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2019 APS/CNM USERS MEETING Program and Abstracts MAY 2019 2019 APS/CNM USERS MEETING Program and Abstracts 2019 APS/CNM USERS MEETING APS/CNM 2019 USERS MEETING PROGRAM AND ABSTRACTS I PROGRAM AND abstracts User Facilities at Argonne National Laboratory User Contacts Advanced Photon Source http://www.aps.anl.gov 630-252-9090 [email protected] Argonne Leadership Computing Facility http://www.alcf.anl.gov 630-252-0929 Argonne Tandem Linac Accelerator System http://www.phy.anl.gov/atlas 630-252-4044 Center for Nanoscale Materials http://nano.anl.gov 630-252-6952 [email protected] II 2019 APS/CNM USERS MEETING Table of Contents Comprehensive Program .........................................................................................................................................................................1 General Session Abstracts .................................................................................................................................................................... 15 Workshop Agendas and Abstracts ..................................................................................................................................................... 23 WK1 Joint APS/CNM: Driving Scientific Discovery with Artificial Intelligence, Advanced Data Analysis, and Data Management in the APS-U Era ............................................................................................. 25 WK2 Joint APS/CNM: Topological Quantum Information Science .......................................................................................... 30 WK3 APS: Workshop on Chemical Separations ..................................................................................................... 35 WK4 CNM: Photon Qubit Entanglement and Transduction ................................................................................... 42 WK5 APS: RIXS after the APS Upgrade: Science Opportunities .........................................................................47 WK6 CNM: Optoelectronic Devices and Mechanical Systems Based on Ultra-thin 2D Materials .............. 52 WK7 APS: In situ and Multimodal Microscopy for APS-U ..................................................................................... 57 Poster index ............................................................................................................................................................................................ 63 APS Poster Abstracts .................................................................................................................................................................................. 73 CNM Poster Abstracts ...............................................................................................................................................................................105 ESRP Poster Abstracts ............................................................................................................................................................................... 121 Exhibitors/Sponsor ...............................................................................................................................................................................127 General Information .............................................................................................................................................................................143 Practical Matters ................................................................................................................................................................................................... 145 Computer Access ................................................................................................................................................................................................. 145 Exhibitor Location Map/Lower Gallery Level ................................................................................................................................................ 146 Exhibitor Location Map/Upper Atrium Level ................................................................................................................................................. 148 The 2019 APS/CNM Users Meeting theme recognizes 2019 as the International Year of the Periodic Table of Chemical Elements. III PROGRAM AND abstracts Acknowledgments Overall Meeting Coordination: Katie Carrado Gregar, CNM Jacki Flood, APS Lynnean Celmer, CPA Constance A. Vanni, APS Julie Emery, CNM Scientific Program Coordinators: Joe Kline and Carlo Segre for APS James Rondinelli and Joshua Wood for CNM APS User Organization CNM Users Executive Committee Steering Committee James Rondinelli (Chair) R. Jospeh Kline Northwestern University National Institute of Standards and Technology (Chair) Joshua Wood (Vice-Chair) Carlo Segre MicroLink Devices, Inc. Illinois Institute of Technology (Vice Chair) Renaud Bachelot Robert H. Coridan University of Technology of Troyes, France University of Arkansas Diana Berman Amy Cordones-Hahn University of North Texas SLAC National Accelerator Laboratory Xuemei Cheng Alexander F. Goncharov Bryn Mawr College Geophysical Laboratory, Carnegie Institution for Science Jacqueline Cole Jier Huang Cavendish Laboratory, University of Cambridge Marquette University Maria Iavarone Nouamane Laanait Temple University Oak Ridge National Laboratory Olga Makarova Anne Marie March Creatv MicroTech Inc. Argonne National Laboratory Zhili Xiao Christine Piro Northern Illinois University Franklin & Marshall College and Argonne National Laboratory David C. Powers Goran Karapetrov (ex officio) Texas A&M University Drexel University Renske van der Veen University of Illinois at Urbana-Champaign Yang Zhang University of Illinois at Urbana-Champaign Amy Clarke (ex officio) Colorado School of Mines IV 2019 APS/CNM USERS MEETING 2019 Users Meeting Organizing Committee Linda Conlin (CPA) Melanie Matula (PSC) Production of program book User elections, reimbursements, travel arrangements, financial tracking Kathy Dangles (Argonne Guest House) On-site logistics and amenities coordination, Amy Mikuta (PMO) meeting banquet Building arrangements, site coordination Chris Glavin (CPA) Michele Nelson (CPA) Graphic design Design and production of program book Kevin Jones (Argonne Guest House) Becky Sikes (PSC) Chef, menu design, meeting banquet Site access Beverly Knott Sonya Soroko (CPA) General support Graphic design Jessi Krzemien (PSC) Dena Reetz (PMO) General support On-site logistics and amenities coordination Jacquelin LeBreck (CPA) Ed Russell (FAC) General support Building arrangements, site coordination Alyssa Lehocky (PSC) General support The 2019 APS/CNM Users Meeting gratefully acknowledges its sponsor: About Argonne National Laboratory Argonne is a U.S. Department of Energy laboratory managed by the UChicago Argonne, LLC under Contract No. DE-AC02-06CH11357. The Laboratory is located southwest of Chicago at 9700 South Cass Avenue, Lemont, Illinois 60439. For information about Argonne, see www.anl.gov. V PROGRAM AND abstracts 2019 APSUO Compton Award Prof. Tai-Chang Chiang (University of Illinois at Urbana-Champaign) Professor Tai-Chang Chiang, Emeritus and Research Chiang’s group has since extended the work to a variety Professor of Physics at the University of Illinois at of systems and phenomena. Particularly notable research Urbana-Champaign (UIUC), has been chosen to receive includes phonon softening in the charge-density-wave the 2019 Arthur H. Compton Award, presented by the compound TiSe2; phonon anomalies in niobium and Advanced Photon Source Users Organization (APSUO), plutonium; renormalization and fluctuation effects “for his ingenuity and insight in developing x-ray thermal associated with the antiferrodistortive transition in SrTiO3; diffuse scattering into an efficient quantitative method for and a new method of direct data inversion based on phonon band structure studies.” momentum-resolved x-ray calorimetry. Ian K. Robinson Beginning in the 1980s, Prof. Chiang was a pioneer Professor of Physics, University College London in the use of synchrotron radiation in establishing the angle-resolved photoemission technique for electron Over the course of his career, Prof. Chiang has made band structure determination of solids, surfaces, and films. lasting contributions to condensed matter physics, surface science, and synchrotron radiation research, including His more recent scientific accomplishment is in developing several truly groundbreaking findings. He has authored the thermal diffuse scattering (TDS) technique into an some 300 journal articles, and his work has been cited efficient, quantitative method by which materials scientists more than 8500 times. at synchrotron x-ray facilities such as the Advanced Photon Source (APS) can determine phonon band Chiang’s work on precision electron spectroscopy and structure. The impact of this methodology on materials structural determination has led to important advances research, especially in cases involving small samples, in the physics of electrons, lattice structures, and phonons microstructures, and phase transitions is likely to be and their mutual interactions in solids, at surfaces, in films, far reaching. and at the nanoscale. The TDS scattering patterns, recorded with a two- In 2016, he was elected by the Academia Sinica to its 2016 dimensional detector, show intricate details involving class of Academicians. He was among 22 scholars across phonons from a wide range in k space over many zones.
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