| Ağca | Can | University of California, Davis | Thermodynamic modeling (CALPHAD method), Experimental thermodynamics of oxide materials, High Temperature (above 1500°C) calorimetry, Novel characterization techniques |
| Ahmed | Imad | University of Oxford, UK | Redox-active nanomaterials, Nonequilibrium thermodynamics, Geochemical speciation |
| Akaogi | Masaki | Gakushuin University, Japan | High-pressure phase relations, Thermodynamics of mantle minerals and related compounds |
| Albert | Barbara | Technische Universitaet Darmstadt, Germany | Inorganic solids, Synthesis properties |
| Alp | Ercan | Advanced Photon Source, Argonne National Laboratory | Lattice dynamics, Phonons, Inelastic x-ray scattering |
| Anderko | Andre | OLI Systems Inc. | Electrolytes, Modeling, Corrosion |
| Andre | Remi | Setaram Instrumentation, France | Thermal analysis, Calorimetry, Gas&vapor sorption |
| Antoshechkina | Paula | Caltech | Computational thermodynamics, Silicate and carbonatite liquids, Mantle minerals |
| Anovitz | Lawrence | Oak Ridge National Lab | |
| Armstrong | Chris | Pacific Northwest National Lab | Plutonium materials, Crystallization Energetics, Nuclear Fuel Cycle |
| Arroyave | Raymundo | Texas A&M University | Alloy Theory, Phase Stability, CALPHAD |
| Asta | Mark | University of California, Berkeley | First-principles calculations, Multicomponent metallic alloys, Complex oxides and ceramics |
| Azad | Abdul-Majeed | Jet Propulsion Laboratory/California Institute of Technology | Application of Functional Materials in Space |
| to Baben | Moritz | GTT-Technologies, Germany | FactSage, CalPhaD, DFT |
| Badran | Mohamad | Instiut Jean-Lamour (Univ. Lorraine), France | Thermodynamics, CALPHAD modeling, Materials |
| Badro | James | Institut de Physique du Globe de Paris, France | High pressure phase equilibria, High pressure element partitioning, High pressure isotope fractionnation |
| Ballerat-Busserolles | Karine | CNRS - ICCF, France | Experimental thermodynamics, Gas absorption, Energetic properties |
| Barmak | Katayum | Columbia University | Materials synthesis and processing, Phase formation and transformation energies by calorimetry, X-ray diffraction and transmission electron microscopy (imaging, diffraction and crystal orientation mapping) |
| Benmore | Chris | Argonne National Lab | X-ray diffraction, Disordered Materials & Extreme conditions |
| Benning | Liane | German Research Centre for Geosciences GFZ, Potsdam, Germany | Interfaces, Nucleation, Synchrotron |
| Besmann | Theodore M | University of South Carolina | Nuclear materials, Compatibility, Property measurements |
| Bhagat | Ram | AECOM - Germantown | Interface, Nanoparticles, Coatings |
| Birkner | Nancy | Duke University | Nanophase thermodynamics, Synchrotron XAS, Surface - water - adsorbate interactions |
| Bordia | Rajendra | Clemson University | Ceramics, Extreme environment, Processing |
| Boulet | Pascal | Aix-Marseille University | Ab initio calculations, Phase stability, Lattice dynamics |
| Bratberg | Johan | Thermo-Calc Software | Software, Databases, ICME |
| Brinkman | Kyle | Clemson University | Ionic conductors, Nuclear waste forms, Grain boundary interfaces |
| Brown | J Michael | Earth and Space Sciences, University of Washington | High pressure thermodynamics of fluid solutions, Elasticity |
| Brown | Link | SETARAM Instrumentation | Thermal Analysis and calorimetry, Evolved gas analysis, Application solutions |
| Burnley | Pamela | University of Nevada, Las Vegas | Deformation, Phase equilibria, Phase transformations |
| Burns | Peter | University of Notre Dame | Nuclear materials, Metal oxide clusters, Actinide minerals |
| Caddick | Mark | Virginia Tech | Metamorphism, Petrology, Kinetics |
| Caracas | Razvan | CNRS, ENS de Lyon | Ab initio/first-principles simulations. Vibrational spectra. Supercritical phenomena |
| Casey | William | University of California, Davis | Aqueous solution chemistry, high-pressure chemistry, NMR spectroscopy |
| Castro | Ricardo | University of California, Davis | |
| Chakraborty | Sumit | Ruhr Universitaet Bochum, Germany | Defect thermodynamics, Element partitioning, Diffusion |
| Chen | Jiewei | University of California, Davis | Thermchemistry, Carbon-based materials, dielectric materials |
| Chen | Long-Qing | The Pennsylvania State University | Phase transitions, Inhomogeneous systems, Strain energy |
| Chen | Ming | Technical University of Denmark, Department of Energy Conversion and Storage | CALPHAD, Oxide, Phase transformation |
| Chen | Shuanglin | CompuTherm, LLC | CALPHAD, Algorithm, Alloy Design |
| Chen | Sinn-wen | National Tsing Hua University, Taiwan | Phase diagram, Thermoelectric, Solders |
| Chen | Wei | Illinois Institute of Technology | DFT |
| Chung | Cheng-Kai | University of California, Davis | Thermochemistry, Nuclear materials, Radiation damaging and annealing |
| Centeno | Jose | PDVSA | Geochemistry, Acid gases, Cement |
| Clark | Aurora | Washington State University | Molecular simulation, complex solutions, statistical mechanics |
| Clark | Simon | Macquarie University, Australia | High-Pressure Earth Planets |
| Cologna | Marco | Joint Research Centre of the European Commission, Germany | Electric Field Assisted Sintering, Nuclear Materials, Ceramic Materials Processing |
| Costa | Gustavo | NASA | Thermal and environmental coatings, Extreme planetary environments |
| Criscenti | Louise | Sandia National Lab | Adsorption, Interfaces, Nanoconfinement |
| Crispin | Katherine | Pennsylvania State University | Materials Characterization, Wavelength Dispersive Spectroscopy |
| Daniel | Isabelle | Universite Claude Bernard Lyon1, France | High-pressure phase relations, Fluid-mineral interactions, Raman & X-ray spectroscopy |
| Darvish | Shadi | Florida International University | Thermodynamic Modeling, CALPHAD, ICME |
| Dickson | Frank | University of California, Riverside (emeritus) | J. Willard Gibbs |
| Donadio | Davide | University of California, Davis | Nonequilibrium thermodynamics, Energy conversion, Surface chemistry |
| Dorfman | Susannah | Michigan State University | Phase equilibria in planetary interiors, Thermoelasticity, High pressure/temperature experiments |
| Drewitt | James | University of Bristol | Liquid Structure, Diffraction, Glasses |
| Drouet | Christophe | CNRS / University of Toulouse, France | Apatites, calcium phosphates and other (bio)minerals, Experimental calorimetry and predictive thermodynamics (Therm'AP free calculation sheet on apatite) |
| Duffy | Thomas | Princeton University | High pressure, Shock compression, X-ray diffraction |
| Dyar | Darby | Mount Holyoke College | Mossbauer, Spectroscopy, Raman |
| Dymek | Robert | Washington University in Saint Louis | |
| Eslamimanesh | Ali | OLI Systems Inc. | Thermodynamics of electrolyte systems, Fluid Phase Equilibria, Clathrate Hydrates |
| Estes | Shanna | Clemson University | Actinides, Interfacial, Redox |
| Estrada | Aurora | Universidad Nacional Autonoma de México | Environmental transport, Equilibrium |
| Fabrichnaya | Olga | Freiberg University of Mining and Technology, Germany | Thermal analysis, Thermodynamic modelling, ZrO2 based materials |
| Faller | Roland | University of California, Davis | Molecular Modeling, Multiscale Modeling, Free Energies |
| Feng | Dawei | University of Science and Technology Beijing, China | Metallurgy, Mines, Thermodynamics |
| Fish | Marcus | The Ceramic and Glass Industry Foundation | Ceramics, Glass, Foundation |
| Flandorfer | Hans | University of Vienna, Austria | Calorimetry, Thermal analysis, Experimental determination of phase diagrams, Crystallography, Emf and coulometric titration |
| Forbes | Tori | Univeristy of Iowa | X-ray diffraction, Actinide chemistry, metal organic materials |
| Fowler | Sarah | University of Bristol | AI molecular dynamics |
| Friscic | Tomislav | McGill University, Canada | X-ray diffraction, Green chemistry, Mechanochemistry, Solid-state chemistry, Material science, Polymorphs, Pharmaceuticals, Metal-organic frameworks |
| Guillemet-Fritsch | Sophie | Institut Carnot CIRIMAT/CNRS/UPS, Université Paul Sabatier. Bât. CIRIMAT, France | Low temperature synthesis of fine oxide powders,Shaping, SPS sintering (SPS), Electronic properties, Nanoceramics |
| Gammond | Lawrence | University of Bath | Disordered Materials, Extreme Conditions, Diffraction |
| Gardas | Ramesh | Indian Institute of Technology Madras | Thermophysical properties of novel solvents (Ionic liquids, DES, and their mixtures), Chemical Thermodynamics and Phase Equilibria of pure and multi component liquid mixtures, Group Contribution Methods, QSPR , and Correlating Equations |
| Ghiorso | Mark | OFM Research Inc. | Thermodynamic databases, Computational thermodynamics, Thermodynamic solution theory |
| Geiger | Charles A. | Salzburg University, Austria | Thermodynamcis, Calorimentry, Spectroscopy |
| Gilbert | Pupa | University of Wisconsin | Biomineralization, Phase transitions, Amorphous precursors, Crystallization by particle attachment (CPA) |
| Goldman | Nir | Lawrence Livermore National Laboratory | Quantum simulations, Semi-empirical and classical methods, Surface corrosion |
| Gong | Weiping | Huizhou University, China | Calphad, Database, Phase diagram |
| Gorsse | Stephane | ICMCB-CNRS | Metallurgy, Microstructure, High entropy alloys, Calphad |
| Gottschalk | Matthias | Helmholtz Centre Potsdam, Germany | Thermodynamic properties of pure phases, Mixing properties of solid solutions, Equation of state for complex fluids |
| Greathouse | Jeffery | Sandia National Lab | Molecular simulation (MD, GCMC), Mineral interfaces, Metal-organic frameworks |
| Guo | Xiaofeng | Washington State University | Materials under high T, P, Nuclear materials, Actinide solid state; calorimetry |
| Gysi | Alexander | Colorado School of Mines | Mineral deposits, Hydrothermal experimental geochemistry, Numerical modeling and thermodynamic databases |
| Harlov | Daniel | Helmholtz Centre Potsdam | Experimental determination and thermodynamic modelling of cation and anion mixing properties in minerals, Experimental investigation into and thermodynamic modelling of mineral-mineral and mineral-fluid equilibria, Fluid-aided chemical re-equilibration of minerals via coupled dissolution-reprecipitation processes |
| Hay | Randall | US Air Force | |
| Hays | James | University of Arizona | High-pressure phase equilibria, Crystallization kinetics, Planetary petrology |
| Hayun | Shmuel | Ben Gurion University, Israel | Thermochemistry of oxides, Thermophysical properties of metals and ceramics, Carbides |
| Helean | Kate | Sandia National Lab | |
| Hellman | Frances | University of California, Berkeley | Thin film calorimetry, Vapor deposited thin films, Amorphous materials |
| Hervig | Richard | Arizona State University | Light element microanalysis |
| Hess | Kai-Uwe | Ludwig-Maximilians-Universität | Thermal analysis, Flash DSC, Rheology |
| Holzheid | Astrid | Kiel University, Germany | Experimental petrology, high T geochemistry, Geomaterials |
| Hovis | Guy | Lafayette | Solution calorimetry, Thermodynamic mixing properties of solid solution series, Thermodynamic properties of minerals and other materials |
| Huang | Dai | Sinosteel Advanced Materials (Zhejiang) Co. Ltd. | Structure, Irradiation, Diffraction |
| Huang | Fang | Rensselaer Polytechnic Institute | Fluid-Rock interaction |
| Hughes | Jim | PQ Corp. | Synthesis, Zeolite, Porous Material |
| Huizenga | Jan Marten | James Cook University, Australia | Thermodynamic modelling of carbon-oxygen-hydrogen (C-O-H) fluids in the Earth’s crust and mantle |
| Iacovino | Kayla | Arizona State University | Volcanic degassing, magmatic volatiles, and experimental petrology |
| Ipser | Herbert | University of Vienna | Experimental Thermodynamics |
| Irle | Stephan | Oak Ridge National Laboratory | Theory, Simulations, Selfassembly |
| Islam | Saiful | Bath University, UK | Atomistic computer modelling, Lithium battery materials, Perovskite solar cell materials |
| Jacobs | Michael | Institute of Metallurgy, TU-Clausthal, Germany | HighPressure, Elasticity, Mineral Physics |
| Jacobson | Nathan | NASA | Knudsen effusion mass spectrometry, High temperature vaporization, Gas/solid reactions |
| Jahn | Sandro | University of Cologne, Germany | Ab initio simulations, Mineral physics, Melts and fluids |
| Kabengi | Nadine | Georgia State University | Surface and interfacial chemistry, nanogeosciences, flow microcalorimetry |
| Kauzlarich | Susan | University of California, Davis | Zintl phases, Nanomaterials, Thermoelectrics |
| Kavner | Abby | University of California, Los Angeles | Mineral physics at high pressure and temperature |
| Kellogg | Louise | University of California, Davis | Computational geophysics, Scientific visualization |
| Kharbachi | Abdel El | Institute for Energy Technology (IFE), Norway | Energy Materials, Thermodynamics of hydrides, CALPHAD |
| Khvan | Alexandra | National University of Science and Technology "MISIS", Russia | Experimental and computational thermochemistry of inorganic materials, Formation of metastable phases, Development of the new Pure elements database (3rd generation Calphad) |
| King | Sean | Intel Corporation | Nitride, Carbide, Organo-silicate |
| Kohara | Shinji | Japan Synchrotron Radiation Research Institute, Japan | Oxide glasses and high-temperature liquids, X-ray and neutron diffraction |
| Kojitani | Hiroshi | Gakushuin University, Japan | High-pressure phase relations, Thermodynamics of mantle minerals and related compounds |
| Kornev | Konstantin | Clemson University | Thermodynamics of surfaces/interfaces, Ternary systems |
| Koryttseva | Anastasia | Lobachevsky State University, Russia | Energy related materials", Hydrothermal and solid state synthesis, Eenthalpy of formation |
| Kovachev | Krasen | University of California, Davis | Troubleshooting, repair and maintenance of specific, custom-built, and standard research equipment, Platinum-ware design and craftsmanship, Instrumentation development |
| Kowalski | Benjamin | NASA | Knudsen effusion mass spectrometry, high temperature vaporization, High temperature piezoelectrics |
| Kriven | Waltraud | University of Illinois at Urbana-Champaign | In situ, HT synchrotron studies of phase transformations, Thermal expansions, Phase diagrams and chemical reactions of ceramics |
| Kulik | Dmitrii | Paul Scherrer Institut, Switzerland | Computational thermodynamics: GEMS, Databases, Solid solutions, Sorption |
| Kulis | Michael J. | NASA Glenn Research Center | CALPHAD database oxides |
| Laberty | Christel | UPMC Sorbonne University, France | Inorganic materials, Hybrid materials, Energy application |
| Lamb | Will | Texas A&M University | Geology, Metamorphic, Geochemistry |
| Lanari | Pierre | University of Bern, Switzerland | Modeling, Phase equilibria, Garnet |
| Lang | Maik | University of Tennessee Knoxville | Ceramics, Ion irradiation, Defects, Neutron total scattering, Order-disorder |
| Lawson | John | NASA Ames Research Center | Phase diagrams, Ab initio methods |
| Lepple | Maren | DECHEMA-Forschungsinstitut, High Temperature Materials, Germany | Thermal analysis and calorimetry, CALPHAD, Oxides. |
| Levi | Carlos | University of California, Santa Barbara | High temperature coatings, thermochemical interactions, phase equilibria |
| Li | Jackie | University of Michigan | Mineral physics, Geochemistry, Earth materias |
| Liao | Changzhong | The University of Hong Kong | Nuclear Waste Immobilization, X-ray and Electron Diffraction, X-ray Absorption Spectroscopy |
| Liebermann | Robert | Stony Brook University | Elasticity, Ultrasonics, High pressure |
| Lilova | Kristina | University of California, Davis/PEaK Scientific Consulting | Experimental thermodynamics, calorimetry, scientific consulting |
| Liu | Gang-Yu | University of California, Davis | |
| Liu | Jin | Stanford University | High pressure, Mineral physics, Geochemistry |
| Lord | Oliver | University of Bristol, UK | High-pressure phase relations, Laser-heated diamond anvil cell, Mineral physics |
| Lothenbach | Barbara | Empa, Switzerland | Cement, Solubility, GEMS |
| Louvel | Marion | University of Bristol, UK | In situ experiments, High-temperature fluids, Metal complexes |
| Lv | Mingda | Michigan State University | Geophysics, Geochemistry, Geodynamics |
| Mackwell | Stephen | USRA | Diffusion, Deformation, Kinetics |
| Macris | Catherine | Indiana University - Purdue University Indianapolis | High temperature geochemistry, Experimental petrology, Impact processes |
| Madsen | Lynnette | National Science Foundation | Policy, Science, Thermodynamics, Education |
| Mahajan | Subhash | University of California, Davis | Kinetically controlled phase separation, atomic ordering in mixed III-V and III-N layers |
| Majzlan | Juraj | University of Jena, Germany | Minerals, element mobility, Ore deposits |
| Makov | Guy | Ben Gurion University | Computational thermodynamics, Liquids and amorphous materials, High-pressure thermodynamics |
| Manara | Dario | Institute for Transuranium Elements (ITU), Germany | Laser heating, Nuclear materials, Raman spectroscopy |
| Manning | Craig | University of California, Los Angeles | Thermodynamic properties of minerals and aqueous species and silicate liquids, phase equilibrium, TD models (mass transfer by fluids and melts in geologic systems) |
| Maram | Pardha Saradhi | PEaK Scientific Consulting | Solid State Thermodynamics, Crystallography, Heterogeneous Catalysis |
| Marinescu | Cornelia | Institute of Physical Chemistry "Ilie Murgulescu", Romania | Perovskites, Nanocomposites, Kinetics |
| McCloy | John | Washington State University | Nuclear, Glass, mineralogy |
| McCormack | Scott | University of Illinois at Urbana-Champaign | In-Situ high temperature X-ray diffraction (up to 3200 ËšC), Crystallographic anisotropic thermal expansion, Phase diagrams, Ceramic materials |
| McMurray | Jake W. | Oak Ridge National Lab | CALPHAD, Thermal analysis, Ceramic nuclear fuels |
| Mera | Gabriela | Technical University of Darmstadt, Germany | Nanocarbon, Multifunctional polymer-derived nanoceramics, Nanostructure |
| Meschel | Susan V. | Illinois Institute of Technology | Calorimetry, Thermochemistry, Alloys |
| Miani | Fabio | University of Udine, Italy | Calphad, Iron Carbides, Semisolid Processing |
| Miller | Quin | Pacific Northwest National Lab | Geochemistry, Interfaces, Fluid-rock |
| Mitchell | Jeremy | Los Alamos National Laboratory | Plutonium, Phase stability, Dilatometry |
| Mielewczyk-Gryn | Aleksandra | Gdansk University of Technology, Poland | Ionic condutors, Solid oxide fuel cells, Hydration energetics |
| Mogk | David | Montana State University | Phase Equilibria, Nanoscience |
| Montross | Charles | Portland State University | Metal, Intermetallic, Ceramic |
| Moore | Gordon | University of California, Davis | Experiments, Glasses, Silicate liquids |
| Morishita | Masao | University of Hyogo, Japan | Heat capacity at 2-1500 K, Aqueous solution calorimetry, Phase diagram |
| Morrison | Aaron | University of Missouri | Rheology (lava and planetary ices), Experimental petrology, Calorimetry |
| Motalov | Vladimir | Ivanovo State University of Chemistry and Technology | High temperature mass spectrometry, Chemical thermodynamics, Vapor pressure |
| Murray | Dylan | University of California Davis | Protein phase transition |
| Nagabhushana | GP | University of Calgary, Canada | Photocatalysis, Hybrid perovskites, Thermochemistry |
| Naguib | Michael | Oak Ridge National Lab | Two-dimensional materials, and novel materials for electrochemical energy storage and conversion |
| Nasipuri | Pritam | Indian institute of science education and research bhopal | Pseudosection, Monazite, Thermobarometry |
| Navrotsky | Alexandra | University of California, Davis | Calorimetry, Nuclear materials,Porous materials, Ceramics, Minerals |
| Neil | John | University of California, Davis (retired) | Minerals, Geochemistry, Inorganic materials |
| Nenoff | Tina | Sandia National Lab | Nanoporous materials, Synthesis and characterization,Structure-property relationship |
| Neuhoff | Philip | Rock Flat Minerals/Wildcat Diversified Investment | Computational thermodynamics, Thermodynamics of nanomaterials, Geomimetics |
| Neuville | | CNRS IPGP | Glass, Melts, Mineral |
| Nyman | May | Oregon State University | Metal-oxo clusters, Polyoxometalates, Aqueous speciation |
| Opila | Elizabeth | University of Virginia | Oxidation, Volatility, Diffusion |
| Pantazidis | August | Technical University of Crete | |
| Pattison | David | University of Calgary, Canada | Metamorphic petrology, Phase equilibria, Kinetics |
| Pearce | Carolyn | Pacific Northwest National Laboratory | Materials characterization in extreme environments |
| Pei | Guishang | Chongqing University | Heat capacity, Computational thermodynamics, Phase diagrams |
| Peng | Fei | Clemson University | Ceramics, Thermal analysis, Thermodynamics |
| Perez-Zarate | Daniel | National Council of Science and Technology, Mexico | Water rock interaction |
| Pierce | Eric | Oak Ridge National Lab | |
| Piro | Markus | University of Ontario Institute of Technology, Canada | Computational thermodynamics, Thermal analysis experimentation, Nuclear materials |
| Provis | John | University of Sheffield, UK | Cements, Silicates |
| Posner | Esther | Bayerisches Geoinstitut, Germany | High P-T experimental geochemistry, Ab initio calculations, Transport and structural properties of minerals and melts |
| Post | Ekkehard | NETZSCH Geraetebau GmbH | Thermal Analysis, Evolved Gas Analysis, high temperature inorganics |
| Putirka | Keith | California State University, Fresno | Volcanic Systems, Exoplanets, Mantle Processes, Thermobarometry |
| Rabinowitz | Charlie | METTLER TOLEDO | High temperature calorimetry, Fast scanning calorimetry, Phase changes, Polymorphism, Crystallization |
| Radovic | Miladin | Texas A&M University | MAX phases and MXenes, Solid State Ionics, Resonant Ultrasound Spectroscopy |
| Rao | Y. K. | University of Washington | Equilibrium, Rate Phenomena |
| Rapaud | Olivier | University of Limoges, France | Thermodynamic modelling (Calphad), Thermodynamic data acquisition, Non-oxide ceramics (carbides, borides, nitrides) |
| Rawat | Deepak | Bhabha Atomic Research Centre, India | Calorimetry, Phosphates, Thermodynamics |
| Record | Marie-Christine | Université d'Aix-Marseille, France | Phase diagrams (exp. and calc.), Phase transformations, Differential Scanning Calorimetry |
| Riman | Richard | Rutgers University | Materials synthesis by hydrothermal methods, Design of experiments using thermodynamics, Solubility of inorganic compounds in water, Sustainable materials manufacturing |
| Rioux | Robert | Penn State University | |
| Risbud | Subhash | University of California, Davis | Thermodynamics of silicate melts, phase equilibria, glass-ceramics |
| Roehling | Tien | Lawrence Livermore National Lab | Thermochemistry of oxides, thermophysical properties of metals and ceramics |
| Rogers | David M. | University of South Florida | Multiscale modeling, Electrolytes at interfaces, Nonequilibrium statistical mechanics |
| Ross | Nancy | Virginia Tech | Framework materials, Lattice vibrations, Crystal structures, High pressure |
| Rosso | Kevin | Pacific Northwest National Lab | Geochemistry, Mineralogy, and Interfaces |