Davide Boschetto is a Professor at ENSTA Paris specializing in Ultrafast Spectroscopy and Solid-State Physics . His research focuses on coherent phonon dynamics, electron-phonon coupling in crystals, and ultrafast secondary sources like X-rays and electrons. He earned his PhD at École Polytechnique and completed a post-doctoral research project at Friedrich Schiller University of Jena. Education: Physics (Federico II Naples), PhD (École Polytechnique) Research Areas: Coherent phonons, Ultrafast X-ray diffraction, Nanomaterials, Quantum Physics Teaching: Quantum Physics course with eLearning and active pedagogy His 15 most recent articles (2024-2017) explore topics like coherent phonon anisotropy in Bismuth, ultrafast dynamics in quantum dots, and charge density wave transitions. The work spans Physics , Materials Science , and Optics , with experimental and theoretical approaches.
Enrique de Miguel Agustino is a Professor at the University of Huelva , affiliated with the Higher Technical School of Engineering and the Department of Integrated Sciences . He leads research in cataclysmic variable stars, binary systems, and astrophysical phenomena like superhumps and X-ray transients. PhD from the University of Seville (1991) Research focuses on Applied Physics and Physics of Complex Liquids Active in photometric and spectroscopic studies of variable stars His recent publications (2017–2022) highlight expertise in optical/X-ray correlations, dwarf nova outbursts, and orbital period analysis. Key subfields include accretion discs , magnetic binaries , and gravitational wave sources . No scientific awards or student supervision details are explicitly listed in the provided data.
Hendrik Schatz is a University Distinguished Professor in the Department of Physics & Astronomy at Michigan State University, where he also serves as Director of the JINA Center for the Evolution of the Elements, a NSF Physics Frontiers Center. His research is conducted at the intersection of nuclear physics and astrophysics, primarily at the National Superconducting Cyclotron Laboratory (NSCL) and the Facility for Rare Isotope Beams (FRIB). His research focuses on understanding nuclear processes that occur in cosmic environments through experimental studies with radioactive beams. Key areas include: Experimental nuclear astrophysics using accelerator facilities X-ray bursts on neutron stars Neutron star crust composition and heating Rapid neutron capture process (r-process) for element formation Nuclear reactions in extreme astrophysical environments Schatz's research program addresses fundamental questions about the origin of elements in nature, particularly those created in supernovae, hydrogen explosions on neutron stars and white dwarfs, and neutron star crusts. His group conducts experiments measuring beta delayed neutron emission, gamma ray spectroscopy of exotic nuclei, and mass measurements of neutron-rich nuclei using advanced detector systems like NERO, GRETINA, and the S800 spectrometer. A significant focus is utilizing the unique beams provided by the ReA3 facility for nuclear astrophysics research. His research is embedded in the interdisciplinary framework of the Joint Institute for Nuclear Astrophysics (JINA), where graduate students participate in all stages of the research process, from experimental design to astrophysical modeling. This approach provides students with a comprehensive education spanning nuclear physics, astrophysics, and astronomy. Schatz has published extensively in top journals including Nature, Physical Review Letters, and Astrophysical Journal, with recent work focusing on precision mass measurements, nuclear reaction rates for astrophysical models, and neutron star crust physics. His research has significant implications for understanding cosmic element formation and the behavior of matter under extreme conditions. As an educator, Schatz teaches undergraduate physics courses, a graduate-level nuclear astrophysics course he developed, and participates in summer and winter schools. He has created extensive teaching materials available online, emphasizing cooperative learning techniques. Contact Information: Email: schatz@msu.edu, schatz@nscl.msu.edu Phone: +1 (517) 908-7397 Office: 2006 Cyclotron Building, 640 S Shaw Lane, East Lansing MI 48864
Professor Paula Chadwick is the Head of the Department of Physics at Durham University, specializing in gamma-ray astronomy. Her research focuses on high-energy astrophysical phenomena, including dark matter, pulsars, blazars, and particle acceleration mechanisms. She collaborates extensively with international projects like the Cherenkov Telescope Array (CTA) and H.E.S.S. Her work leverages gamma-ray telescopes to explore cosmic particle acceleration, extragalactic sources, and astroparticle physics. Recent publications emphasize dark matter constraints, pulsar magnetospheres, and blazar variability, reflecting a trend toward multi-messenger astrophysics and instrumental advancements in gamma-ray detection. Professor Chadwick has contributed to pivotal studies in ground-based gamma-ray astronomy, including spectral analyses of supernova remnants and active galactic nuclei. She maintains active collaborations with global observatories and leads departmental initiatives in astrophysics research.
Christine Done is a Professor in the Department of Physics at the University of Durham, specializing in high-energy astrophysics. She earned her PhD from the University of Cambridge, followed by an NRC fellowship at NASA/Goddard Space Flight Center and senior research fellowships in the UK. She joined Durham in 2000 and was promoted to full Professor in 2006. She holds a Visiting Professor position at the Kavli Institute for Physics and Mathematics of the Universe (University of Tokyo) and chairs Science Working Groups for the XRISM and Athena X-ray missions. Her research explores black hole accretion processes, X-ray emissions from galactic and supermassive black holes, and relativistic environments. Key interests include radiation mechanisms in extreme gravity, accretion disk dynamics, and AGN/quasar variability. She utilizes space-based observatories like XRISM, IXPE, and Suzaku to study phenomena inaccessible from Earth. Her publications focus on X-ray spectroscopy, accretion disk instabilities, AGN winds, and black hole spin measurements. Recent work emphasizes polarization studies, disk-corona interactions, and multi-wavelength correlations in quasars. She has contributed to understanding thermal winds in X-ray binaries and developed models for AGN variability and feedback. Awards & Honors: Royal Astronomical Society George Darwin Lectureship (2019) Stephen Murray Distinguished Visitor Program, Harvard (2018) She teaches Special Relativity, Quantum Mechanics, and General Relativity at Durham. She directs research initiatives and advises on international space missions, including XRISM and Athena. Her lab collaborations span NASA, JAXA, and ESA projects, focusing on next-generation X-ray telescopes.
Hermine Landt-Wilman is a researcher at Durham University specializing in astrophysics, particularly in the study of active galactic nuclei (AGN), accretion discs, and X-ray astronomy. She has contributed to major projects like AGN STORM 2 and the SOUX AGN sample, focusing on understanding AGN structure, variability, and dust morphology. Key research areas: Accretion disc dynamics, AGN winds, X-ray absorption, UV spectroscopy Collaborations: NASA/ESA Hubble Space Telescope, NICER satellite, Swift observatory Recent work: Multi-wavelength studies of Mrk 817 and NGC 5548, dust reverberation mapping Her publications from 2021-2025 demonstrate expertise in reverberation mapping, photoionization modeling, and spectral analysis of AGN, with a focus on interband delays and obscured states. She frequently collaborates with international teams on AGN structure and evolution.
Ann Zabludoff is a Professor in the Department of Astronomy and an Astronomer at Steward Observatory, University of Arizona. With a Ph.D. from Harvard University (1993), she has held prestigious fellowships including Guggenheim (2013) and Hubble (1996-99). Her research spans extragalactic astronomy and cosmology, focusing on galaxy formation, dark matter, gravitational lensing, and transient phenomena through large observational datasets and cosmological simulations. Educated at MIT (S.B. Physics & Mathematics) and Harvard (Ph.D. Astronomy) Co-leader of UA’s Theoretical Astrophysics Program Computation and Data Initiative U.S. Participating Scientist on the ULTRASAT mission Former Graduate Program Director (2005-2013) mentoring 40-50 PhD students Her current research emphasizes: Machine learning classification of astrophysical transients Collaborations with amateur astronomers for gravitational wave counterpart detection Lyman-alpha emitting galaxies in early universe structure formation Baryon budget across galaxy environments Galaxy transformation through post-starburst phases Recent publications highlight: Lyman-alpha galaxy clustering analysis Intermediate-mass black hole X-ray quasi-periodic eruptions Repeating tidal disruption events Host galaxy properties of supernovae Multi-wavelength studies of post-starburst galaxies Optical/X-ray transient correlations Scientific honors include: Guggenheim Fellowship (2013) Caroline Herschel Distinguished Visitor (2011-2013) TEDxTucson speaker (2012) Hubble Fellow (1996-99) Carnegie Fellow (1993-96) Her research group includes graduate and undergraduate advisees working on: Tidal disruption event modeling Transient host galaxy analysis Lyman-alpha nebulae polarization Machine learning applications Galaxy evolution sequences Post-starburst galaxy gas flows
Uwe Thumm is a Professor at the Department of Physics , Kansas State University . With a Ph.D. from the University of Freiburg (1989) , his research spans theoretical atomic, molecular, optical, and surface physics . He is renowned for predicting vibrational revivals in H2+ molecules, later confirmed experimentally, and developing quantum-beat imaging techniques for molecular dynamics. Educational Background Ph.D. in Physics, University of Freiburg (1989) M.S. in Physics, University of Freiburg (1985) Research Interests Attoscience: Time-resolved photoelectron and high-harmonic emission Femtoscience: Laser-induced molecular dissociation Electron/ion interactions with surfaces and nanomaterials Negative ion resonances and catalytic surface modeling Awards University Distinguished Professor Recent Article Trends Focus on attosecond streaking , high-harmonic generation , and molecular fragmentation imaging Key themes: laser-controlled nuclear wave packets , quantum revivals , and time-dependent potential curves Advising & Collaborations PhD student: Hongyu Shi Collaborations with MPIK Heidelberg, JILA Boulder, and international institutions Labs & Initiatives Associated with the James R. Macdonald Laboratory Developing time-resolved imaging methods for molecular and surface dynamics
Professor Theofanis Kitsopoulos is a faculty member at the University of Southern Mississippi specializing in surface chemistry and reaction dynamics. His research employs ion imaging techniques to investigate kinetics at surfaces and in the gas phase, with significant contributions to catalysis and quantum tunneling phenomena. Education: B.Sc. in Chemistry (with highest honors), University of Illinois, Chicago, 1986 Ph.D. in Physical Chemistry, University of California, Berkeley, 1991 (Advisor: Prof. Daniel Neumark) Postdoctoral Researcher, Sandia National Laboratories, Livermore, USA, 1991-1993 (Advisor: Dr. David Chandler) Professor Kitsopoulos' research centers on surface reaction dynamics , particularly in catalytic processes involving metal surfaces. His work investigates quantum tunneling effects , adsorbate binding interactions , and reaction kinetics using advanced ion imaging methodologies. Key applications include hydrogen oxidation, ammonia diffusion, and carbon monoxide oxidation processes with implications for industrial catalysis and energy conversion. His publication record (2001-2024) demonstrates consistent innovation in surface science, featuring high-impact studies in Science, Nature, and JACS. Recent work integrates velocity-resolved kinetics with first-principles calculations to reveal microscopic pathways in adsorption and oxidation reactions, establishing new frameworks for understanding transient catalytic behavior and quantum effects at elevated temperatures. Scientific Awards: No scientific awards are listed in the current profile. Advising and Grants: Details regarding student advising and research funding are not provided in the available profile information. Laboratory: Professor Kitsopoulos conducts experimental research at the Chain Technology Center (TEC) 430B in Hattiesburg, operating specialized instrumentation for ion imaging and surface reaction dynamics studies.
Robert Godin serves as an Assistant Professor in the Department of Chemistry within the Faculty of Science at the University of British Columbia (UBC) Okanagan campus. He joined UBC in July 2018 after completing postdoctoral research at Imperial College London. Dr. Godin leads the Solar Energy Conversion and Spectroscopy research group, focusing on advanced spectroscopic techniques to understand charge carrier dynamics in carbon-based photocatalytic materials for sustainable energy applications. Post-doctoral research, Imperial College London PhD, McGill University BSc, University of Ottawa Dr. Godin's research centers on developing advanced transient absorption spectroscopy and microscopy techniques to investigate spatial and energetic heterogeneities in charge carrier dynamics of low-cost, carbon-based photocatalysts. His work bridges instrumentation development with careful analysis to understand limitations in photocatalytic systems and establish design principles for next-generation high-efficiency materials. His group focuses specifically on sustainable energy production, water purification, and chemical transformations using solar-driven processes. Analysis of his 15 most recent publications reveals a consistent focus on carbon nitride-based photocatalytic systems, with particular attention to charge carrier dynamics, heterojunction engineering, and defect characterization. His research spans fundamental material characterization to applied environmental remediation and solar fuel production, with significant contributions to understanding how material modifications affect photocatalytic performance across various applications including hydrogen production, CO2 reduction, and water purification. As a graduate student supervisor, Dr. Godin teaches courses in solar energy, chemical kinetics, physical chemistry, and spectroscopy, connecting his research expertise with classroom instruction. His group's work has received media attention including coverage by CBC, Radio-Canada, and UBC Today, highlighting the real-world applications of his research in areas like water purification. Based in the SolarSpec research group, Dr. Godin's laboratory combines experimental spectroscopy with materials synthesis to develop sustainable solutions for energy and environmental challenges, with particular emphasis on making solar-driven chemical processes more efficient and practical for implementation.
Tony Travouillon is an Associate Professor and Instrumentation Scientist at the Advanced Instrumentation and Technology Centre within the Australian National University (ANU) , where he also serves as Associate Dean for HDR in the College of Science. His work bridges astronomy , space instrumentation , and atmospheric science .
Professor Andrew Beeby is a faculty member in the Department of Chemistry at Durham University . His research spans photochemistry , photophysics , and heritage science , with a particular focus on medieval manuscript pigments and organometallic light-emitting materials . Key research areas : Spectroscopy, Luminescent Materials, Energy Transfer, Molecular Electronics, Historical Pigments, and Photochemical Reactivity. His recent publications highlight advancements in single-molecule conductance , iridium complex photophysics , and non-invasive analysis of cultural artifacts . While no formal scientific awards are documented, his interdisciplinary work bridges chemistry , physics , and historical studies . Supervision includes postgraduate researchers Dalila Di Leva and Josephine Binks, with collaborations across materials science and cultural heritage conservation .
Dr. Hao-Ching Chang is a researcher affiliated with the Max Planck Institute for Coal Research in Mülheim an der Ruhr, Germany. His work focuses on inorganic and bioinorganic chemistry, particularly the reactivity of high-valent iron nitrides and mechanisms of bond formation in metal complexes. Research Interests Elucidating the ambiphilic nature of transient iron nitrides Investigating oxygenation reactions and orbital interactions in metal complexes Applying Mössbauer and EPR spectroscopy to characterize reactive intermediates Key Article The study Conversion of a Fleeting Open-Shell Iron Nitride into an Iron Nitrosyl (2019) explores the unprecedented oxygenation of an iron(V) nitrido intermediate, revealing synergetic orbital interactions and electron-transfer pathways.
Volodymyr Degoda is a Professor and Leading Researcher at the Faculty of Physics, Taras Shevchenko National University of Kyiv, with continuous service since 1987. His career includes roles at the university's Electron-optical Processes Laboratory and the Chuiko Institute of Surface Chemistry (1991-2007), culminating in his 2020 professorship appointment. His academic credentials include: MSc in Physics, Taras Shevchenko National University of Kyiv (1975) PhD, Taras Shevchenko National University of Kyiv (1988) Doctor of Sciences (DrSci), Taras Shevchenko National University of Kyiv (2001) Professor Degoda's research centers on semiconductor radiation detection physics , specifically investigating charge carrier kinetics in zinc selenide (ZnSe) under ionizing radiation. His work integrates: Theoretical modeling of X-ray conductivity and luminescence kinetics Experimental analysis of temperature, dose, and excitation dependencies Characterization of trap mechanisms in wide-bandgap semiconductors Development of diagnostic systems for radiation detector materials His publication analysis (2012-2019) reveals consistent focus on ZnSe crystal properties for spectrometric applications, with recurring themes in nonlinear conductivity responses, luminescence-structure relationships, and temperature-dependent performance limitations. No scientific awards were documented in the source material. Professor Degoda leads a research team comprising Dr. Igor Doroshenko (h=12), Dr. Grygoriy Podust (h=3), Dr. Nataliya Pavlova (h=4), and Yaroslav Kogut (h=6), while collaborating with high-impact researchers including Dr. Fedor Danevich (h=42). He serves on two university scientific councils (D26.001.08 and D26.001.23) but no student advising or grant details were specified. His experimental work operates from laboratory 338 in the Department of Experimental Physics, utilizing a modular setup capable of 20+ measurement techniques including photo/X-ray luminescence spectroscopy, conductivity kinetics, and thermally stimulated phenomena across 200-1200 nm wavelengths.
Prof Matt Darnley is the Professor of Time Domain Astrophysics and Head of Teaching at the Astrophysics Research Institute (ARI) of Liverpool John Moores University (LJMU) , where he has worked since 2001. He also serves as Associate Dean for Education and Student Experience in LJMU's Faculty of Health, Innovation, Technology & Science (HITS) since 2022. Education : MPhys in Physics, University of Oxford (dissertation on cosmological object detection) PhD in Astrophysics, LJMU (Andromeda Galaxy nova populations) Research Interests focus on Classical and Recurrent Novae , their progenitor systems , and extragalactic populations , with significant work linking novae to Type Ia Supernovae . He pioneered hydrodynamic modeling of nova ejecta , discovering the first nova super-remnants . Recent work expands to observational astrophysics (X-ray/UV/optical), cataclysmic variables , and human spaceflight including astrodynamics and sustainable space missions to the Moon and Mars. Scientific Trends in his 15 most recent works (2024-2020) span hydrodynamic modeling of nova super-remnants ( KT Eridani , RS Ophiuchi ), machine learning applications in transient detection ( ZTF , Gaia Alerts ), and multiwavelength studies of novae and supernovae. His work combines observational campaigns with theoretical simulations to address stellar evolution and cosmological implications. Awards & Recognition : Shortlisted for THE Research Project of the Year (STEM) 2017 Won University of Liverpool Student Experience Staff Award 2017 Recognized in LJMU Faculty Teaching Excellence Awards 2024 for ED&I contributions Elected Fellow of the Royal Astronomical Society and Higher Education Academy Teaching & Leadership : Leads LJMU's Physics Icebreaker Project (Mission to Mars module), Undergraduate Astrophysics Programs , and MSc Time Domain Astrophysics module. Served as University of Liverpool Programme Director (2016-2019, 2023) and External Examiner at University College London and University of Hertfordshire . Professional Activities : Chaired EWASS 2018 Local Organising Committee Advisory role for EWASS 2019 Member of Armagh Observatory Management Committee (2021-) Editor for Open Astronomy (2017-) Active in Institute of Physics , International Astronomical Union , and European Astronomical Society (2015-) Grants & Collaborations : Awarded STFC Grant (2021) for Recurrent Nova Super-Remnants research. Collaborates with institutions including University College London , Armagh Observatory , and European Week of Astronomy and Space Science committees.
