) IUPAC Distinguished Women in Chemistry (2023) Fellow of the European Academy of Sciences (2023) Vice Chancellor's Award for Teaching (2006) RSC Award for Promotion of Chemistry (2007) Grants and Collaborations include EPSRC Programme Grants (e.g., ADEPT, Supercritical Fluid Electrodeposition), Royal Society Newton International Fellowships, STFC funding, and industry partnerships with GE Healthcare. She leads the Functional Inorganic, Materials and Supramolecular Chemistry research group and has contributed to over 360 publications.

Vesa SaikkoView profile

Researcher

• Tribology
• Orthopaedic Biomaterials
• Materials Science
• +3 more

Vesa Saikko is a Senior Scientist at Aalto University's Department of Energy and Mechanical Engineering and Mechatronics. His expertise lies in tribology and biomaterials, particularly focusing on wear and friction in orthopaedic prosthetics and marine applications. He holds a Doctoral degree and Master's from the former Helsinki University of Technology (now part of Aalto University). His research emphasizes hip and knee prosthesis wear simulation, utilizing advanced methods like the RandomPOD system and multidirectional pin-on-disk testing. Key contributions include evaluating materials such as UHMWPE, VEXLPE, and CoCr under varied conditions (e.g., temperature, lubrication, motion patterns). Recent work explores marine thruster seals and large-diameter hip liners' durability. Notable projects include the DURAHIP initiative (2023–2027), aiming to enhance hip replacement durability through wear research. Over 88 publications and two active projects reflect his prolific output. Collaborations span global institutions, advancing tribology in biomedical and mechanical engineering contexts.

• Structural Health Monitoring
• Machine Learning
• Earthquake Engineering
• +3 more

Dr. Rigoberto Burgueño is a Professor and Chair of the Department of Civil Engineering at Stony Brook University since 2018. Previously, he served as a Professor at Michigan State University's Department of Civil and Environmental Engineering. He earned a Ph.D. in Structural Engineering from the University of California, San Diego, and his work focuses on leveraging elastic instabilities for smart structures, AI-driven structural health monitoring (SHM), and energy dissipation systems. Research Highlights: Adaptive materials/structures, self-powered SHM using machine learning, earthquake engineering, and composite material characterization. Funding: National Science Foundation (NSF), Federal Highway Administration (FHWA), Michigan Department of Transportation (MDOT), Precast/Prestressed Concrete Institute (PCI). Leadership: Chair of Civil Engineering at Stony Brook, active member of the American Concrete Institute (ACI), editorial board member of the Journal of Composites for Construction . His publications focus on seismic performance, post-buckling behavior of cylindrical shells, self-powered sensors, and machine learning frameworks for damage identification. Collaborative efforts include developing pendulum shear walls and energy-efficient SHM systems for bridges and aircraft structures.

Tomer SteinView profile

Assistant Professor

• Corporate Law
• Corporate Governance
• Mergers and Acquisitions
• +5 more

Tomer Stein is an Assistant Professor of Law and CGC Research Fellow at the Winston College of Law, University of Houston. He is affiliated with the Neel Corporate Governance Center, focusing on corporate law, governance, and business associations. Prior to academia, he practiced corporate law at a New York-based international firm and advised on capital markets, securities, and corporate governance transactions. He holds a J.D. from the University of Texas School of Law and a B.A. from the University of Wisconsin-Madison, and served as a foreign law clerk to Justice Isaac Amit of Israel’s Supreme Court. His expertise includes board dynamics, shareholder activism, and the intersection of corporate law with constitutional and financial frameworks. Research interests revolve around corporate governance structures, judicial review in private governance, and the evolving role of corporate law in multistate and cross-border contexts. His work bridges legal theory and practice, addressing issues like amicus lobbying’s impact on business law development and specialized corporate courts' roles. Recent publications explore topics such as ownership-control dynamics, debt as a governance tool, and constitutional interpretations of financial terms. Professor Stein’s academic contributions reflect a commitment to advancing understanding of corporate law’s foundational principles and their application in complex transactions. He regularly engages with industry and academic conferences, emphasizing practical insights from his legal practice experience.

Betsy Brand SixView profile

Clinical Professor

• Legal Writing
• Lawyering Skills
• Educational Psychology
• +3 more

Betsy Brand Six is a Clinical Professor of Law and Director of Academic Resources at the University of Kansas School of Law. She joined the faculty in 2004 and has been recognized with prestigious teaching awards, including the Bob & Kathie Taylor Excellence in Teaching Award (2021). Her work focuses on legal writing, academic support, and diversity in legal education. She holds a J.D. from Stanford Law School (1992) and a B.A. from Indiana University (1989). Her research interests include teaching methodologies, educational psychology, and fostering inclusive learning environments. She has served as president of the Association of Academic Support Educators (2017–2018) and presented widely on topics like student motivation, diversity education, and bar readiness strategies. Key publications highlight her contributions to legal writing pedagogy, including articles on grammar, citation practices, and error reduction. Her teaching spans jurisdictions, legal writing skills, and research methods. She balances academic leadership with practical experience, having previously practiced environmental law in Kansas City. Awards reflect her dedication to teaching excellence and innovation. Presentations emphasize student success strategies, such as time management and self-assessment tools. Professional memberships include the American Bar Association and state bar associations in Kansas and Missouri.

Marie ThomaView profile

Associate Professor

• Reproductive Health
• Perinatal Epidemiology
• Maternal Health
• +3 more

Marie Thoma, Ph.D., is an Associate Professor in the Department of Family Science at the University of Maryland School of Public Health. She holds a PhD in Population, Family, and Reproductive Health and an MHS in Biostatistics from Johns Hopkins University. Her research focuses on reproductive and perinatal epidemiology, maternal and infant health, and infertility at the population level. Key areas include measuring maternal health outcomes, optimizing data-driven policies, and addressing health equity. Education: Ph.D., Johns Hopkins University, Population, Family and Reproductive Health, 2009 MHS, Johns Hopkins University, Biostatistics, 2009 B.A., University of Pennsylvania, Anthropology, 2000 Research Interests: Dr. Thoma’s work addresses disparities in maternal and infant health, birth spacing, and infertility. She emphasizes translating research into evidence-based policies to ensure equitable access to reproductive healthcare services. Recent studies examine pandemic impacts on maternal mortality, breastfeeding trends, and food insecurity’s role in birth outcomes. Grants & Advising: While specific grant details aren’t listed, her extensive publication record indicates sustained research activity. No formal advisee list is provided in the text. Labs/Teams: Affiliated with the University of Maryland’s School of Public Health and Family Science department, collaborating on interdisciplinary projects addressing global and domestic health challenges.

Kurt KawafuchiView profile

Lecturer

• Taxation
• Estate and Gift Taxation
• Multijurisdictional Taxation
• +3 more

Kurt Kawafuchi is a Lecturer of Accounting at the School of Accountancy, Shidler College of Business, University of Hawaii. He holds dual credentials as an Attorney at Law and CPA (not in public practice). His professional experience includes roles as Principal/Partner at Hochman, Salkin, Rettig, Toscher & Perez PC (2010-2015), Director of Taxation at the State of Hawaii Department of Taxation (2002-2010), and Trial Attorney at the U.S. Department of Justice Tax Division (1986-1992). Research interests focus on taxation law and policy, particularly estate/gift taxation, multistate tax issues, and partnership taxation. His notable publication is a comprehensive guide to Hawaii taxation (2016-2020), co-authored with Alan Yee and Duane Akamine. Professional involvement includes membership on the School of Accountancy Advisory Board and leadership roles in legal/CPA firms across Hawaii and California. Teaches graduate courses in advanced taxation topics including tax of partnerships, estate planning, and multijurisdictional taxation. Combines legal expertise with accounting education to address complex tax challenges faced by professionals.