GSECARS 2025 Users

Zain Hussein, Irina Shaporeva, Daniel Garcia, James Vazquez (Florida International University) and Stella Chariton (University of Chicago) research high pressure behavior of lanthanum borates, 13 IDD, Dec 2025.

Zain Hussein, Irina Shaporeva, Daniel Garcia, James Vazquez (Florida International University) and Stella Chariton (University of Chicago) research high pressure behavior of lanthanum borates, 13 IDD, Dec 2025.

Luisa Chavarria Chavarria, Susannah Dorfman and Biao Wang (Michigan State University) study the effect of sodium on stability and equation of state of CaSiO3 perovskite (davemaoite), 13 IDD, Dec 2025.

Luisa Chavarria Chavarria, Susannah Dorfman and Biao Wang (Michigan State University) study the effect of sodium on stability and equation of state of CaSiO3 perovskite (davemaoite), 13 IDD, Dec 2025.

Matt Newville (UofC), Chiara Elmi, Bryce Vick and Nate Sullivan (James Madison University) explore geochemical pathways in the formation of Mn oxide deposits, 13 IDE, Dec 2025.

Matt Newville (UofC), Chiara Elmi, Bryce Vick and Nate Sullivan (James Madison University) explore geochemical pathways in the formation of Mn oxide deposits, 13 IDE, Dec 2025.

Stella Chariton (University of Chicago), Tim Strobel, Shubham Sinha and Wencheng Lu (Carnegie Institution of Washington) study High-Tc Superconducting hydrides at low pressure, 13 IDD, Dec 2025.

Stella Chariton (University of Chicago), Tim Strobel, Shubham Sinha and Wencheng Lu (Carnegie Institution of Washington) study High-Tc Superconducting hydrides at low pressure, 13 IDD, Dec 2025.

William Palfey (Howard University) and Alex Goncharov (Carnegie Institution of Washington) work on the synthesis and characterization of novel polymeric and polyatomic compounds at high pressures, 13 IDD, Dec 2025.

William Palfey (Howard University) and Alex Goncharov (Carnegie Institution of Washington) work on the synthesis and characterization of novel polymeric and polyatomic compounds at high pressures, 13 IDD, Dec 2025.

Yong Park and Seongmin Ha (Seoul National University) conduct deformation experiments of epidote blueschist and implications for earthquake-triggering mechanism, 13 BMD, Dec 2025.

Yong Park and Seongmin Ha (Seoul National University) conduct deformation experiments of epidote blueschist and implications for earthquake-triggering mechanism, 13 BMD, Dec 2025.

Isabelle Rein (Purdue University) evaluates the spatial distribution of sulfur speciation in Ediacaran-Cambrian carbonates for marine redox upheaval and faunal turnover, 13 IDE, Dec 2025.

Isabelle Rein (Purdue University) evaluates the spatial distribution of sulfur speciation in Ediacaran-Cambrian carbonates for marine redox upheaval and faunal turnover, 13 IDE, Dec 2025.

Julia Neumann and Ahmet Uysal (ANL) study cerium oxide nanoparticle adsorption on mineral surfaces, 13 BMC, Dec 2025.

Julia Neumann and Ahmet Uysal (ANL) study cerium oxide nanoparticle adsorption on mineral surfaces, 13 BMC, Dec 2025.

Yingwei Fei and Jing Yang (Carnegie Institution of Washington) study the density and structure of iron-alloys under inner-core conditions, 13 IDD, Dec2025.

Yingwei Fei and Jing Yang (Carnegie Institution of Washington) study the density and structure of iron-alloys under inner-core conditions, 13 IDD, Dec2025.

Xuyang Meng (China University of Geosciences), Brian Konecke, Adam Simon and Yanbing Ji (University of Michigan) use sulfur speciation in apatite to constrain the redox evolution of magmas in porphyry molybdenum systems with insights from µ-XANES analysis, 13 IDE, Dec 2025.

Xuyang Meng (China University of Geosciences), Brian Konecke, Adam Simon and Yanbing Ji (University of Michigan) use sulfur speciation in apatite to constrain the redox evolution of magmas in porphyry molybdenum systems with insights from µ-XANES analysis, 13 IDE, Dec 2025.

Juliane Weber and Dongyoun Chung (Oak Ridge National Laboratory) study the effect of aqueous impurities on the transformation of MgO into Mg(OH)2 and subsequent carbonation using time-resolved X-ray diffraction, 13 BMC, Dec 2025.

Juliane Weber and Dongyoun Chung (Oak Ridge National Laboratory) study the effect of aqueous impurities on the transformation of MgO into Mg(OH)2 and subsequent carbonation using time-resolved X-ray diffraction, 13 BMC, Dec 2025.

Khagesh Kumar and Colton Ginter (Argonne National Laboratory) work on mapping of argyrodite solid electrolyte and NMC cathode interface with thermal treatment, 13 IDE, Dec 2025.

Khagesh Kumar and Colton Ginter (Argonne National Laboratory) work on mapping of argyrodite solid electrolyte and NMC cathode interface with thermal treatment, 13 IDE, Dec 2025.

Maia Cohen (Woods Hole Oceanographic Institution) researches damage and seismicity across the quartz alpha-beta transition with new insights from combined X-ray diffraction, high-pressure experimentation, and acoustic analyses, 13 BMD, Dec 2025.

Maia Cohen (Woods Hole Oceanographic Institution) researches damage and seismicity across the quartz alpha-beta transition with new insights from combined X-ray diffraction, high-pressure experimentation, and acoustic analyses, 13 BMD, Dec 2025.

Rong Huang (University of Michigan) and Stella Chariton (University of Chicago) research the disproportionation of iron in planetary magma oceans, 13 IDD, Nov 2025.

Rong Huang (University of Michigan) and Stella Chariton (University of Chicago) research the disproportionation of iron in planetary magma oceans, 13 IDD, Nov 2025.

Dongzhou Zhang (University of Chicago), Bin Zhao (University of Hawaii) and Yoshiyuki Okuda, Bin Chen (University of Hawaii via Zoom) work on the determination of the thermal equation of state of pure and Ti-bearing CaSiO3 perovskite, 13 IDD, Nov 2025.

Dongzhou Zhang (University of Chicago), Bin Zhao (University of Hawaii) and Yoshiyuki Okuda, Bin Chen (University of Hawaii via Zoom) work on the determination of the thermal equation of state of pure and Ti-bearing CaSiO3 perovskite, 13 IDD, Nov 2025.

Anna Lesko, Anthony Chappaz and Carmine Sabatini (Central Michigan University) work on combining Mo and V speciation analysis in black shales: Refining the understanding of the redox oscillation during the Cambrian bio-explosion, 13 IDE, Nov 2025.

Anna Lesko, Anthony Chappaz and Carmine Sabatini (Central Michigan University) work on combining Mo and V speciation analysis in black shales: Refining the understanding of the redox oscillation during the Cambrian bio-explosion, 13 IDE, Nov 2025.

First users at 13 IDD after beamline upgrade! Allison Pease, Ava Campbell, Taehyun Kim, Alem Tukic (Arizona State University) and Stella Chariton (University of Chicago) study chemical reactions between H2-H2O fluids and silicates, and implications for the sub-Neptune exoplanets, 13 IDD, Nov 2025.

First users at 13 IDD after beamline upgrade! Allison Pease, Ava Campbell, Taehyun Kim, Alem Tukic (Arizona State University) and Stella Chariton (University of Chicago) study chemical reactions between H2-H2O fluids and silicates, and implications for the sub-Neptune exoplanets, 13 IDD, Nov 2025.

Carmine Sabatini (Central Michigan University) and Frances Meyer (Penn State University) work on improving the paleo-redox proxy by assessing uranium speciation in reducing sedimentary settings, 13 IDE, Nov 2025.

Carmine Sabatini (Central Michigan University) and Frances Meyer (Penn State University) work on improving the paleo-redox proxy by assessing uranium speciation in reducing sedimentary settings, 13 IDE, Nov 2025.

Suin Choi, Leeann Sun and Jiadong Liu (University of Chicago) work on probing ion-channel interactions in functionalized angstrom-scale two-dimensional channels using synchrotron X-ray diffraction, 13 BMC, Nov 2025.

Suin Choi, Leeann Sun and Jiadong Liu (University of Chicago) work on probing ion-channel interactions in functionalized angstrom-scale two-dimensional channels using synchrotron X-ray diffraction, 13 BMC, Nov 2025.

Asef Ishraq Sadaf, Evan Bozek, Prabhav Borate, Parisa Shokouhi (Penn State University) and Max Yakovlev (University of Chicago) conduct studies to understand the coupled linear/nonlinear elastodynamic and hydraulic response of fractured rocks under load, 13 BMD, Nov 2025.

Asef Ishraq Sadaf, Evan Bozek, Prabhav Borate, Parisa Shokouhi (Penn State University) and Max Yakovlev (University of Chicago) conduct studies to understand the coupled linear/nonlinear elastodynamic and hydraulic response of fractured rocks under load, 13 BMD, Nov 2025.

Isabelle Price (SUNY Fredonia) researches the redox state in Mesoproterozoic orogenic lower crust with perspective from the Grenville Province, 13 IDE, Oct 2025.

Isabelle Price (SUNY Fredonia) researches the redox state in Mesoproterozoic orogenic lower crust with perspective from the Grenville Province, 13 IDE, Oct 2025.

Bill Lu, George Charalambous and Jacky Bracco (Queens College, City University of New York) study nucleation, growth, and removal of secondary phases on the scaling mineral celestite, 13 IDC, Nov 2025.

Bill Lu, George Charalambous and Jacky Bracco (Queens College, City University of New York) study nucleation, growth, and removal of secondary phases on the scaling mineral celestite, 13 IDC, Nov 2025.

Andrea Goltz (Washington University), Laura Breitenfeld and Melinda Dyar (Planetary Science Institute) study XAS of mineral standards for calibrations of oxygen fugacity and redox state, 13 IDE, Nov 2025.

Andrea Goltz (Washington University), Laura Breitenfeld and Melinda Dyar (Planetary Science Institute) study XAS of mineral standards for calibrations of oxygen fugacity and redox state, 13 IDE, Nov 2025.

Bin Zhao (University of Hawaii) researches the experimental determination of isotopic fractionation of lower-mantle minerals with hexa-coordinated silicon, 13 BMC, Nov 2025.

Bin Zhao (University of Hawaii) researches the experimental determination of isotopic fractionation of lower-mantle minerals with hexa-coordinated silicon, 13 BMC, Nov 2025.

Wenfeng Li and Mohmad Mohsin Thakur (Los Alamos National Laboratory) conduct studies of flow regime visualization for gas migration in liquid stemming columns using X-Ray synchrotron imaging, 13 BMD, Nov 2025.

Wenfeng Li and Mohmad Mohsin Thakur (Los Alamos National Laboratory) conduct studies of flow regime visualization for gas migration in liquid stemming columns using X-Ray synchrotron imaging, 13 BMD, Nov 2025.

Yichuan Zhu and Xiong Bi (Temple University) work on advanced micro-CT imaging for analyzing thermo-hydro-mechanical properties in granular materials, 13 BMD, Nov. 2025.

Yichuan Zhu and Xiong Bi (Temple University) work on advanced micro-CT imaging for analyzing thermo-hydro-mechanical properties in granular materials, 13 BMD, Nov. 2025.

Roberto Colina-Ruiz (University of Chicago) works on characterizing metal(loid) speciation and redox transformations in wildfire ash: from bulk to sub-nanometric scale, 13 IDE, Nov 2025.

Roberto Colina-Ruiz (University of Chicago) works on characterizing metal(loid) speciation and redox transformations in wildfire ash: from bulk to sub-nanometric scale, 13 IDE, Nov 2025.

Travis Hager, Wenlu Zhu and Megan Ryan (University of Maryland) conduct an experimental investigation of fault propagation and frictional instability, 13 BMD, Nov 2025.

Travis Hager, Wenlu Zhu and Megan Ryan (University of Maryland) conduct an experimental investigation of fault propagation and frictional instability, 13 BMD, Nov 2025.

Sang Soo Lee, Ana Suzana (Argonne National Lab) look to visualize structural evolution of the electrical double layer using time-resolved resonant anomalous X-ray reflectivity, 13 IDC, Nov 2025.

Sang Soo Lee, Ana Suzana (Argonne National Lab) look to visualize structural evolution of the electrical double layer using time-resolved resonant anomalous X-ray reflectivity, 13 IDC, Nov 2025.

Biao Wang (Michigan State University) prepares his DAC for upcoming beamtime where he will investigate the bridgmanite to post-perovskite phase transition, 13 IDD, Nov 2025.

Biao Wang (Michigan State University) prepares his DAC for upcoming beamtime where he will investigate the bridgmanite to post-perovskite phase transition, 13 IDD, Nov 2025.

An exhausted, yet happy, user at GSECARS 13 BMD

An exhausted, yet happy, user at GSECARS 13 BMD

Malgorzata Korbas (ANL) investigates the chemical characterization of the cortex layer in two lichen species: Polycauliona candelaria and Xanthomendoza, 13 IDE, Oct 2025.

Malgorzata Korbas (ANL) investigates the chemical characterization of the cortex layer in two lichen species: Polycauliona candelaria and Xanthomendoza, 13 IDE, Oct 2025.

Aaron Ashley and Thomas Bonnefond (Laboratoire Magmas et Volcans) investigate high pressure viscosities of aluminosilicate melts, 13 IDD, Oct. 2025.

Aaron Ashley and Thomas Bonnefond (Laboratoire Magmas et Volcans) investigate high pressure viscosities of aluminosilicate melts, 13 IDD, Oct. 2025.

Qi Chen (University of Chicago) investigates the viscosity of Fe-bearing andesitic melts at upper mantle conditions, 13 IDD, Oct 2025.

Qi Chen (University of Chicago) investigates the viscosity of Fe-bearing andesitic melts at upper mantle conditions, 13 IDD, Oct 2025.

Students from Yonsei University and Gwangju Institute of Science and Technology study high-temperature and high-pressure reactions of microplastics and Mn oxide mineral to foresee the metamorphic signature of the Anthropocene, 13 BMD, Oct 2025.

Students from Yonsei University and Gwangju Institute of Science and Technology study high-temperature and high-pressure reactions of microplastics and Mn oxide mineral to foresee the metamorphic signature of the Anthropocene, 13 BMD, Oct 2025.

James Hall, Leena Cycil, Baylee Colburn, and Eduardo Martinez (University of Nevada, Las Vegas) examine the potential elemental and structural biosignatures in clay minerals in preparation for sample return from Mars, 13 IDE, Oct 2025.

James Hall, Leena Cycil, Baylee Colburn, and Eduardo Martinez (University of Nevada, Las Vegas) examine the potential elemental and structural biosignatures in clay minerals in preparation for sample return from Mars, 13 IDE, Oct 2025.

Jiasen Hu (Texas A&M University) studies the pressure-induced spin transition of iron and effect on the equation of state in Fe-bearing CaSiO3, 13 BMC, Oct 2025.

Jiasen Hu (Texas A&M University) studies the pressure-induced spin transition of iron and effect on the equation of state in Fe-bearing CaSiO3, 13 BMC, Oct 2025.

Trevor Tyson (New Jersey Institute of Technology) studies the pressure dependent properties of the Fe3-xGeTe2 2D magnet system, 13 BMD, Oct 2025.

Trevor Tyson (New Jersey Institute of Technology) studies the pressure dependent properties of the Fe3-xGeTe2 2D magnet system, 13 BMD, Oct 2025.

Ruiqi Yang, Kaden Wheeler and Shomeek Mukhopadhyay (Yale University) conduct an X-ray diffraction study of superconducting H3S in a graphene-confined composite system under high pressure, 13 IDD, Oct 2025.

Ruiqi Yang, Kaden Wheeler and Shomeek Mukhopadhyay (Yale University) conduct an X-ray diffraction study of superconducting H3S in a graphene-confined composite system under high pressure, 13 IDD, Oct 2025.

Jiasen Hu and Wenhao Su (not pictured) from Texas A&M University, study the high pressure-temperature (P-T) equation of state and stability fields of cubic and tetragonal Ti, Al, Fe, Mg-bearing Ca-pv under lower mantle conditions,13 BMC, Oct 2025.

Jiasen Hu and Wenhao Su (not pictured) from Texas A&M University, study the high pressure-temperature (P-T) equation of state and stability fields of cubic and tetragonal Ti, Al, Fe, Mg-bearing Ca-pv under lower mantle conditions,13 BMC, Oct 2025.

Bryce Watkins, Jerome Specht and Liliana Lefticariu (Southern Illinois University) research phyllosilicate transformation via open-system acid alteration with implications for secondary Martian deposits, 13 IDE, Oct 2025.

Bryce Watkins, Jerome Specht and Liliana Lefticariu (Southern Illinois University) research phyllosilicate transformation via open-system acid alteration with implications for secondary Martian deposits, 13 IDE, Oct 2025.

Qiao Yan, Yinghao Wen and Hang Xu (Georgia Institute of Technology) initiate a comprehensive understanding of gallium speciation in bauxite and red mud for optimized recovery, 13 IDE, Oct 2025.

Qiao Yan, Yinghao Wen and Hang Xu (Georgia Institute of Technology) initiate a comprehensive understanding of gallium speciation in bauxite and red mud for optimized recovery, 13 IDE, Oct 2025.

Amanda Chen (Stanford University) conducts research into the valence state of iron in the Kondo insulator candidate FeSb2 at extreme conditions and implications for their unconventional quantum oscillations, 13 IDE, Oct 2025.

Amanda Chen (Stanford University) conducts research into the valence state of iron in the Kondo insulator candidate FeSb2 at extreme conditions and implications for their unconventional quantum oscillations, 13 IDE, Oct 2025.

Bin Zhao (U Hawaii) researches the structure of hydrous diopside melt under high pressure using X-ray diffraction, 13 IDC, Oct 2025.

Bin Zhao (U Hawaii) researches the structure of hydrous diopside melt under high pressure using X-ray diffraction, 13 IDC, Oct 2025.

Peng Ni, Sarina Ortiz-Stock (UCLA) and Steven Shirey (Carnegie Inst of Washington) with GSE beamline scientist Dongzhou Zhang (UofC) conduct synchrotron X-ray diffraction analysis of mineral inclusions in sublithospheric diamonds, 13 BMC, Oct 2025.

Peng Ni, Sarina Ortiz-Stock (UCLA) and Steven Shirey (Carnegie Inst of Washington) with GSE beamline scientist Dongzhou Zhang (UofC) conduct synchrotron X-ray diffraction analysis of mineral inclusions in sublithospheric diamonds, 13 BMC, Oct 2025.

Sean Shien and Mauritz van Zyl (U Western Ontario) conduct a high-pressure brillouin spectroscopy study of reidite, 13 BMD, Oct 2025.

Sean Shien and Mauritz van Zyl (U Western Ontario) conduct a high-pressure brillouin spectroscopy study of reidite, 13 BMD, Oct 2025.

Jacob Fritsky and Huifei Zhai (Arizona State University) study the effect of preferential site ordering on pressure-induced phase transitions in Sm3Ru4Sn13-xGex, 13 BMC, October 2025.

Jacob Fritsky and Huifei Zhai (Arizona State University) study the effect of preferential site ordering on pressure-induced phase transitions in Sm3Ru4Sn13-xGex, 13 BMC, October 2025.

Juyong Bak, Anna Thomas and Athena Nghiem (UW Madison) study arsenic mobilization in peat-influenced aquifers through synchrotron-based speciation, 13 IDE, Oct 2025.

Juyong Bak, Anna Thomas and Athena Nghiem (UW Madison) study arsenic mobilization in peat-influenced aquifers through synchrotron-based speciation, 13 IDE, Oct 2025.

Tony Yu (University of Chicago) setting up the Paris Edinburgh cell assembly toward developing resistive heating above 3000 K for in-situ high temperature liquid structure study in a multi anvil press, 13 IDC, Sept 2025.

Tony Yu (University of Chicago) setting up the Paris Edinburgh cell assembly toward developing resistive heating above 3000 K for in-situ high temperature liquid structure study in a multi anvil press, 13 IDC, Sept 2025.

Wentao Cao and Isabelle Price (SUNY Fredonia) investigate the redox state in Mesoproterozoic orogenic lower crust: perspective from the Grenville Province, 13 IDE, Sept 2025.

Wentao Cao and Isabelle Price (SUNY Fredonia) investigate the redox state in Mesoproterozoic orogenic lower crust: perspective from the Grenville Province, 13 IDE, Sept 2025.

Hannah Bartels and Leonard Vincent Majaducon (Stanford) research perovskite heterostructures under high pressures, 13 BMC, Sept 2025.

Hannah Bartels and Leonard Vincent Majaducon (Stanford) research perovskite heterostructures under high pressures, 13 BMC, Sept 2025.

Mollie Pope (Washington State University) investigates how the Upper Mantle and Lower Crust become oxidized: combined Fe- and S-XANES in apatite and scapolite, 13 IDE, Sept 2025.

Mollie Pope (Washington State University) investigates how the Upper Mantle and Lower Crust become oxidized: combined Fe- and S-XANES in apatite and scapolite, 13 IDE, Sept 2025.

Young Jay Ryu (University of Chicago) is working on developing angle-dispersive X-ray techniques with multi-channel collimator and brillouin spectroscopy to analyze silicate melts at extreme conditions, 13 BMD, Sept 2025.

Young Jay Ryu (University of Chicago) is working on developing angle-dispersive X-ray techniques with multi-channel collimator and brillouin spectroscopy to analyze silicate melts at extreme conditions, 13 BMD, Sept 2025.

Daniel Coulthard (Colorado State University) and Allan Lerner (USGS) work on the determination of sulfur speciation in dacitic glass from synthetic analogues of hazardous evolved magmas, 13 IDE, Sept 2025.

Daniel Coulthard (Colorado State University) and Allan Lerner (USGS) work on the determination of sulfur speciation in dacitic glass from synthetic analogues of hazardous evolved magmas, 13 IDE, Sept 2025.

Ryan Murphy and Catherine Badding (MIT) conduct offline work for high-pressure multi-anvil press synthesis of RuBi4, 13 IDD, August 2025

Ryan Murphy and Catherine Badding (MIT) conduct offline work for high-pressure multi-anvil press synthesis of RuBi4, 13 IDD, August 2025

Brock Medernach and Suzanne Autrey (Northern IL University) work on garnet synthesis to test QuiG geobarometry, 13 IDD LVP offline, Aug 2025.

Brock Medernach and Suzanne Autrey (Northern IL University) work on garnet synthesis to test QuiG geobarometry, 13 IDD LVP offline, Aug 2025.

Yu Zhang (Argonne National Lab) works on the high-pressure synthesis of barium potassium antimonate, 13 IDD, August 2025.

Yu Zhang (Argonne National Lab) works on the high-pressure synthesis of barium potassium antimonate, 13 IDD, August 2025.

Malgorzata Korbas and James O'Sullivan (eBERlight Program, Argonne National Laboratory) study distribution and speciation of metals in plants grown in contaminated soils, 13 IDE, August 2025.

Malgorzata Korbas and James O’Sullivan (eBERlight Program, Argonne National Laboratory) study distribution and speciation of metals in plants grown in contaminated soils, 13 IDE, August 2025.

Konrad Burkmann (Arizona State University) works on the determination of the thermoelastic properties of ZrC-ZrN solid solutions at high pressure and temperature, 13 BMD, August 2025.

Konrad Burkmann (Arizona State University) works on the determination of the thermoelastic properties of ZrC-ZrN solid solutions at high pressure and temperature, 13 BMD, August 2025.

Zixuan Xie (Washington University) conducts an investigation of the distribution and speciation of rare earth elements in coal-based materials by µ-XRF and µ-XANES, 13 IDE, August 2025.

Zixuan Xie (Washington University) conducts an investigation of the distribution and speciation of rare earth elements in coal-based materials by µ-XRF and µ-XANES, 13 IDE, August 2025.

Qi Chen (University of Chicago) conducts an offline study using the 13 IDD Large-Volume Press, looking at viscosity measurements of hydrous andesite melt using in-situ falling-sphere viscometry at high pressure, 13 IDD, July 2025.

Qi Chen (University of Chicago) conducts an offline study using the 13 IDD Large-Volume Press, looking at viscosity measurements of hydrous andesite melt using in-situ falling-sphere viscometry at high pressure, 13 IDD, July 2025.

Bill Lu and George Charalambous (Queens College, City University of New York) conduct studies on nucleation, growth, and removal of secondary phases on the scaling mineral celestite, 13 BMC, July 2025.

Bill Lu and George Charalambous (Queens College, City University of New York) conduct studies on nucleation, growth, and removal of secondary phases on the scaling mineral celestite, 13 BMC, July 2025.

Tim Officer and Tony Yu (UofC) study in-situ deformation and acoustic emission study of harzburgite at high pressure and temperature, 13 BMD, July 2025.

Tim Officer and Tony Yu (UofC) study in-situ deformation and acoustic emission study of harzburgite at high pressure and temperature, 13 BMD, July 2025.

Juyong Bak, Athena Nghiem, Anna Thomas, Savannah Finley, and Logan Goulette (University of Wisconsin-Madison) research arsenic mobilization in peat-influenced aquifers through synchrotron-based speciation study, 13 IDE, July 2025.

Juyong Bak, Athena Nghiem, Anna Thomas, Savannah Finley, and Logan Goulette (University of Wisconsin-Madison) research arsenic mobilization in peat-influenced aquifers through synchrotron-based speciation study, 13 IDE, July 2025.

Dongyoun Chung (Pennsylvania State University) studies time-resolved X-ray diffraction of cation exchange in carbonate minerals, 13 BMC, July 2025.

Dongyoun Chung (Pennsylvania State University) studies time-resolved X-ray diffraction of cation exchange in carbonate minerals, 13 BMC, July 2025.

Tim Officer and Tony Yu (University of Chicago) study the effect of temperature and phase transition on intrinsic seismic wave attenuation derived from cyclic loading of neighborite (NaMgF3), 13 BMD, July 2025.

Tim Officer and Tony Yu (University of Chicago) study the effect of temperature and phase transition on intrinsic seismic wave attenuation derived from cyclic loading of neighborite (NaMgF3), 13 BMD, July 2025.

Gabrielle Burke, Daniel Hummer (Southern Illinois University), and Peter Eng (UofC) study reversals in phase stability of Al-O-(H) minerals at the nanoscale, 13 BMC, July 2025.

Gabrielle Burke, Daniel Hummer (Southern Illinois University), and Peter Eng (UofC) study reversals in phase stability of Al-O-(H) minerals at the nanoscale, 13 BMC, July 2025.

Subin Yang (not pictured, Northwestern) worked on understanding the dynamics of granular materials under compressional loading through 3D microstructure imaging and ultrasonics probing, 13 BMD, July 2025.

Subin Yang (not pictured, Northwestern) worked on understanding the dynamics of granular materials under compressional loading through 3D microstructure imaging and ultrasonics probing, 13 BMD, July 2025.

Ethan Weingust (Northwestern), Timothy Fister, Matt Nisbet, and Tiffany Kinnibrugh (ANL) work on probing temperature dependent structural changes during NMC cathode upcycling, 13 BMC, July 2025.

Ethan Weingust (Northwestern), Timothy Fister, Matt Nisbet, and Tiffany Kinnibrugh (ANL) work on probing temperature dependent structural changes during NMC cathode upcycling, 13 BMC, July 2025.

Megan Ryan, Tommaso Mandolini, Travis Hager (not pictured), Wenlu Zhu (not pictured) (University of Maryland), and Max Yakovlev (UofC) study the evolving microstructure of rocks during fracture propagation and frictional Instability, 13 BMD, July 2025.

Megan Ryan, Tommaso Mandolini, Travis Hager (not pictured), Wenlu Zhu (not pictured) (University of Maryland), and Max Yakovlev (UofC) study the evolving microstructure of rocks during fracture propagation and frictional Instability, 13 BMD, July 2025.

Jessica White (University of Southern California) and Thomas Breithaupt (University of Cambridge) work on high-pressure, high-temperature garnet-synthesis experiments in the Kawai apparatus, LVP offline, 13 IDD, July 2025.

Jessica White (University of Southern California) and Thomas Breithaupt (University of Cambridge) work on high-pressure, high-temperature garnet-synthesis experiments in the Kawai apparatus, LVP offline, 13 IDD, July 2025.

Youjun Deng and Camilo Sanchez Avellaneda (Texas A&M University) research in-situ 4D microtomography of minerals in bentonite clays at the high temperatures and salinity encountered at high level nuclear waste repositories, 13 BMD, July 2025.

Youjun Deng and Camilo Sanchez Avellaneda (Texas A&M University) research in-situ 4D microtomography of minerals in bentonite clays at the high temperatures and salinity encountered at high level nuclear waste repositories, 13 BMD, July 2025.

Pu Xiao (University of Texas at Austin) works on in situ XRD measurements of Fe-bearing Al-phase D and -AlOOH at high pressures and high temperatures conditions in EHDAC, 13 BMC, July 2025.

Pu Xiao (University of Texas at Austin) works on in situ XRD measurements of Fe-bearing Al-phase D and -AlOOH at high pressures and high temperatures conditions in EHDAC, 13 BMC, July 2025.

Michael Lara and Megan Holycross (Cornell University) look at quantifying sulfur oxidation in apatite and silicate melt using S-XANES, 13 IDE, July 2025.

Michael Lara and Megan Holycross (Cornell University) look at quantifying sulfur oxidation in apatite and silicate melt using S-XANES, 13 IDE, July 2025.

Mohammad Safi, Khalid Alshibli (U Tennessee Knoxville), Ahmad Amer (UW Milwaukee), and Mohammed Elnur (U Tennessee Knoxville) research motif mining and discovery for In-situ 3D images of freezing and thawing sand: how morphology evolves and why it matters, 13 BMD, June 2025.

Mohammad Safi, Khalid Alshibli (U Tennessee Knoxville), Ahmad Amer (UW Milwaukee), and Mohammed Elnur (U Tennessee Knoxville) research motif mining and discovery for In-situ 3D images of freezing and thawing sand: how morphology evolves and why it matters, 13 BMD, June 2025.

Juliana Peckenpaugh, Yoshiyuki Okuda (U Hawaii), Rong Huang (U Michigan), and Young Jay Ryu (UofC) research single-crystal elasticity of diamond at high P-T conditions, 13 BMD, June 2025.

Juliana Peckenpaugh, Yoshiyuki Okuda (U Hawaii), Rong Huang (U Michigan), and Young Jay Ryu (UofC) research single-crystal elasticity of diamond at high P-T conditions, 13 BMD, June 2025.

Molly McCanta (University of Tennessee, Knoxville) and Melinda Dyar (Planetary Science Institute) working on XAS of mineral standards for calibrations of oxygen fugacity and redox state, 13 IDE, June 2025.

Molly McCanta (University of Tennessee, Knoxville) and Melinda Dyar (Planetary Science Institute) working on XAS of mineral standards for calibrations of oxygen fugacity and redox state, 13 IDE, June 2025.

Matthew Diamond (ANL), Yehezkel Amiel, and Eran Greenberg (Tel Aviv University) research pressure-induced superconductivity in AuAgTe4 and a huge pressure hysteresis of superconducting properties, 13 BMD, June 2025.

Matthew Diamond (ANL), Yehezkel Amiel, and Eran Greenberg (Tel Aviv University) research pressure-induced superconductivity in AuAgTe4 and a huge pressure hysteresis of superconducting properties, 13 BMD, June 2025.

Nathan Yee (Rutgers), Arictan Coskun (IIT), and Jacob Hickey (Rutgers) prep samples to look at chemical speciation of metals in cyanobacteria to test artificial intelligence predictions with X-ray absorption spectroscopy, 13 IDE, June 2025.

Nathan Yee (Rutgers), Arictan Coskun (IIT), and Jacob Hickey (Rutgers) prep samples to look at chemical speciation of metals in cyanobacteria to test artificial intelligence predictions with X-ray absorption spectroscopy, 13 IDE, June 2025.

Tommaso Mandolini and Travis Hager (University of Maryland) perform hydrostatic mineral carbonation experiments on cylindrical MgO ceramic samples using a triaxial deformation apparatus, GSECARS, June 2025.

Tommaso Mandolini and Travis Hager (University of Maryland) perform hydrostatic mineral carbonation experiments on cylindrical MgO ceramic samples using a triaxial deformation apparatus, GSECARS, June 2025.

Pu Xiao (The University of Texas at Austin) conducts research on elasticity measurements of single-crystal FeAl-bearing phase D at high pressures and high temperatures by Brillouin scattering and X-ray diffraction in an EHDAC, 13 BMD, June 2025.

Pu Xiao (The University of Texas at Austin) conducts research on elasticity measurements of single-crystal FeAl-bearing phase D at high pressures and high temperatures by Brillouin scattering and X-ray diffraction in an EHDAC, 13 BMD, June 2025.

Taehyun Kim (Arizona State University) studied stability, crystal structure, and equation of state of hydrides in hydrogen-rich exoplanets, 13 BMD, June 2025.

Taehyun Kim (Arizona State University) studied stability, crystal structure, and equation of state of hydrides in hydrogen-rich exoplanets, 13 BMD, June 2025.

Students from Metea Valley High School participated remotely, investigating arbuscular mycorrhizal fungi on the growth of herbs in the presence of excess copper, 13 IDE, March 2025.

Students from Metea Valley High School participated remotely, investigating arbuscular mycorrhizal fungi on the growth of herbs in the presence of excess copper, 13 IDE, March 2025.

Students from Northeastern Illinois University with ANL mentor Gosia Kobas and GSE beamline scientists Matt Newville and Tony Lanzirotti, investigate copper toxicity in sugar beet plants, 13 IDE, March 2025.

Students from Northeastern Illinois University with ANL mentor Gosia Kobas and GSE beamline scientists Matt Newville and Tony Lanzirotti, investigate copper toxicity in sugar beet plants, 13 IDE, March 2025.

Students from Northeastern Illinois University with ANL mentor Gosia Kobas and GSE beamline scientists Matt Newville and Tony Lanzirotti, investigate copper toxicity in sugar beet plants, 13 IDE, March 2025.

Students from Northeastern Illinois University with ANL mentor Gosia Kobas and GSE beamline scientists Matt Newville and Tony Lanzirotti, investigate copper toxicity in sugar beet plants, 13 IDE, March 2025.

Students from Northeastern Illinois University with ANL mentor Gosia Kobas and GSE beamline scientists Matt Newville and Tony Lanzirotti, investigate copper toxicity in sugar beet plants, 13 IDE, March 2025.

Students from Northeastern Illinois University with ANL mentor Gosia Kobas and GSE beamline scientists Matt Newville and Tony Lanzirotti, investigate copper toxicity in sugar beet plants, 13 IDE, March 2025.

Students from Northeastern Illinois University with ANL mentor Gosia Kobas and GSE beamline scientists Matt Newville and Tony Lanzirotti, investigate copper toxicity in sugar beet plants, 13 IDE, March 2025.

Students from Northeastern Illinois University with ANL mentor Gosia Kobas and GSE beamline scientists Matt Newville and Tony Lanzirotti, investigate copper toxicity in sugar beet plants, 13 IDE, March 2025.

Students from Northeastern Illinois University with ANL mentor Gosia Kobas and GSE beamline scientists Matt Newville and Tony Lanzirotti, investigate copper toxicity in sugar beet plants, 13 IDE, March 2025.

Students from Northeastern Illinois University with ANL mentor Gosia Kobas and GSE beamline scientists Matt Newville and Tony Lanzirotti, investigate copper toxicity in sugar beet plants, 13 IDE, March 2025.

Wenlu Zhu, Megan Ryan, Tommaso Mandolini, and Travis Hager (University of Maryland) conduct an experimental investigation of chemical-mechanical feedback during mineral carbonation, 13 BMD, April 2025.

Wenlu Zhu, Megan Ryan, Tommaso Mandolini, and Travis Hager (University of Maryland) conduct an experimental investigation of chemical-mechanical feedback during mineral carbonation, 13 BMD, April 2025.

Alex Miller, Habibullah Sarker, Xiong Bi, and Yichuan Zhu (Temple University) work on advanced micro-CT imaging for analyzing thermo-hydro-mechanical properties in granular materials, 13 BMD, April 2025.

Alex Miller, Habibullah Sarker, Xiong Bi, and Yichuan Zhu (Temple University) work on advanced micro-CT imaging for analyzing thermo-hydro-mechanical properties in granular materials, 13 BMD, April 2025.

Sean Shieh, Mauritz van Zyl (University of Western Ontario), and Tianqi Xie (University of Saskatchewan) conducting a deformation and texture study of icy phases at high pressures, 13 BMC, April 2025.

Sean Shieh, Mauritz van Zyl (University of Western Ontario), and Tianqi Xie (University of Saskatchewan) conducting a deformation and texture study of icy phases at high pressures, 13 BMC, April 2025.

Subin Yang and Shubjot Singh (Northwestern University) look to understand the dynamics of granular materials under compressional loading through 3D microstructure imaging and ultrasonics probing, 13 BMD, April 2025.

Subin Yang and Shubjot Singh (Northwestern University) look to understand the dynamics of granular materials under compressional loading through 3D microstructure imaging and ultrasonics probing, 13 BMD, April 2025.

Matt Reitmajer, Boopesh Mishra, and Arictan Tulga Coskun (IIT) study metal and metaloid uptake by minerals and microbes, 13 IDE, April 2025.

Matt Reitmajer, Boopesh Mishra, and Arictan Tulga Coskun (IIT) study metal and metaloid uptake by minerals and microbes, 13 IDE, April 2025.

Wenhao Su, Jiasen Hu, and Jin Zhang (Texas A&M University) investigate high pressure-temperature equation of state and stability fields of cubic and tetragonal Ti, Al, Fe, Mg-bearing Ca-pv under lower mantle conditions, 13 BMC, April 2025.

Wenhao Su, Jiasen Hu, and Jin Zhang (Texas A&M University) investigate high pressure-temperature equation of state and stability fields of cubic and tetragonal Ti, Al, Fe, Mg-bearing Ca-pv under lower mantle conditions, 13 BMC, April 2025.

Charles Shaffer, Laura Jimenez Arcia, and Lazaro Perez Fonseca (Oregon State University) study the quantification of anomalous chemical transport and fluid mixing in heterogeneous porous media under partially saturated conditions, 13 BMD, April 2025.

Charles Shaffer, Laura Jimenez Arcia, and Lazaro Perez Fonseca (Oregon State University) study the quantification of anomalous chemical transport and fluid mixing in heterogeneous porous media under partially saturated conditions, 13 BMD, April 2025.

Stephen Cox (Columbia University) studies improving thermochronology with synchrotron microtomography: exploring the impact of U and Th zonation on apatite (U-Th)/He and 4He/3He systems, 13 IDE, April 2025.

Stephen Cox (Columbia University) studies improving thermochronology with synchrotron microtomography: exploring the impact of U and Th zonation on apatite (U-Th)/He and 4He/3He systems, 13 IDE, April 2025.

James O'Sullivan, Xiaoyang Liu, and Haoran Wu (ANL) explore X-ray micro-tomography for eBERlight environment and plant research, 13 BMD, April 2025.

James O’Sullivan, Xiaoyang Liu, and Haoran Wu (ANL) explore X-ray micro-tomography for eBERlight environment and plant research, 13 BMD, April 2025.

I. Gharaibeh, M. Elnur, K. Alshibli, and M. Safi (U Tennessee, Knoxville) investigate in-situ 3D images of freezing and thawing sand: how morphology evolves and why it matters, 13 BMD, April 2025.

I. Gharaibeh, M. Elnur, K. Alshibli, and M. Safi (U Tennessee, Knoxville) investigate in-situ 3D images of freezing and thawing sand: how morphology evolves and why it matters, 13 BMD, April 2025.

Catherine Badding and Michael Lee (MIT) working on high-pressure multi-anvil press synthesis of a Ru-Bi compound, 13 IDD, April 2025.

Catherine Badding and Michael Lee (MIT) working on high-pressure multi-anvil press synthesis of a Ru-Bi compound, 13 IDD, April 2025.

Francisco Canales, James Petri, and Zofia Kabarowska (University of Alabama at Birmingham) study crystal structural transitions in nickelates under pressure, 13 BMC, April 2025.

Francisco Canales, James Petri, and Zofia Kabarowska (University of Alabama at Birmingham) study crystal structural transitions in nickelates under pressure, 13 BMC, April 2025.

Rafaela Penacchio and Shuyuan Huyan (Ames Laboratory) investigate complex T-p phase diagrams and possible structural transitions under pressure in RFe2Zn20 (R=Gd, Y, Yb), 13 BMC, April 2025.

Rafaela Penacchio and Shuyuan Huyan (Ames Laboratory) investigate complex T-p phase diagrams and possible structural transitions under pressure in RFe2Zn20 (R=Gd, Y, Yb), 13 BMC, April 2025.

Liz Cottrell Stevenson (Smithsonian Institution) and host Tony Lanzirotti (UofC) study the distribution of iron between laboratory-synthesized garnets and melts, 13 IDE, April 2025.

Liz Cottrell Stevenson (Smithsonian Institution) and host Tony Lanzirotti (UofC) study the distribution of iron between laboratory-synthesized garnets and melts, 13 IDE, April 2025.

John Cattermull and Hannah Bartels (Stanford University) work on magnetic halide perovskites at high pressures, 13 BMC, April 2025.

John Cattermull and Hannah Bartels (Stanford University) work on magnetic halide perovskites at high pressures, 13 BMC, April 2025.

Hosted by Tim Officer and Tony Yu (UofC) Prof Haemyeong Jung and Yong Park from Seoul National University work on deformation experiments of blueschist and implications for earthquake-triggering mechanism, 13 BMD, March 2025.

Hosted by Tim Officer and Tony Yu (UofC) Prof Haemyeong Jung and Yong Park from Seoul National University work on deformation experiments of blueschist and implications for earthquake-triggering mechanism, 13 BMD, March 2025.

Xiaoyang Liu and Malgorzata Korbas (Argonne National Laboratory) with GSE beamline scientist Matt Newville (UofC) look at copper toxicity in sugar beet plants - eBERlight and Northeastern Illinois University pilot project, 13 IDE, March 2025.

Xiaoyang Liu and Malgorzata Korbas (Argonne National Laboratory) with GSE beamline scientist Matt Newville (UofC) look at copper toxicity in sugar beet plants – eBERlight and Northeastern Illinois University pilot project, 13 IDE, March 2025.

Aaron Ashley and Erin Scott (Florida State University) prepare samples for their experiment studying high-pressure viscosities of aluminosilicate melts, 13 IDD, LVP, March 2025.

Aaron Ashley and Erin Scott (Florida State University) prepare samples for their experiment studying high-pressure viscosities of aluminosilicate melts, 13 IDD, LVP, March 2025.

Shomeek Mukhopadhyay and Ruiqi Yang (Yale University) conduct an X-ray diffraction investigation of the superconducting compound within graphene-confined composite system during a high pressurization process, 13 IDD, March 2025.

Shomeek Mukhopadhyay and Ruiqi Yang (Yale University) conduct an X-ray diffraction investigation of the superconducting compound within graphene-confined composite system during a high pressurization process, 13 IDD, March 2025.

Haemyeong Jung, Seongmin Ha, and Yong Park (Seoul National University) working on deformation experiments of blueschist and implications for earthquake-triggering mechanism, 13 BMD, March 2025.

Haemyeong Jung, Seongmin Ha, and Yong Park (Seoul National University) working on deformation experiments of blueschist and implications for earthquake-triggering mechanism, 13 BMD, March 2025.

Maryjo Covellone, Brianna Wenzel (University of California, Riverside), and Michelle Muth (University of Washington) looking into the oxidation state of sulfur in solar system materials, 13 IDE, March 2025.

Maryjo Covellone, Brianna Wenzel (University of California, Riverside), and Michelle Muth (University of Washington) looking into the oxidation state of sulfur in solar system materials, 13 IDE, March 2025.

Zach Geballe and Vasilije Dobrosavljevic (Carnegie Institution of Washington) research pressure and crystalline phase of iron during and after melting experiments at 150 to 250 GPa, 13 IDD, March 2025.

Zach Geballe and Vasilije Dobrosavljevic (Carnegie Institution of Washington) research pressure and crystalline phase of iron during and after melting experiments at 150 to 250 GPa, 13 IDD, March 2025.

Dongyoun Chung (Pennsylvania State University) works on time-resolved X-ray diffraction of cation exchange in carbonate minerals, 13 BMC, February 2025.

Dongyoun Chung (Pennsylvania State University) works on time-resolved X-ray diffraction of cation exchange in carbonate minerals, 13 BMC, February 2025.

Dominik Spahr, Maxim Bykov, Lukas Bruening, and Elena Bykova (Goethe University of Frankfurt am Main) work on synthesis and single crystal structure solution of carbonic acid (H2CO3) at elevated pressures and high-pressure synthesis of iron nitridocarbonates, 13 IDD, February 2025.

Dominik Spahr, Maxim Bykov, Lukas Bruening, and Elena Bykova (Goethe University of Frankfurt am Main) work on synthesis and single crystal structure solution of carbonic acid (H2CO3) at elevated pressures and high-pressure synthesis of iron nitridocarbonates, 13 IDD, February 2025.

Jerome Specht and Liliana Lefticariu (Southern Illinois University at Carbondale) investigating phyllosilicate transformation via open-system acid alteration with implications for secondary Martian deposits, 13 IDE, February 2025.

Jerome Specht and Liliana Lefticariu (Southern Illinois University at Carbondale) investigating phyllosilicate transformation via open-system acid alteration with implications for secondary Martian deposits, 13 IDE, February 2025.

Zoha Syed and Sean Treacy (Lawrence Berkeley National Laboratory) hosted by Young Jay Ryu (UofC) Examine mechanical stability and piezochemical properties in dynamic molecular assemblies, 13 BMD, February 2025.

Zoha Syed and Sean Treacy (Lawrence Berkeley National Laboratory) hosted by Young Jay Ryu (UofC) Examine mechanical stability and piezochemical properties in dynamic molecular assemblies, 13 BMD, February 2025.

As part of ANL's Exemplary Student Research Program (ESRP) students from East Aurora High School conducted research on local air pollution as measured by passive air samplers in Aurora, Illinois by using the GSE Scanning Electron Microscope (SEM), February 2025.

As part of ANL’s Exemplary Student Research Program (ESRP) students from East Aurora High School conducted research on local air pollution as measured by passive air samplers in Aurora, Illinois by using the GSE Scanning Electron Microscope (SEM), February 2025.

Trevor Tyson (New Jersey Institute of Technology) works on probing structure related to recovered ferroelectricity in ball-milled BaTiO3 nanoparticles, hosted by Stella Chariton (UofC), 13 BMD, February 2025.

Trevor Tyson (New Jersey Institute of Technology) works on probing structure related to recovered ferroelectricity in ball-milled BaTiO3 nanoparticles, hosted by Stella Chariton (UofC), 13 BMD, February 2025.

Gabriela Camacho Meneses (City University of New York) and Sai Krishna Reddy Adapa (Oak Ridge National Laboratory) hosted by Peter Eng (UofC) investigate the effect of aqueous impurities on the transformation of MgO into Mg(OH)2 and subsequent carbonation using time-resolved X-ray, 13 BMC, February 2025.

Gabriela Camacho Meneses (City University of New York) and Sai Krishna Reddy Adapa (Oak Ridge National Laboratory) hosted by Peter Eng (UofC) investigate the effect of aqueous impurities on the transformation of MgO into Mg(OH)2 and subsequent carbonation using time-resolved X-ray, 13 BMC, February 2025.

Sydney Licata and Dustin Trail (University of Rochester) look at discovering lost silicic crust with Ti XANES in pre-4 Ga zircon, 13 IDE, February 2025.

Sydney Licata and Dustin Trail (University of Rochester) look at discovering lost silicic crust with Ti XANES in pre-4 Ga zircon, 13 IDE, February 2025.

Mauritz van Zyl, Sean Shieh (University of Western Ontario), and Tianqi Xie (University of Saskatchewan), hosted by Stella Chariton (UofC) working on crystal structure and stability of a new post-CF Na-rich phase from plagioclase at deep mantle conditions, 13 IDD, February 2025.

Mauritz van Zyl, Sean Shieh (University of Western Ontario), and Tianqi Xie (University of Saskatchewan), hosted by Stella Chariton (UofC) working on crystal structure and stability of a new post-CF Na-rich phase from plagioclase at deep mantle conditions, 13 IDD, February 2025.

Shubham Sinha, Wencheng Lu, and Tim Strobel (Carnegie Institution of Washington), hosted by Stella Chariton (UofC) investigate High-Tc superconducting hydrides at low pressure, 13 IDD, February 2025.

Shubham Sinha, Wencheng Lu, and Tim Strobel (Carnegie Institution of Washington), hosted by Stella Chariton (UofC) investigate High-Tc superconducting hydrides at low pressure, 13 IDD, February 2025.

Rajkrishna Dutta and John Copley, Princeton University, working on ultra high-pressure phase transitions in (Mg,Fe)2GeO4, 13 IDD, February 2025.

Rajkrishna Dutta and John Copley, Princeton University, working on ultra high-pressure phase transitions in (Mg,Fe)2GeO4, 13 IDD, February 2025.

Luo Li, University of Texas at Austin, installing an externally heated DAC for XRD and BLS collections, 13 BMD, February 2025.

Luo Li, University of Texas at Austin, installing an externally heated DAC for XRD and BLS collections, 13 BMD, February 2025.

Dongzhou Zhang (University of Chicago) and Pu Xiao (University of Texas at Austin) processing single-crystal datasets, 13 BMD, February 2025.

Dongzhou Zhang (University of Chicago) and Pu Xiao (University of Texas at Austin) processing single-crystal datasets, 13 BMD, February 2025.

Pu Xiao and Luo Li, University of Texas at Austin, hosted by Young Jay Ryu (UofC) research elasticity measurements of single-crystal FeAl-bearing phase D at high pressures and high temperatures by Brillouin scattering and X-ray diffraction in an EHDAC, 13 BMD, February 2025.

Pu Xiao and Luo Li, University of Texas at Austin, hosted by Young Jay Ryu (UofC) research elasticity measurements of single-crystal FeAl-bearing phase D at high pressures and high temperatures by Brillouin scattering and X-ray diffraction in an EHDAC, 13 BMD, February 2025.

Jacquelyn Bracco, George Charalambous and Bill Lu (Queens College, CUNY) look at adsorption mechanisms of protonated and deprotonated EDTA and DTPA at the barite (001), 13 BMC, February 2025.

Jacquelyn Bracco, George Charalambous, and Bill Lu (Queens College, CUNY) look at adsorption mechanisms of protonated and deprotonated EDTA and DTPA at the barite (001), 13 BMC, February 2025.

Michael Pravica, Trimaan Malik (not pictured), and Petrika Cifligu (not pictured), University of Nevada, Las Vegas, research control mechanisms of high-pressure x-ray induced structural and chemical synthesis, 13 BMD, February 2025.

Michael Pravica, Trimaan Malik (not pictured), and Petrika Cifligu (not pictured), University of Nevada, Las Vegas, research control mechanisms of high-pressure x-ray induced structural and chemical synthesis, 13 BMD, February 2025.

Taehyun Kim and Sibo Chen (Arizona State University), hosted by Stella Chariton (UofC) are looking into stability, crystal structure, and equation of state of hydrides in hydrogen-rich exoplanets, 13 IDD, February 2025.

Taehyun Kim and Sibo Chen (Arizona State University), hosted by Stella Chariton (UofC) are looking into stability, crystal structure, and equation of state of hydrides in hydrogen-rich exoplanets, 13 IDD, February 2025.

Roberto Colina Ruiz (University of Chicago / NSLS II), works on 13 IDE commissioning and is participating in the experiment "Apollo Next Generation Sample Analysis 2 (ANGSA2) Program: Constraining Oxygen Fugacity in Pristine Lunar Volcanic Glasses", with Tony Lanzirotti and Matt Newville (University of Chicago), 13 IDE, February 2025.

Roberto Colina Ruiz (University of Chicago / NSLS II), works on 13 IDE commissioning and is participating in the experiment “Apollo Next Generation Sample Analysis 2 (ANGSA2) Program: Constraining Oxygen Fugacity in Pristine Lunar Volcanic Glasses”, with Tony Lanzirotti and Matt Newville (University of Chicago), 13 IDE, February 2025.

Jiaqi Lu, University of Michigan, conducts research on disproportionation of iron in planetary magma ocean. 13 IDD, February, 2025.

Jiaqi Lu, University of Michigan, conducts research on disproportionation of iron in planetary magma ocean. 13 IDD, February, 2025.

Caroline WIlliams, Paul Fenter and Anna Wanhala (ANL) hosted by Peter Eng and Joanne Stubbs (UofC) work on the structure and stability of ruthenium molecular catalyst films for water remediation, 13 BMC, February 2025. Pietro Papa Lopes (ANL) missing from photo.

Caroline WIlliams, Paul Fenter and Anna Wanhala (ANL) hosted by Peter Eng and Joanne Stubbs (UofC) work on the structure and stability of ruthenium molecular catalyst films for water remediation, 13 BMC, February 2025. Pietro Papa Lopes (ANL) missing from photo.

K Alshibli and M Safi, U TN, investigate strength properties of frozen sand.

Khalid Alshibli and Mohammad Safi, University of Tennessee, Knoxville, investigate strength properties of frozen sand at particle scale. GSECARS Chemistry Lab, January 2025.