APS Fellowship

Gray arrow DMP Deadline for APS Fellowship Nomination: Tuesday, May 3, 2022
Gray arrow APS Fellowship Information

APS Fellows Nominated by DMP  

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Dillon D. Fong [2023]
Argonne National Laboratory
Citation: For the development and application of in situ synchrotron techniques to the study of complex oxide heterostructures, including seminal discoveries in ferroelectrics, the effect of interfaces on epitaxial growth, and the use of phase retrieval methods for the study of structure in ultrathin films.


László Forró [2023]
University of Notre Dame
Citation: For groundbreaking advances in the understanding of superconductors, C60, carbon nanotubes, and other nano- and biomaterials through the creative application of diverse techniques for synthesis, measurement, and analysis.


Nikhil Ashok Koratkar [2023]
Rensselaer Polytechnic Institute
Citation: For distinguished contributions to nanoscale science and technology, including the discovery of partial van der Waals transparency in graphene, and for pioneering the use of nanostructured materials in composites and energy storage devices.


Steven J. May [2023]
Drexel University
Citation: For significant contributions to the understanding of structural, electronic, and magnetic properties in complex oxide heterostructures.


Cheng-Wei Qiu [2023]
National University of Singapore
Citation: For groundbreaking research on topological thermal materials and the quantum-mechanic behavior of thermal diffusion, establishing new frontiers of thermal materials, heat and mass transport, and thermal radiation.


James M. Rondinelli [2023]
Northwestern University
Citation: For innovative contributions in the theoretical understanding of structure-property relationships in novel materials, for leadership in exploiting these interactions to discover, design, and engineer transition metal compounds and their novel phases, and for leadership in the DMP community.


Adri C.T. van Duin [2023]
The Pennsylvania State University
Citation: For inventing and advancing the ReaxFF reactive potentials, which have significantly advanced the field of classical reactive atomistic simulations and bridged the gap between simulation and experiment.