Find Academic Supervisors

• Organometallic Chemistry
• Antimicrobials
• Medicinal Chemistry
• +3 more

Professor Philip Andrews is a distinguished academic at Monash University's School of Chemistry, serving as Professor and Interim Head. His research focuses on discovering bioactive metal compounds, antimicrobial agents, and medical imaging technologies. He holds affiliations with the Monash Centre to Impact AMR and the Victorian Heart Institute. Andrews completed his PhD at the University of Strathclyde (1992) and has held prestigious fellowships, including Alexander von Humboldt and Royal Society awards. His work spans organometallic chemistry, medicinal chemistry, and sustainable chemistry, contributing to UN SDGs in health and sustainability. Education PhD in Chemistry, University of Strathclyde (1992), Thesis: 'Synthesis and Characterisation of Novel Alkali Metal Amides.' Research Interests Andrews’ research integrates chemistry with medicine and sustainability, emphasizing: Development of metal-based antimicrobial agents targeting drug-resistant pathogens like Klebsiella and Leishmania. Design of bismuth and gallium complexes for medical imaging and therapeutics. Green synthesis methods, including microwave-assisted and solvent-free approaches. Grants & Projects He leads major projects like the ARC Training Centre for Advanced Radiochemical Technologies (2024–2029) and Combating Antimicrobial Resistance with Bismuth, Gallium, and Indium (2022–2026). His collaborations span global institutions, addressing AMR and sustainable materials. Awards Recipient of the 2022 prize 'From grave to cradle: Hunting new antimicrobials through sustainable drug discovery.' Fellow of the Royal Society of Chemistry and Royal Australian Chemical Institute. Labs & Teams Andrews directs interdisciplinary teams advancing antimicrobial materials and medical imaging agents, with active partnerships in industry and academia.

Kristina Søborg PedersenView profile

Researcher

• Radiochemistry
• Nuclear Medicine
• Radiopharmaceuticals
• +3 more

Kristina Søborg Pedersen is a Radiochemist at the Department of Health Technology, Technical University of Denmark (DTU), specializing in therapeutic radionuclide development for cancer treatment. Her work focuses on cyclotron-based production and purification of novel isotopes including copper-67 and lanthanum-135 for targeted radionuclide therapy. Education PhD in Health Technology, Technical University of Denmark (2016-2020) Research Interests Dr. Pedersen's research centers on radiochemistry and nuclear medicine, with emphasis on optimizing production routes for emerging therapeutic radionuclides. She develops advanced purification techniques using liquid-liquid extraction and resin-based methods, and evaluates biological efficacy through preclinical SPECT/CT imaging. Her work targets Auger electron emitters and theranostic pairs for precision oncology applications. Publication Trends Her 2022-2025 publications reveal a concentrated effort in establishing biomedical cyclotron production for underutilized therapeutic radionuclides. Key innovations include zinc-targeted copper-67 synthesis and barium-carbonate-based lanthanum-135 generation, coupled with novel purification protocols. These advances address critical supply chain gaps for alpha and Auger-particle therapies, demonstrating translational potential for clinical oncology. Scientific Awards No awards documented in available sources. Grants and Projects Completed PhD project (2016-2020): "New approaches to chemical recovery and chelation of underdeveloped radiometals and application of their novel bioconjugates to PET" involving liquid-liquid extraction techniques and positron emission tomography applications Labs and Teams Dr. Pedersen operates within the Targeted Radionuclides group (Hevesy Laboratory) under DTU Health Tech's Cell and Drug Technologies section, collaborating on radiochemistry infrastructure and radiopharmaceutical development for the Danish nuclear medicine community.

• Chemistry
• Nuclear Chemistry
• Ionic Liquids
• +3 more

Willem Verboom is a Researcher in the Department of Molecular Nanofabrication at the University of Twente. His work focuses on advanced chemical methodologies for actinide and lanthanide separation, with a particular emphasis on ligand design in ionic liquid and solvent extraction systems. His research contributes to sustainable development goals through innovations in radioactive waste management and nuclear fuel cycle technologies. Key areas of expertise include complexation studies of trivalent and tetravalent ions, extraction chromatography, and the development of selective ligands for actinide/lanthanide separation. He has published over 605 peer-reviewed articles and supervised 32 research projects. Collaborations span international institutions, with recent work emphasizing radiation-resistant materials and sensor technologies for radioactive elements. Research interests extend to solvent extraction kinetics, ionic liquid applications, and supported liquid membrane transport systems. His contributions bridge fundamental chemistry with applied nuclear engineering challenges, including the optimization of extraction resins and the study of ligand stability under gamma radiation. Notable achievements include pioneering studies on diglycolamide-functionalized ligands and the development of potentiometric sensors for thorium and europium. Ongoing projects explore synergistic extraction strategies and phase-switching techniques to enhance furfural yields in biphasic systems.

• Nuclear Chemistry
• Nuclear Physics
• Radiochemistry
• +3 more

Matthias Schädel is a renowned nuclear chemist and physicist specializing in the synthesis and chemical characterization of superheavy elements (SHE). He held academic roles including Lecturer at Johannes Gutenberg-University Mainz (1994-1996) and Faculty Member at Texas A&M University (2000-2001). His career spanned over 35 years at GSI Helmholtzzentrum für Schwerionenforschung, where he served as Group Leader (1985-2008), Department Leader (2008-2010), and contributed to major facilities like TASCA. Post-retirement (2010), he led the Superheavy Element Chemistry Group at Japan Atomic Energy Agency (2010-2015). Schädel's research focuses on SHE chemistry, nuclear reactions, and relativistic effects influencing element properties. Education: PhD in Nuclear Chemistry (1979, Mainz University), Diploma (1974, Mainz). Key contributions include discoveries of elements 114 (flerovium) and 116 (livermorium), and pioneering studies on lawrencium's ionization potential. He developed automated chemical separation techniques for TASCA and co-authored over 200 peer-reviewed articles. Research highlights include studies on element 115 decay chains, fission dynamics, and gas-phase chemistry of SHE. His work bridges nuclear physics and chemistry, advancing understanding of the periodic table's extremes. Collaborations span international institutions like Lawrence Livermore and Livermore National Laboratories.

Laurance G. BeauvaisView profile

Associate Professor

• Inorganic Chemistry
• Materials Science
• Nuclear Chemistry
• +12 more

Laurance G. Beauvais is an Associate Professor of Chemistry at Point Loma Nazarene University , where he has taught since 2013. His career includes prior roles as an Assistant Professor at San Diego State University (2006-2013), a Postdoctoral Associate at MIT (2002-2006), and graduate/undergraduate research positions at UC Berkeley and University of Houston . He advises students pursuing graduate studies and teaches courses ranging from general chemistry to advanced inorganic chemistry and environmental chemistry. Beauvais’ research focuses on inorganic chemistry , materials science , and solid-state physics , with a primary emphasis on synthesizing novel materials and their structural characterization. His work includes studies on metal-organic frameworks (MOFs), Prussian Blue analogues, and high-temperature superconductors. The 15 most recent publications highlight his contributions to developing porous materials, reactive metal sites in frameworks, and understanding enzymatic oxidation mechanisms. Scientific awards include the Mortar Board Award for Outstanding Faculty and Staff at SDSU (2007-2008) and a National Cancer Institute Cancer Training Grant during his postdoctoral training (2002-2005). His research bridges inorganic and materials chemistry with practical applications in catalysis, sensing, and superconductivity.

Laura Daniela Ferrer TrovatoView profile

Professor

• Environmental Analytical Chemistry
• Radiochemistry
• Radionuclide Determination
• +7 more

Laura Daniela Ferrer Trovato is a full Professor in the Department of Chemistry at the University of the Balearic Islands (UIB), specializing in Analytical Chemistry. She serves as the principal investigator of the Environmental Analytical Chemistry (EnviroChem) research group and is a key researcher at the Environmental Radioactivity Laboratory (LaboRA). Since 2024, she has directed the Master's Degree in Environmental Radiological Protection, a collaborative program involving seven Spanish universities. Her work is supported by the Nuclear Safety Council (CSN) through a dedicated environmental monitoring agreement. Her research centers on methodological development for detecting environmental contaminants, particularly radionuclides. She has led five competitive R&D projects and contributed to 21 others, all funded through public competitive calls. With over 70 indexed articles, five book chapters, and two books, her scholarly output is substantial. She has supervised nine doctoral theses, underscoring her role in academic mentoring. Her recent publications demonstrate a strong trend toward automation and miniaturization in analytical chemistry, especially using 3D-printed devices, flow injection systems (MSFIA, SIA), and smartphone-based detection for on-site environmental monitoring of pharmaceuticals and radionuclides. This reflects a focus on green, rapid, and field-deployable analytical methods. She has been recognized with four six-year research fellowships and five five-year teaching fellowships, highlighting excellence in both research and pedagogy. Laura Ferrer actively mentors graduate students and has secured significant research funding through national and regional competitive grants. Her leadership extends to directing major academic programs and managing large-scale environmental monitoring projects. She is affiliated with several research structures, including LaboRA, EnviroChem, MATER, and RiscBal, working at the intersection of environmental science, radiochemistry, and analytical innovation.

Clint SharradView profile

Lecturer

• Nuclear Chemistry
• Actinide Chemistry
• Nuclear Waste Management
• +4 more

Summary of Clint Sharrad Clint Sharrad is a Lecturer in Nuclear Decommissioning Engineering and Deputy Director of the Dalton Nuclear Institute at The University of Manchester. His career spans roles as an EPSRC Research Fellow (2010–2011) and NDA Research Fellow (2006–2010), with prior postdoctoral research at the University of Manchester focusing on actinide chemistry and molten salt systems. Sharrad holds a Ph.D. in Chemistry (2003) and a B.Sc. (Hons) in Chemistry (1998), both from The University of Queensland, Australia. Research Interests His research centers on molecular-level understanding of radionuclide behavior in nuclear fuel cycle processes. Key themes include actinide speciation, redox chemistry, and advanced separations using spectroscopic methods (e.g., X-ray absorption, NMR). Collaborations include the Institute of Transuranium Elements (Germany), Idaho National Lab (USA), and synchrotron facilities (ESRF, ANKA). Current projects address ligand design for actinyl redox properties, pyrochemical waste treatment, and Gen IV fuel cycle methods. Grants and Projects NNUF: Molten Salts in Nuclear Technologies Network (2019–2023) DAWNMANTLE: Decontamination and Waste Minimisation Strategies (2019–2022) ACTINET: European Collaboration in Actinide Science Labs and Facilities Sharrad leads the Molecular Systems and Biomaterials group within the Dalton Nuclear Institute. Key equipment includes Anton Paar Rheometers, Bruker Infrared Spectrometers, and custom pyroprocessing rigs. He also contributes to the Nuclear FiRST Doctoral Training Centre.

Sheldon LandsbergerView profile

Professor

• Nuclear Analytical Measurements
• Nuclear Forensics
• Environmental Monitoring
• +3 more

Dr. Sheldon Landsberger is a Professor and holds the Robert B. Trull Chair in Engineering at the University of Texas at Austin's Cockrell School of Engineering, within the Department of Nuclear and Radiation Engineering. He has been a faculty member since 1997 and serves as a leading expert in nuclear analytical measurements, nuclear forensics, and environmental radiation monitoring. His research focuses on neutron activation analysis (NAA), with applications ranging from archaeological material characterization to environmental contamination assessment. He directs the Nuclear Engineering Teaching Laboratory (NETL) and has pioneered distance learning programs in nuclear engineering. Landsberger's contributions include over 250 peer-reviewed publications and consulting for the International Atomic Energy Agency since 1988. His work integrates advanced instrumentation, robotic systems, and machine learning for nuclear safeguards and environmental protection. **Education & Professional Roles** - Robert B. Trull Chair in Engineering (Cockrell School of Engineering) - Former Director of the Nuclear Engineering Teaching Laboratory (2002–2006) - Area Coordinator of the Nuclear and Radiation Engineering Program (1997–2012) **Research Interests** Dr. Landsberger’s research spans nuclear forensics, environmental radioactivity, and radiation detection technologies. Key areas include: - Development of gamma-gamma coincidence spectrometry for precise elemental analysis - Environmental impact assessment of industrial byproducts (e.g., red mud, phosphogypsum) - Nuclear waste management and robotic survey systems - Neutron activation analysis for archaeology and materials science - Uranium recovery from seawater via novel adsorbent materials **Awards & Recognition** Arthur Holly Compton Award (2007) for distance learning innovations Glenn Murphy Award (2005) for teaching excellence **Grants & Collaborations** Landsberger’s work is supported by grants from DOE, IAEA, and industry partnerships. His lab develops cutting-edge tools for radiation measurement, including Compton suppression systems and LaBr3 detectors. He also leads initiatives to train future engineers in nuclear safety and environmental stewardship. **Labs & Facilities** His research leverages the Nuclear Engineering Teaching Laboratory (NETL) and collaborates with facilities like the RPI LINAC for neutron irradiation studies. Ongoing projects address radiation shielding for robotic systems and AI-driven analysis of nuclear signatures.

• PET Radiochemistry
• Medical Imaging
• Pharmacology
• +3 more

Michael Fairclough is an Honorary Lecturer (Teaching & Research) in the Division of Informatics, Imaging & Data Sciences. He holds a PhD in PET Radiochemistry for the Investigation of Pain and Inflammation. His research focuses on medical imaging techniques, pharmacology, and cancer biology, contributing to UN Sustainable Development Goals through advancements in diagnostics and drug development. Key research areas include PET radiochemistry, drug delivery systems using ultrasound-activated microbubbles, and metabolic pathways in melanoma progression. His work spans preclinical models of neurodegenerative diseases like Huntington's and oncology applications, leveraging radiopharmaceuticals and advanced imaging technologies. Notable contributions include developing reproducible radiochemical methods and investigating therapeutic strategies to enhance drug efficacy while reducing toxicity. He is affiliated with the Christabel Pankhurst Institute and contributes to the Digital Futures research beacon.

Malte GöttscheView profile

Professor

• Nuclear Nonproliferation
• Arms Control
• Disarmament
• +4 more

Malte Göttsche is a Professor for Peace Research in Natural Sciences at Technische Universität Darmstadt and Head of the Research Group Science for Nuclear Diplomacy at the Peace Research Institute Frankfurt (PRIF). He specializes in nuclear nonproliferation, arms control, and disarmament, with a focus on developing verification methods and technologies. As a co-speaker for the Cluster for Natural and Technical Science Arms Control Research (CNTR) and member of the Executive Board of the German Foundation for Peace Research (DSF), he bridges technical and policy-oriented research. His work spans nuclear archaeology, antineutrino detection, and Bayesian inference for reactor history reconstruction. Publications highlight collaborations on gamma detector modeling, spent fuel monitoring, and confidence-building frameworks for disarmament. Awards include the 2022 Nuclear Free Future Award and membership in the Young Academy of the North Rhine-Westphalian Academy of Sciences and the Arts. Scientific Affiliations: Professor, TU Darmstadt Head of Research Group, PRIF Co-Speaker, CNTR Executive Board, DSF Key Research Areas: Nuclear Verification Bayesian Inference Antineutrino Detection Disarmament Technologies

Justin HicksView profile

Researcher

• Radiopharmaceutical Development
• PET Imaging
• Radiochemistry
• +3 more

Justin Hicks is an Associate Scientist affiliated with Lawson Research Institute at St. Joseph's Health Care London. His research focuses on developing radiochemical methods for PET radiopharmaceuticals within Health Canada Guidelines, enabling rapid, made-to-order production of imaging agents with short half-lives. Research areas: Radiopharmaceutical Development, PET Imaging, Radiochemistry, Medical Imaging, Nuclear Medicine, Disease Research Email: justin.hicks@sjhc.london.on.ca His work aims to expand non-invasive imaging capabilities for disease research in London and remote sites like Windsor and the GTA, emphasizing quality control and de novo probe development.

• Radioecology
• Environmental Radiochemistry
• Actinide Chemistry
• +4 more

Dr. Susanne Sachs serves as Head of the Plants and Rhizosphere research group at Helmholtz Centre Dresden-Rossendorf (HZDR), within the Institute of Resource Ecology's Department of Radiation Research on Biological Systems. With over 25 years of continuous research at HZDR since 1996, she leads investigations into actinide-biological system interactions and radionuclide migration in geological environments. Her academic foundation includes: Diploma in Chemistry from TU Bergakademie Freiberg (1988-1993) PhD jointly awarded by Forschungszentrum Rossendorf (HZDR) and Technische Universität Dresden (1993-1997) Dr. Sachs' research centers on radioecology and environmental radiochemistry, specializing in actinide interactions with humic substances and biological systems including plants, mammalian cells, and diatoms. Her work examines radionuclide transport mechanisms in geological systems, plant uptake pathways under varying environmental conditions, and toxicity mechanisms at cellular levels. Employing advanced techniques like time-resolved laser fluorescence spectroscopy, micro-XANES, and microcalorimetry, she investigates speciation, binding mechanisms, and metabolic impacts of uranium, europium, and other actinides/lanthanides. Analysis of her 15 most recent publications reveals evolving research trends: increasing focus on plant-based model systems (tobacco BY-2 cells, Brassica napus, Daucus carota), expansion into microbial community interactions, and methodological shifts toward multi-omics and in situ spectroscopic approaches. Her work consistently bridges fundamental molecular-scale chemistry with real-world applications in nuclear waste disposal safety and radiation protection policy. As principal investigator for major international projects including TRAVARIS (BMBF, 2022-2026), RadoNorm (EC, 2020-2025), and TRANS-LARA (BMBF, 2017-2021), she secures substantial research funding focused on radionuclide transfer in vadose zones, radiation protection frameworks, and climate change impacts on contaminant migration. Her leadership in the European Radioecology Alliance and German Commission on Radiological Protection demonstrates significant scientific influence. The Plants and Rhizosphere group operates specialized facilities for plant-radionuclide interaction studies, including controlled-environment growth chambers, advanced spectroscopy labs (TRLFS, ATR-FTIR), and radiochemical handling infrastructure. Current work integrates multi-omics approaches with traditional radiochemical methods to develop predictive models for radionuclide behavior in agricultural and natural ecosystems.

Benjamin RotsteinView profile

Associate Professor

• Molecular Imaging
• Radiochemistry
• Medicinal Chemistry
• +8 more

Dr. Benjamin Rotstein is an Associate Professor at the University of Ottawa's Faculty of Medicine and a member of the Department of Biochemistry, Microbiology and Immunology. He serves as Director of the Molecular Imaging Probes and Radiochemistry Laboratory at the University of Ottawa Heart Institute, where he develops radiochemical methodologies for PET radiotracer discovery in cardiovascular and neurologic diseases. BSc from University of King’s College and Dalhousie University PhD from University of Toronto under Prof. Andrei Yudin NSERC Postdoctoral Fellowship at Harvard Medical School and Massachusetts General Hospital His research bridges radiochemistry, medicinal chemistry, and molecular imaging , focusing on carbon-11 and fluorine-18 radiotracer development for heart failure, atherosclerosis, and neuroimaging targets . Key areas include: Radioisotope incorporation techniques for small molecules and biomolecules Targeted imaging probes for cardiology, neuroscience, and oncology Validation of biomarkers for precision disease profiling and drug development Photoredox catalysis and isotope labeling innovations His recent publications highlight translational PET imaging in cardiovascular disease and atherosclerosis, with methodological advances in radiochemical synthesis and isotope exchange . Awards include NSERC fellowships, Discovery Grants, and trainee recognition for lab members like Megan and Christina. Dr. Rotstein supervises a cross-disciplinary team and collaborates with institutions such as the Lundgren Lab , Ardolino Lab , and Vienna researchers. His lab's grants include support from NSERC Discovery Grants Canadian Medical Isotope Ecosystem Brain-Heart Interconnectome Innovation Pitch Competition and is based at the University of Ottawa Heart Institute with full radiopharmaceutical infrastructure.

Petar ŽugecView profile

Associate Professor

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

Associate Professor Petar Žugec is affiliated with the Department of Experimental Physics at the Faculty of Natural Sciences and Mathematics , University of Zagreb. He actively contributes to both undergraduate and graduate teaching , covering core topics in Physics 1, Physics 2, Symbolic Programming , and specialized courses in Nuclear Physics and Particle Physics . As a member of the CERN n_TOF collaboration , he focuses on neutron cross-section measurements critical for astrophysics and nuclear reactor applications . His research involves experimental nuclear physics using advanced detector systems , including Segmented Total Energy Detectors (sTED) and Compton gamma cameras . He participates in projects like PRECIOUS and SAT-PHENO , aiming to improve neutron capture data for stellar nucleosynthesis modeling . Recent publications emphasize machine learning applications in resolution function parametrization and event classification for high-precision experiments. His work at the CERN n_TOF facility addresses challenges in high count rate scintillation detectors and neutron-induced fission studies , particularly for 235U and 239Pu . He contributes to gamma-ray polarization research in positron emission tomography and has co-authored technical guidelines for detector setup characterization . No scientific awards or student advisement details were explicitly mentioned in the provided texts.

Nashaat TurkmanView profile

Assistant Professor

• Molecular PET Imaging
• Cancer Detection
• Central Nervous System Imaging
• +5 more

Nashaat Turkman is an Assistant Professor at the Renaissance School of Medicine , Stony Brook University , affiliated with the Departments of Radiology and Pharmacology . His research focuses on Molecular PET Imaging for cancer and central nervous system disorders, particularly in early detection of Pancreatic, Breast, and Brain Cancers . He specializes in PET Radiotracer Development and Translation , bridging Radiochemistry and Synthetic Organic Chemistry . Education: Ph.D. in Organic Chemistry from the University of Texas at Arlington Postdoctoral Fellowship at the University of Texas, MD Anderson Cancer Center Research Interests include developing PET Radiotracers for epigenetic machinery, CDK4/6 inhibitors for brain imaging, and targeted therapies for cancer. His work emphasizes Personalized Medicine and Drug Discovery , leveraging Synthetic Organic Chemistry for clinical translation. Recent Publications highlight advancements in Epigenetic Imaging , CDK4/6 Targeting , and Liposomal Drug Delivery . Articles span Medical Chemistry , Neuroscience , and Infectious Disease Imaging , reflecting interdisciplinary applications of PET Technology .