Find Academic Supervisors

Luke DonnanView profile

Lecturer

• Biomechanics
• Sports Medicine
• Musculoskeletal Pathology
• +3 more

Luke Donnan is a Lecturer in Podiatry at the School of Allied Health, Exercise and Sports Sciences, Charles Sturt University, where he has been employed since 2009. His teaching spans multiple undergraduate subjects including Podiatric Biomechanics, Sports Medicine, and Musculoskeletal Pathology, with a focus on integrating technology into pedagogy. His academic credentials include a PhD in Exercise & Sport Science from the University of Newcastle (2021), a Master of Learning and Development from the University of Southern Queensland (2015), a Graduate Certificate in Learning and Teaching in Higher Education from Charles Sturt University (2011), a Bachelor of Health Science in Podiatry (2007), and a Bachelor of Applied Science in Human Movement from RMIT University (2003). Research centers on biomechanics and sports medicine, specifically movement variability, taping effects on physical function, and injury biomechanics in athletes. His work emphasizes technological applications for musculoskeletal analysis and evidence-based clinical practice. Recent publications (2022-2024) reveal consistent themes: clinical podiatry interventions, sports-specific biomechanics (netball, Australian Rules football), orthotic efficacy, and neurological assessment techniques. Key trends include athlete injury mechanisms, technology-driven diagnostics, and tailored rehabilitation protocols. Notable recognitions include: Senior Fellowship of the Higher Education Academy (UK) Change one thing award: Nerve Blocks - In Practice (2024) Faculty of Science Award for Academic Teaching Excellence (2014) The HAMI Study Grant for basketball injury research (2016) As a registered supervisor, he mentors podiatry and sports medicine researchers. His grant portfolio includes the HAMI Study collaboration with University of Newcastle, La Trobe University, Griffith University, and the Australian Institute of Sport investigating hamstring/adductor injuries in elite basketball. Professional engagement spans Sports Medicine Australia, Australian & New Zealand Society of Biomechanics, International Society of Biomechanics in Sport, Higher Education Academy, and Australian Foot and Ankle Research Network (2021-2022).

Matthias KoeppeView profile

Professor

• Mathematical Optimization
• Integer Programming
• Computational Discrete Mathematics
• +4 more

Matthias Koeppe is a Professor of Mathematics at the University of California, Davis, with additional appointments as a Faculty Member in Applied Mathematics, Computer Science graduate programs, UC Davis TETRAPODS Institute of Data Science (UCD4IDS), and as a Faculty Affiliate at the UC Davis Center for Data Science and Artificial Intelligence Research (CeDAR) and UC Davis DataLab. His work uniquely bridges theoretical mathematics with practical software implementation, focusing on optimization and discrete mathematics. Dr. Koeppe completed his academic education at Otto-von-Guericke-Universität Magdeburg, earning his Ph.D. in Mathematics in 2002 with a dissertation titled "Exact Primal Algorithms for General Integer and Mixed-Integer Linear Programs," advised by Robert Weismantel. His academic journey progressed from Researcher at Otto-von-Guericke University (2003-2008) to Assistant Professor (2008-2010), Associate Professor (2010-2012), and Full Professor (2012-present) at UC Davis. Professor Koeppe's research centers on mathematical optimization (particularly integer programming), computational discrete mathematics, and mathematical software development. His seminal contributions include extensive work on the Gomory-Johnson infinite group problem, cut-generating functions, and rational generating functions for integer programming. He has developed several critical software packages including LattE integrale for lattice point enumeration, 4ti2 for algebraic computations, and cutgeneratingfunctionology for cut-generating function research. As the lead developer of SageMath since 2015 (where he is the #1 contributor by authored commits), and creator of passagemath (a pip-installable modularized fork) since October 2024, he has significantly advanced mathematical computation accessibility. His publication record shows a clear evolution from foundational integer programming algorithms to specialized areas like multi-row cuts and generating function methods, with recent emphasis on software implementation and accessibility. The work consistently demonstrates how theoretical advances can be translated into practical computational tools. Fakultätspreis 2000 for the best diploma thesis, Department of Mathematics, Otto-von-Guericke University of Magdeburg GOR Dissertation Award 2003 of the German Operations Research Society (GOR) Fakultätspreis 2003 for the best dissertation, Department of Mathematics, Otto-von-Guericke University of Magdeburg Professor Koeppe has mentored numerous doctoral students including Amitabh Basu (now at Johns Hopkins), Robert Hildebrand (Virginia Tech), Brandon Dutra (Google), Yuan Zhou (University of Kentucky), Jiawei Wang (Uber), and Chun Yu Hong (Google). His research has been supported by multiple NSF grants including "High-performance computations with rational generating functions" (2009-2013), "Infinite-dimensional relaxations of mixed-integer optimization problems" (2013-2017), and "Collaborative Research: Next-Generation Cutting Planes" (2020-2025). As the lead developer of SageMath and founder of passagemath, Professor Koeppe directs substantial software development efforts that have created essential infrastructure for mathematical research worldwide. His workgroup at UC Davis combines deep theoretical investigation with practical software engineering, fostering an environment where mathematical theory directly informs computational practice and vice versa, making significant contributions to both academic research and practical applications in optimization.

Yu LiuView profile

Professor

• Sustainable Computing
• Energy-Efficient Software
• Programming Languages
• +3 more

Yu Liu is a Professor at the School of Computing, Binghamton University, where he has been a faculty member since 2008. His research focuses on sustainable computing, energy efficiency, and security in emerging software systems, with significant contributions to programming languages, robotics, and software-hardware interfaces. Education: MSE, Johns Hopkins University PhD, Johns Hopkins University Professor Liu's research centers on sustainable computing and energy-aware software systems. He investigates programming language designs for energy prediction, develops reliable robotics software through managed languages, and creates secure software-hardware interfaces. His work bridges theoretical foundations with practical applications in data centers, UAV systems, and multi-threaded environments, emphasizing verifiable sustainability metrics and energy-efficient resource management. His publication trends reveal a consistent focus on sustainable computing evolution, with recent work advancing verifiable sustainability frameworks in data centers (2023-2024), energy accounting for multi-threaded applications (2020), and secure cache management techniques (2022). The research spans programming language theory, robotics safety, and hardware security, demonstrating interdisciplinary integration across computer science subfields. Scientific Awards: NSF CAREER Award Google Faculty Research Award Fulbright Scholarship Professor Liu has secured significant research funding through his NSF CAREER Award and Google Faculty Research Award, supporting innovations in sustainable computing infrastructure. His Fulbright Scholarship enabled international collaboration in Slovenia, advancing global research in energy-efficient software systems. He regularly teaches core courses including Programming Languages (CS471/571) and Sustainable Computing (CS680G), mentoring the next generation of computer scientists. While specific lab affiliations aren't detailed in the source text, his research on UAV software (Jcopter) and cache security (Composable cachelets) suggests active involvement in robotics and systems security research groups at Binghamton University.

• DNA Replication
• Chromosome Maintenance
• Cell Biology
• +5 more

Dr. Shin-Ichiro Hiraga is a Senior Lecturer at the University of Aberdeen's School of Medicine, Medical Sciences and Nutrition, based at the Institute of Medical Sciences. His research focuses on mechanisms of chromosome maintenance and DNA replication, using yeast and human cell models. He investigates RIF1 and SAF-A proteins' roles in replication stress response and epigenetic regulation. Key collaborators include Prof. Anne Donaldson and international researchers from institutions like Osaka University and the Crick Institute. Education: BSc (1990) and PhD (1996) from Osaka University. He holds a Fellowship of the Higher Education Academy (FHEA, 2023). Professional memberships include the Biochemical Society, Genetics Society, and Molecular Biology Society of Japan. He serves as an editorial board member for Journal of Biochemistry and reviewer for high-impact journals. Research interests span DNA replication initiation, fork protection, and epigenetic stability. His work bridges fundamental biology and translational applications in cancer prevention. Techniques used include proteomics, super-resolution microscopy, and genome-wide approaches. Major grants include a £1.5M Cancer Research UK Programme Award (2017) and a Daiwa Anglo-Japanese Foundation grant (2019). Teaching responsibilities include advanced molecular biology and biochemistry courses. His lab explores how chromatin structure and protein complexes regulate DNA replication under stress conditions, with recent findings on SAF-A's role in 3D genome organization and replication robustness.

Luis Miguel NogueiraView profile

Professor

• Dynamic Distributed Real-time Systems
• Quality of Service
• Ad-hoc Networks
• +3 more

Luis Miguel Nogueira is a Professor and Integrated PhD Researcher at the Department of Computer Engineering, School of Engineering, Polytechnic Institute of Porto, Portugal. He holds a PhD in Informatics (Systems and Networks) from the University of Porto (2009), an MSc (2002), and a BSc (2000) in Computer Engineering from the Polytechnic Institute of Porto. Education: BSc in Computer Engineering, School of Engineering, Polytechnic Institute of Porto (2000) MSc in Informatics, Faculty of Science, University of Porto (2002) PhD in Informatics (Systems and Networks), Faculty of Science, University of Porto (2009) Research Interests: His work focuses on Dynamic Distributed Real-time Systems, Quality of Service (QoS), and Ad-hoc Networks. Key areas include real-time scheduling algorithms, distributed systems, fault-tolerant embedded systems, and adaptive resource management in cooperative environments. His research emphasizes practical applications in embedded and real-time systems through frameworks like AMPERE and MARS. Recent Articles: His recent work explores topics such as reducing the theory-practice gap in real-time systems (DSN 2024), model-driven development for parallel systems (ISORC 2020), and scheduling strategies for fork-join tasks (RTCSA 2017). These contributions address challenges in multiprocessor scheduling, work-stealing algorithms, and QoS-aware configurations. Advising: Luis has supervised Cláudio Maia’s PhD thesis on parallel real-time task scheduling. He actively participates in projects like HURRAY and AMPERE, focusing on real-time systems and energy-efficient computation. Labs & Collaborations: A core member of the CISTER research group, he contributes to projects involving distributed real-time systems, middleware development, and embedded system frameworks. His work aligns with European initiatives like the AMPERE framework for parallel computing.

• DNA Replication
• DNA Repair Mechanisms
• Biochemistry
• +4 more

Mariarita De Felice is a Researcher at the National Research Council of Italy (CNR) in Naples, specializing in DNA replication and repair mechanisms. Her work focuses on archaeal systems such as Sulfolobus solfataricus and human factors to elucidate molecular mechanisms underlying DNA repair. She holds a PhD in Biological Chemistry and Molecular Biology from the University of Naples Federico II, with postdoctoral training at institutions like Memorial Sloan-Kettering Cancer Center and The Burnham Institute. Her research explores enzyme interactions, replication machinery, and diagnostic applications of isothermal amplification. Collaborations include studies on CRISPR-Cas diagnostics and archaeal DNA repair pathways. Educational Background: PhD (2001), University of Naples Federico II Master’s Thesis (1997), IBP-CNR Naples Postdoctoral stages at Sloan-Kettering (USA) and Burnham Institute (USA) Research Interests: Biochemical analysis of DNA replication enzymes, archaeal models for eukaryotic processes, and development of biosensors for infectious disease diagnostics. Key topics include DNA polymerases, helicases, and repair complexes like NurA/HerA. Recent Work Trends: Her publications emphasize diagnostic innovations (e.g., CRISPR-based biosensors) and mechanistic studies of archaeal DNA repair. Recent articles highlight applications of isothermal amplification for rapid diagnostics and structural studies of replication proteins. Labs & Collaborations: Part of the Institute of Biosciences and BioResources (IBBR-CNR), collaborating internationally on projects involving molecular diagnostics and archaeal biology.

Luis BlancoView profile

Research Professor

• DNA replication
• DNA repair
• DNA polymerases
• +3 more

Luis Blanco is a Research Professor at the Spanish Research Council (CSIC), renowned for his groundbreaking work in DNA replication and repair. His research focuses on the discovery and characterization of DNA polymerases, including Phi29 DNA polymerase, human Pol μ, Pol λ, and PrimPol, which play critical roles in protein-primed replication, double-strand break repair, and DNA damage tolerance. His work has revolutionized biotechnology through the development of isothermal DNA amplification methods like TempliPhi and TruePrime™, commercialized by GE Healthcare and 4BASEBIO. He has led significant studies on non-homologous end joining (NHEJ) and pioneered structural insights into DNA polymerase mechanisms, including the conserved 3'-5' exonuclease site crucial for replication fidelity. 2014 : XX Carmen & Severo Ochoa Award in Molecular Biology 1985 : PhD Extraordinary Award, Autonomous University of Madrid 1980 : B.A. Extraordinary Award, Santiago de Compostela University Blanco's research has been translated into biotech innovations via patents and spin-offs like X-Pol Biotech S.L., later merged into 4BASEBIO, a leader in synthetic DNA production for vaccines and gene therapy. His lab's discovery of 3 out of 17 human DNA polymerases underscores his impact on molecular biology and biotechnology.

Anthony SchwachaView profile

Associate Professor

• DNA Replication
• Molecular Biology
• Cancer Biology
• +3 more

Anthony Schwacha is an Associate Professor in the Department of Biological Sciences at the University of Pittsburgh. His research focuses on DNA replication mechanisms, particularly the regulatory functions of the Mcm2-7 replicative helicase in cancer development. He joined the Department in 2003 after completing postdoctoral studies at MIT and a PhD at Harvard University. His lab employs biochemical, genetic, and structural approaches using the budding yeast S. cerevisiae as a model system. Education: PhD in Molecular Biology, 1996, Harvard University Postdoctoral Training, 1996–2003, MIT (with Stephen Bell) Research interests center on the Mcm2-7 helicase's role in genome stability, including its regulatory discontinuity mechanism and its potential as a chemotherapeutic target. Current projects include identifying small molecule inhibitors of Mcm2-7 activity and elucidating how the helicase's structural changes influence DNA replication fidelity. Collaborations with structural biologists have provided critical insights into the Mcm2-7 gate hypothesis. Lab members include past graduate student Jordan Sanders, visiting instructor Nick Wechter, and research assistant Sriram Vijayraghavan. The lab’s work has been featured in PLoS Genetics , Nature , and Molecular Cell Biology . Advising includes mentoring graduate students like Jordan Sanders, and grants support studies on replication stress and checkpoint signaling. Ongoing projects aim to bridge in vitro mechanistic studies with in vivo cellular outcomes, emphasizing translational applications in cancer therapy.

Sabina RossiView profile

Professor

• Formal Methods
• Distributed Systems
• Markovian Models
• +3 more

Sabina Rossi is a Full Professor in the Department of Environmental Sciences, Informatics and Statistics at Ca' Foscari University of Venice, where she also serves as Rector's Delegate for digital innovation in teaching. Her research develops formal methods for analyzing distributed systems with mobility and concurrency, specializing in process algebraic techniques for performance evaluation, verification, and dependability analysis of complex systems. Recent work extends to Markovian models for wireless networks, blockchain verification, and neural network compression. Her research investigates foundational models of distributed systems, with current emphasis on reversible computation, proportional lumpability in Markov chains, and blockchain security properties. She applies formal methods to analyze information flow security, model checking, and performance evaluation of stochastic systems. Recent publications (2020-2025) address queueing models with job stealing policies, blockchain verifier's dilemma, selfish mining attacks, and neural network compression via formal methods. Teaching responsibilities include 'Formal Methods for System Verification' in the Computer Science graduate program, 'Discrete Structures' for undergraduates, and foundational computer science courses for humanities students. She maintains office Z.B01 at the university's Scientific Campus via Torino in Venice.

Xiaohua WuView profile

Professor

• DNA repair
• Genome stability
• Cancer biology
• +3 more

Xiaohua Wu is a Professor in the Department of Molecular and Cellular Biology at Scripps Research. Her research focuses on understanding the molecular mechanisms of DNA double-strand break (DSB) repair and its implications in cancer and aging. She holds a PhD in Biology from Brandeis University and has extensive postdoctoral training at institutions like Dana-Farber Cancer Institute and Harvard Medical School. Dr. Wu's research integrates genetic, molecular, and cellular biology approaches to study DSB repair pathways, including non-homologous end joining (NHEJ), homologous recombination (HR), and error-prone alternative pathways. Her work emphasizes the role of tumor suppressor genes (e.g., BRCA1, CtIP) and epigenetic modifications in maintaining genome stability. She has developed innovative EGFP-based assays and mouse models to investigate chromosomal rearrangements and cancer-associated genome instability. Her lab has identified synthetic lethality interactions for targeted cancer therapies, such as inhibiting RAD52 in FANCM-deficient tumors. Recent projects focus on G-quadruplex structures and their roles in genomic instability, leveraging CRISPR screens and small molecule inhibitors. Education: PhD, Brandeis University (1995); Postdoctoral training at Dana-Farber Cancer Institute (2001). Awards: Ellison New Scholar in Aging (2004), IDEA Grant (2009/2017), NIH Reviewer roles. Grants & Activities: Organized annual SoCal Genome Stability Symposia; contributed to NIH review panels. Her lab actively collaborates with structural biology and chemistry groups, advancing translational research in cancer therapeutics.

• Agricultural Sciences
• Sustainability
• Climate Change in Agriculture
• +3 more

Sarah Oberdorfer MSc is a researcher at the Centre of Agricultural Sciences at the University of Natural Resources and Life Sciences, Vienna (BOKU). She is actively involved in knowledge transfer activities and research dissemination through the Centre's newsletter series, with contributions spanning from 2017 to 2023. Her research interests focus on agricultural sustainability, climate change adaptation in farming systems, food security resilience, and socioeconomic aspects of agriculture. She has contributed to understanding the intersection of agricultural practices with energy transition, pandemic impacts on food systems, and digital transformation in farming (Landwirtschaft 4.0). Her publication record shows a strong commitment to translating scientific findings into practical knowledge for stakeholders, with numerous newsletter articles addressing current challenges in agricultural science. Her most notable academic contribution is a 2021 co-authored study published in Forest Ecology and Management examining tropical forest recovery in Costa Rica. Oberdorfer works closely with colleagues including Schaller L, Kantelhardt J, and Zollitsch W across multiple publications, indicating strong collaborative research networks within BOKU's agricultural sciences community. Her work consistently addresses the practical application of research findings to real-world agricultural challenges.

• Sustainable Food Systems
• Environmental Innovation
• Participatory Research Methodology
• +3 more

Martin Melin is a Senior Lecturer at Halmstad University’s School of Business, Innovation and Sustainability. He focuses on sustainable food systems, emphasizing capacity building, environmental innovation, and participatory research methods. His work includes projects on biogas production from agricultural residuals, carbon sequestration in farmland, and Lean methodologies in agriculture. As Program Director for the Bachelor in Environment, Innovation and Sustainability, he teaches courses on ecosystem services and nature-based solutions. His research spans global sustainability education initiatives, such as the NextFood project, and explores stakeholder engagement in transformative education and innovation. Martin has collaborated on projects like Biogas from Pelleted Straw and Accel Agrobiogas, addressing sustainable agricultural practices. His publications emphasize participatory approaches, policy analysis, and systemic change in food systems. He actively contributes to bridging educational strategies with agri-food sector needs, aligning with Farm-to-Fork priorities.

• Genetic Recombination
• DNA Repair
• Genome Stability
• +6 more

Dr. Rodney J. Rothstein is a Distinguished Professor of Genetics and Development in the Department of Systems Biology at Columbia University Medical Center . With over 40 years of research in yeast genetics, his work has transformed understanding of DNA repair, homologous recombination, and genome stability. Current research explores chromosome dynamics during repair, yeast-human conserved pathways, and SARS-CoV-2 host interactions using humanized yeast models. BS (1969) - Biology/Chemistry, University of Illinois at Chicago PhD (1975) - Genetics, University of Chicago Postdoctoral training at University of Rochester (1977) and Cornell University (1979) Research Interests span three major areas: Real-time visualization of homologous recombination in living yeast cells Network analysis of DNA repair pathways through genetic interactions Translational studies of gene dysregulation in cancer and viral infection Scientific Impact includes 15+ groundbreaking publications since 2016 NIH MERIT Award (2005-2015) Co-authorship with 150+ international collaborators Keynote speaker at IFOM/CRUK/Memorial Sloan Kettering retreat (2019) Educational Contributions feature Mentoring 22 PhD students (3 URMs) and 22 postdocs Developing yeast-human conserved genetic screening protocols Inventing ScreenMill software for high-throughput analysis Creating humanized yeast models for translational research

• Low Temperature Physics
• Quantum Turbulence
• Superfluidity
• +4 more

Viktor Tsepelin is a Professor in Condensed Matter Physics at Lancaster University, where he serves as Head of the Lancaster Ultra Low Temperature Group. His research focuses on low temperature physics, particularly studying matter in the vicinity of absolute zero to reveal quantum mechanical effects. He teaches undergraduate courses including Integration (PHYS112), Low Temperature Physics laboratory (PHYS352), Statistical Physics (PHYS322), and Master projects (PHYS451/451). Dr. Tsepelin received his Master's degree from Tartu University in Estonia, studying oscillators at liquid helium temperatures. He earned his doctorate from the Low Temperature Laboratory at Helsinki University of Technology, where he measured morphology and growth kinetics of helium-3 crystals below 1 mK using optical interferometry. Following his doctorate, he spent three years at Stanford University with Nobel laureate Doug Osheroff researching magnetization of superfluid Helium-3. He joined Lancaster University as a postdoc in 2004 and was awarded an EPSRC Advanced Research Fellowship in 2006. Professor Tsepelin's research explores the properties of matter near absolute zero, where quantum mechanical effects become dominant. His current research directions include investigating pure quantum turbulence in superfluids, building and cooling detectors based on micro and nano-electromechanical systems, developing compact refrigerators for quantum computing platforms, and searching for dark matter using properties of superfluid He3. His work bridges fundamental quantum phenomena with potential applications in quantum technologies and cosmology. Analysis of Professor Tsepelin's recent publications reveals a strong focus on quantum turbulence in superfluid helium, particularly in He-3 and He-4. His research spans both theoretical and experimental approaches, with an increasing emphasis on quantum technologies and dark matter detection in recent years. The work involves sophisticated instrumentation including nanoscale probes, torsional oscillators, and superconducting resonators operating at ultra-low temperatures. Professor Tsepelin has received significant recognition for his work: International Union of Pure and Applied Physics Young Scientist Prize (2008) for contributions to quantum crystals and quantum turbulence He has successfully supervised numerous PhD students to completion and examined PhD theses at various institutions. His research is supported by multiple grants including "Creation and evolution of quantum turbulence in novel geometries" (2023-2027), "LANCQTFP: Quantum Enhanced Superfluid Technologies for Dark Matter and Cosmology" (2020-2025), and the "European Microkelvin Platform" (2019-2023). Professor Tsepelin leads the Lancaster Ultra Low Temperature Group, which specializes in experimental studies of quantum fluids and solids at temperatures approaching absolute zero. The group develops cutting-edge instrumentation for ultra-low temperature measurements and collaborates internationally on projects related to quantum turbulence, superfluidity, and quantum technologies.

• Agriculture
• Multidisciplinary Soil Science
• Meteorology & Atmospheric Sciences
• +8 more

Dr. Alberto Sanz Cobena is a full Professor in the Department of Chemistry and Food Technology at the School of Agronomic and Forestry Engineering (ETSIAAB), Universidad Politécnica de Madrid (UPM). He has led numerous research projects, including EU-funded FP7-ENV-2011 (2011–2015), national projects like PID2019-10792RB-I00 (as Principal Investigator), and private collaborations with Agrotain and EuroChem Agro. His international research experience includes positions at Wageningen University, ILRI (Kenya), and CNRS/UPMC (France). Academic Affiliation: UPM, Department of Chemistry and Food Technology Research Networks: Global Research Alliance, REMEDIA network (co-founder), UNECE Task Force on Reactive N International Collaborations: 10+ countries across public and private sectors His research focuses on nitrogen dynamics and greenhouse gas mitigation in agricultural systems, spanning parcel-scale experiments to national and Mediterranean regional analyses. Key methodologies include meta-analysis , nutrient budget modeling , and LCA-based carbon footprinting . He has published 55 SCI-indexed articles (50 Q1, 5 Q2) with an h-index of 23 (Web of Science) and 25 (Google Scholar), totaling 1,903 citations (WOS) and 2,819 (GS). Recent work emphasizes agroecological transitions (e.g., Farm to Fork Strategy), nitrogen circularity , and sustainable food systems . His articles highlight innovations like the NBCalCer model for nitrogen cost-benefit analysis and OpenToolFlux for GHG flux estimation. He has directed 20 final-degree projects, co-supervised 3 PhD theses, and tutored Juan de la Cierva postdoctoral researcher Eduardo Aguilera Fernández. His outreach includes 6 organized international workshops and active participation in scientific dissemination events like Semana de la Ciencia.