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Evelyn FüriView profile

Research Professor

• Geochemistry
• Cosmochemistry
• Planetary Science
• +5 more

Evelyn Füri is a Research Professor (Directrice de recherche DR2) at the Centre de Recherches Pétrographiques et Géochimiques (CRPG), a joint research unit of CNRS and Université de Lorraine in Nancy, France. Her research focuses on the origin and evolution of light elements (H, C, N) and noble gases in the solar system, utilizing advanced analytical techniques including noble gas mass spectrometry and ion microprobe analysis. Dr. Füri received her MSc from ETH Zurich in 2004 and her PhD from Scripps Institution of Oceanography (UCSD) in 2010. She progressed through research positions at CRPG from Postdoc (2010-2014) to Chargée de recherche (2014-2024) and currently serves as Directrice de recherche since 2024. She obtained her Habilitation à diriger les recherches in 2022. Her research investigates the complex processes controlling light element abundances and isotopic signatures in natural materials, with particular focus on nitrogen behavior during planetary differentiation. She employs advanced techniques including noble gas mass spectrometry and ion microprobe analysis to study meteorites, lunar samples returned by space missions, and terrestrial volcanic rocks. Her work has significantly advanced our understanding of volatile element cycling in planetary formation. Dr. Füri leads two major ERC-funded projects: VOLATILIS (2017-2022) investigating the origin of volatile elements in the inner Solar System, and IRONIS (2023-2028) examining light elements in iron meteorites. Her publication record shows consistent high-impact contributions to cosmochemistry, with recent work analyzing samples from OSIRIS-REx and Hayabusa2 missions. Scientific Awards 2024: EAG Science Innovation Award, Samuel Epstein medal 2024: Geochemical Society Geochemistry Fellow 2017: CNRS bronze medal Dr. Füri currently supervises six PhD students working on diverse aspects of planetary science and cosmochemistry. Her research group at CRPG operates state-of-the-art noble gas mass spectrometry facilities and collaborates extensively with international space missions including OSIRIS-REx, Hayabusa2, and the Emirates Lunar Mission. She serves as co-director for multiple thesis projects focusing on lunar regolith, meteoritic nitrogen, and cosmogenic nuclide production. The CRPG laboratory, where Dr. Füri conducts her research, is uniquely equipped with static noble gas mass spectrometers for coupled N-noble gas analyses and secondary ion mass spectrometers for non-destructive volatile element measurements, making it a world-leading facility for cosmochemical studies of volatile elements.

• Geochemistry
• Cosmochemistry
• Planetary Science
• +4 more

Bernard Marty is a Professor of Geochemistry at the University of Lorraine, France, affiliated with the Centre de Recherches Pétrographiques et Géochimiques (CRPG), a CNRS-University of Lorraine joint research unit (UMR 7358). His work focuses on cosmochemistry, planetary science, and atmospheric evolution through noble gas and nitrogen isotope analysis, with themes explicitly covering Cosmochemistry and Planetary Science, Cycles, Atmosphere, and Climates. Research interests include: Geochemical tracing of volatile elements (H, C, N, noble gases) in solar system formation Atmospheric evolution of Earth, Mars, and Venus via isotopic paleothermometry Noble gas behavior in planetary interiors and extraterrestrial materials Development of analytical techniques for noble gas extraction (e.g., all-metal induction furnace) Cosmochimie et planétologie as core disciplines Interstellar ice analogs simulating volatile trapping Recent publications (2020-2023) reveal heavy involvement in space mission data analysis—particularly OSIRIS-REx (asteroid Bennu) and ROSETTA (comet 67P)—with frequent contributions to Nature, Science, and Geochemical Perspectives Letters. Key trends include noble gas evidence for cometary volatile delivery to Earth, isotopic constraints on mantle degassing, and Archean atmospheric reconstruction using fluid inclusions. Scientific Awards: No scientific awards mentioned in the provided text Advising and Grants: While the text lists no student names or grant details, his leadership in international mission teams (OSIRIS-REx, ROSETTA, European Venus Explorer) implies significant collaborative project management. Publications with large consortia suggest funding from space agencies and CNRS, but specific grants remain unreported. Labs and Teams: CRPG laboratory (UMR 7358 CNRS-UL) in Vandœuvre-lès-Nancy OSIRIS-REx mission science team for asteroid Bennu analysis ROSETTA mission contributor for comet 67P volatile studies European Venus Explorer (EVE) mission proposal co-author MarcoPolo-R asteroid sample return mission participant

• Basalt
• Parent Body
• Mantle Source
• +11 more

Max Collinet is a researcher at the Institute of Life-Earth-Environment , focusing on experimental and analytical studies in planetary geology. His work spans topics such as partial melting in planetesimals, Martian mantle dynamics, Mercury geochemistry, and metal-silicate partitioning under reducing conditions. Education: PhD in Geology, Massachusetts Institute of Technology (2019) Collinet's research interests include Basalt , Parent Body geochemistry, Protoplanets , and Thermochemical modeling. He utilizes high-pressure experiments and seismic data analysis to explore planetary interior structures and evolution. His recent publications highlight investigations into Mercury's pyroxenite mantle, nickel-cobalt partitioning dynamics, Martian mantle sources, and angrite parent body characteristics. These works intersect with disciplines like Geochemistry , Geophysics , and Planetary Science . Projects: Principal Investigator for Experimental facility to determine the role of low-pressure igneous processes during planetary accretion and evolution (2025–2026) Media Coverage: His research has been featured in 44 news outlets, 52 X (Twitter) posts, and referenced on Wikipedia pages, including studies on planetary magmatic rocks.

• Metamaterials and Metasurfaces
• Electromagnetic Wave Control
• Nanoparticle Engineering
• +6 more

Dr. Luigi La Spada is a Lecturer in Electrical and Electronic Engineering at Edinburgh Napier University's School of Computing Engineering and the Built Environment. His academic journey includes a PostDoctoral Research Assistant position at Queen Mary University of London (2014-2017) and a Lecturer role at Coventry University (2017-2018). He is actively involved with multiple research groups including the Centre for Artificial Intelligence and Robotic, Centre for Conservation and Restoration Science Engineering Research Group, and Centre for Cybersecurity, IoT and Cyberphysical Systems. His educational background includes: Bachelor's and Master's degree (summa cum laude) in Electronics Engineering from University of RomaTre (2008, 2010) PhD in Electronic Engineering (Biomedical Electronics, Electromagnetics, and Telecommunications) from University of RomaTre and University of Pennsylvania (2011-2014) Dr. La Spada's research spans metamaterials engineering, electromagnetic wave control, and advanced sensor development, with significant contributions to metasurface applications and nanoparticle technology. His work has expanded into AI applications for security systems, quantum cryptography for UAV communications, and medical diagnostics. His interdisciplinary approach bridges theoretical electromagnetic concepts with practical engineering solutions across aerospace, healthcare, and agricultural technology sectors. His publication record shows a clear evolution from fundamental electromagnetic research toward applied technologies, particularly in quantum-enhanced security systems, AI-driven biometrics, and medical applications of metamaterials. Recent work demonstrates strong interdisciplinary connections between electromagnetic theory, quantum physics, and artificial intelligence, with increasing focus on practical implementations in aerospace, healthcare, and agricultural monitoring systems. Dr. La Spada has received significant recognition for his research contributions: 2018 Advances in Engineering (AIE) 'key scientific contributor to excellence in science and engineering research' 2017 URSI Young Scientist Award (Canada) Finalist for 2017 IEEE Young Scientist Award 2016 ISAP Best Paper Award (Japan) 2015 EAI recognition for 'new technologies in telecommunications and sensing' His research has received international scientific recognition and media coverage from CNN, CBS, Times, and Aspen Institute. Dr. La Spada currently supervises PhD student Nida Zeeshan on AI-based biometrics facial recognition. He has secured substantial research funding including a £184,194 European Commission grant for Intelligent Multi-Agent Robotic Systems (iMARS) and multiple Scottish Funding Council projects totaling over £74,000. His current grants span robotics, AI visual systems, medical device development (Airglove technology), and wireless power transfer. Dr. La Spada is actively involved in the Centre for Artificial Intelligence and Robotic and Centre for Cybersecurity, IoT and Cyberphysical Systems, where he contributes to developing innovative methods in AI, Robotics, IoT, and 5G technologies. His work connects theoretical electromagnetic concepts with practical applications in healthcare, aerospace, and security systems.

James WrayView profile

Professor

• Remote Sensing
• Planetary Surface Processes
• Climate History
• +6 more

James Wray is a Professor at the Georgia Institute of Technology in the School of Earth and Atmospheric Sciences, where he leads the Astrogeology & Remote Sensing (ARES) research group. His work focuses on planetary surface processes across our solar system, with special emphasis on Mars and icy moons. He holds a Ph.D. in Astronomy from Cornell University (2010) and an A.B. in Astrophysical Sciences from Princeton University (2006). Education: Ph.D. in Astronomy, Cornell University, 2010 M.S. in Astronomy, Cornell University, 2009 A.B. in Astrophysical Sciences, Princeton University, 2006 Dr. Wray's research investigates climate history, aqueous environments, and surface processes on planetary bodies using spacecraft remote sensing. His group studies Martian hydrology, icy moon oceans (e.g., Europa), spectral analysis of surface compositions, and planetary analog environments. Key methodologies include hyperspectral imaging, geomorphological mapping, and terrestrial field studies. His recent publications reveal trends in Martian geology including volcanic resurfacing, subsurface sediment mobilization, and climate-modulated surface features. Research frequently combines orbital data analysis with terrestrial analog studies to constrain planetary aqueous processes and cryosphere evolution. Scientific Awards: Georgia Tech Early Career Research Award, 2018 Georgia Tech Sigma Xi Young Faculty Award, 2015 Shelley Award for Graduate Research in Astronomy, Cornell University, 2010 Fannie and John Hertz Foundation Fellowship, 2006 NSF Graduate Research Fellowship, 2006 Dr. Wray actively advises graduate students and postdoctoral researchers through the ARES group ("cosmic Wrays"). His team collaborates extensively with NASA missions including Mars Reconnaissance Orbiter and Curiosity rover science teams. Current research involves developing instrumentation for future planetary missions and interstellar object characterization.

Mitchell McMillanView profile

Research Fellow

• Subduction Zone Geodynamics
• Orogenesis
• Thermomechanical Modeling of Crustal Processes
• +7 more

Dr. Mitchell McMillan is a Postdoctoral Fellow at Georgia Institute of Technology, specializing in geodynamic processes that shape Earth's mountain belts and planetary surfaces. His research integrates thermodynamic modeling with field observations across three distinct domains: Subduction zone fluid dynamics and lower crustal density transformations Wind erosion mechanisms in hyperarid terrestrial and Martian environments Hydrodynamic modeling of fluvial erosion processes His computational work on streambank erosion modeling has produced globally applicable tools available via GitHub, while his recent Earth and Planetary Science Letters publication proposes novel mechanisms for lithospheric foundering. Current projects investigate weak-crust dripping dynamics in the Central Andes and their surface expressions. Key research themes: Crustal metamorphism-driven buoyancy changes Rayleigh-Taylor instability in continental lithosphere Wind erosion quantification in extreme environments Multi-scalar geomorphological modeling

• Planetary Geophysics
• Magnetism
• Seismology
• +7 more

Catherine Johnson is a Professor in the Department of Earth, Ocean & Atmospheric Sciences at the University of British Columbia (UBC), Faculty of Science. Her research focuses on comparative planetary geophysics, including the magnetic fields of Mercury, Mars, Earth, and the Moon, as well as Venus's lithospheric structure and interior evolution. She also investigates seismic activity on the Moon and Mars, combining satellite data and numerical modeling to understand planetary dynamics. Doctoral supervision includes studies on Mercury's tectonic history, Mars' crustal magnetization, and lunar seismic signals. Master's supervision covers asteroid surface roughness (e.g., Bennu), glacial modulation of Antarctic volcanism, and Venusian volcanic processes. Her work integrates observational data from missions like MESSENGER, OSIRIS-REx, and InSight with geophysical modeling. Research themes include planetary magnetism, orbital dynamics, and the interplay between surface processes and interior structure. Key contributions include analyzing Mercury's contraction, Mars' ancient dynamo, and asteroid rubble-pile mechanics. Recent studies highlight Mercury's global evolution, Mars' crustal magnetic anomalies, and Bennu's surface properties. Future work continues to explore planetary magnetic fields and seismic signatures of planetary formation and evolution.

• Planetary Geology
• Remote Sensing
• Artificial Intelligence
• +6 more

Philippa Mason is an Associate Professor in Planetary Remote Sensing at the Department of Earth Science & Engineering, Imperial College London (Faculty of Engineering). She specializes in satellite imagery analysis for geological studies on Earth and other planets, particularly Venus and Mars. Her work integrates InSAR and imaging spectroscopy to understand planetary surfaces and processes. Education: BSc (Hons) Geology from University of Southampton (1984–1987), MSc Remote Sensing from University College London (1992–1993), and PhD from Imperial College London (1994–1999). She has been at Imperial College since 2000. Research focuses on planetary geology, Earth Observation techniques, and computational modeling. Key affiliations include the EnVision Venus mission (NASA VenSAR Science Team and ESA SST), Earth Observation Network, and Imperial Centre for Geohazards. Her recent work includes analyzing Venusian tectonics, climate change impacts on small islands, and developing AI-driven environmental monitoring tools. Labs/Teams: Involved with the AVENGERS Initiative (terrestrial analog studies for Venus exploration), EnVision mission planning, and collaborations with the Civil & Environmental Engineering department at Imperial. Advising: Supervises multiple PhD students funded by agencies like STFC and ESA, focusing on topics ranging from planetary geology to geohazard monitoring. Former students hold roles in academia and industry (e.g., Technical Director at SkyGeo).

Uwe WiechertView profile

Researcher

• Isotope Geochemistry
• Biogeochemical Cycles
• Earth's Mantle Evolution
• +3 more

Dr. Uwe Wiechert is a Researcher at the Free University of Berlin's Department of Mineralogy-Petrology within the Institute of Geological Sciences. He leads an isotope laboratory focusing on light element analysis, specializing in isotope geochemistry to study biogeochemical cycles, mantle evolution, and environmental responses to climate change. Previously, he worked at ETH Zurich establishing isotope laboratories and conducting cosmochemical research. Education: PhD in Geochemistry under Prof. Karl Hans Wedepohl (Georg-August University Göttingen) Diploma in Geology/Paleontology (Georg-August University Göttingen) Research Interests: Stable isotope systems in biogeochemical cycles Evolution of Earth's mantle and lithosphere Cosmochemical processes in planetary formation Advanced mass spectrometry techniques Key Projects: DFG-funded Tibetan Plateau lake studies using gastropod shells as climate proxies Lithium isotope investigations in mantle-derived rocks Isotope analysis of surface waters across Europe Advising: Supervised 7 bachelor's, 2 master's, and at least 1 doctoral thesis (Tomas Magna's 2006 work).

Livio TornabeneView profile

Adjunct Professor

• Planetary Science
• Mars Geology
• Impact Cratering
• +5 more

Dr. Livio Tornabene is a Research Scientist at SETI Institute and Western University, and an Adjunct Professor at Western University. He specializes in planetary missions, particularly focusing on Mars surface processes, impact cratering, and aqueous alteration using high-resolution imaging and remote sensing techniques. He is a science team member for the HiRISE instrument on the Mars Reconnaissance Orbiter (MRO) and Co-Investigator on the CaSSIS instrument on the ExoMars Trace Gas Orbiter, as well as the Pancam on the Rosalind Franklin rover. Education: Ph.D. (2007) in Earth and Planetary Sciences from the University of Tennessee, M.S. (2001) in Geological Sciences from the University of South Florida, and B.S. (1996) in Geology from the University of Florida. Research interests include analyzing planetary surfaces through multispectral imaging, digital terrain models, and compositional studies. He investigates Martian craters for subsurface lithology exposure, layered ejecta deposits, and the role of impact events in planetary evolution. His work also involves developing data products for CaSSIS and improving atmospheric correction techniques for surface signal analysis. Scientific awards include NASA Group Achievement Awards (2011, 2006, 2005, 2004), the Charles Lindbergh Fellowship (2010), and the Prose Award (2015). His recent publications focus on Martian surface features, ExoMars landing site analysis, and impact-induced hydrothermal systems. He has led mission training for over 20 personnel and contributed to rover mission planning (e.g., Schrödinger Basin lunar sample return). His work integrates field studies (e.g., Haughton Impact Structure) with orbital data to understand planetary processes.

Ian BullView profile

Professor

• Analytical Chemistry
• Environmental Chemistry
• Soil Science
• +3 more

Professor Ian Bull is a Professor of Analytical Chemistry at the School of Chemistry, University of Bristol. He holds a B.Sc. and Ph.D. from the University of Bristol. His research focuses on applying analytical chemistry to study complex natural systems, particularly soil, to address challenges like carbon sequestration, nutrient cycling, pollution mitigation, and climate change. His expertise includes chromatography-mass spectrometry, biomarker analysis, and environmental forensics. Recent work includes archaeological lipid analysis, plastic degradation studies, and microbial interactions in extreme environments. He collaborates with researchers such as Dr. Helen Whelton and Dr. Richard Evershed, contributing to interdisciplinary projects in archaeology, geochemistry, and environmental science. His lab's activities span from ancient environmental reconstruction (e.g., coprolite analysis) to modern pollution studies, emphasizing the intersection of chemistry and global sustainability.

• Planetary Science
• Astrophysics
• Remote Sensing
• +3 more

Dr. Casey I. Honniball is an Assistant Research Scientist at the University of Maryland, College Park, collaborating with NASA Goddard Space Flight Center. She holds a B.S. in Astronomy from the University of Arizona, and M.S./Ph.D. in Earth and Planetary Science from the University of Hawaii at Manoa. Her primary research focuses on lunar volatiles, remote sensing techniques, and instrument development. Key contributions include the first detection of molecular water on the sunlit lunar surface using SOFIA (2020) and co-leading NASA's VIPER mission to map lunar water resources. Research Interests: Lunar hydration mechanisms and distribution Infrared spectroscopy of planetary surfaces Instrumentation for space exploration (e.g., MIDAS, TINSIL) Extraterrestrial volatile cycles Terrestrial analogue studies Key Projects: PI of SOFIA lunar water mapping program Co-I on VIPER rover mission Member of RISE2 planetary fieldwork team Instrument development for PICASSO/DALI missions Awards: 2020 Best SOFIA Thesis 2018 UH Graduate Achievement Award 2017 AGU Poster Award Multiple scholarships for academic excellence Grants/Advising: Principal Investigator on 37+ observing runs $5M+ in NASA grants (SOFIA, IRTF, VIPER-related) Instrument development funding through NASA programs Labs/Teams: RISE2 SSERVI team NASA VIPER science team SOFIA science operations group

Ralf DohmenView profile

Researcher

• Experimental Petrology
• Theoretical Petrology
• Diffusion Processes
• +7 more

Ralf Dohmen is a Researcher at the Institute for Geology, Mineralogy and Geophysics of Ruhr-University Bochum . He specializes in experimental and theoretical petrology , focusing on diffusion processes in minerals and their role in quantifying reaction kinetics, element partitioning, and geological timescales. As Laboratory Head for Pulsed Laser Deposition , he develops thin-film techniques to study mineral diffusion and grain boundary behavior. Education: PhD (Dr. rer. nat.) in Geochemistry, University of Cologne (1999); Physics Diploma, University of Cologne (1996) Positions: Ruhr-University Bochum (1999–2009, 2010–present), University of Bristol (2009–2010) His research spans diffusion chronometry in magmatic systems, isotope fractionation during metamorphism, and Li transport in olivine linked to volcanic rock alteration. He collaborates internationally with institutions such as Imperial College London , University of Lille , and Bavarian Geoinstitute . Recent projects include modeling chemical zoning in meteorites and phenocrysts to constrain solar nebula oxidation events and magma recharge timescales. Dohmen has received the Best Paper award in American Mineralogist (1999) and contributes to teaching at the BSc and MSc levels, including Polarization Microscopy and Thin Section Exercises . His work bridges fundamental mineral physics to applied geochemical modeling.

• Remote Sensing
• Geographical Information Systems (GIS)
• Glacio-hydrology
• +11 more

Dr. Anshuman Bhardwaj is a Senior Lecturer at the University of Aberdeen within the School of Geosciences and Department of Geography and Environment . He is actively involved in research areas related to remote sensing, GIS, and planetary science, with a focus on Martian landforms and glacial hazards. Research Interests : Remote Sensing, GIS, Martian Surface Processes, Glaciology, Coastal Dynamics Teaching : Courses on GIS evolution, environmental mapping, and geophysics Publications : 15+ recent works on urban expansion modeling, glacier dynamics, and Mars mapping Current Projects include GLOF resilience strategies, Himalayan glacier monitoring, and UAV-based environmental monitoring.

• Organic Geochemistry
• Sedimentary Organic Matter
• Analytical Technologies
• +7 more

Stephen Bowden is a Senior Lecturer and Reader in the School of Geosciences at the University of Aberdeen . He specializes in Organic Geochemistry , focusing on chemical fossils, sedimentary organic matter, and analytical technologies for chemical analysis. His work spans international expeditions as a lead sedimentologist and geochemist, including roles on IODP Expedition 368 and Expedition 370 . He manages a research and consultancy laboratory while serving as a University Enterprise and Innovation Champion and technical advisor to companies like RAB Microfluidics and Glensol Enviroklean Solutions . Editorial Roles : Associate Editor for Frontiers in Organic Geochemistry and Journal Marine and Petroleum Geology Research Leadership : Involved in Nankai Trough and South China Sea projects His research integrates biomarker analysis , petroleum systems modeling , and Raman spectroscopy for astrobiological exploration. Recent publications examine silanol detection in extraterrestrial contexts, terrestrialization processes in the Rhynie Chert, and hydrocarbon reservoir characterization .