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Building Physical Models Via Compressed Sensing, Gus L.W. Hart
Building Physical Models Via Compressed Sensing, Gus L.W. Hart
BYU Research Development Office Research Networking Conference
Areas of Interest: Model building; Statistical mechanics; Combinatorial searches; Group theory and symmetry; Monte Carlo; High performance computing; Python; Transparent conductors; Free energy and thermodynamic modeling; Computational materials science; Topological insulators; Lattice gas models; compressed sensing; and, Scientific software
Crystal Symmetries And Structure, Branton Campbell
Crystal Symmetries And Structure, Branton Campbell
BYU Research Development Office Research Networking Conference
Employ x-ray and neutron scattering data to discover how the useful properties of a material depend on its atomic structure and defects. Recent work on nanoporous catalysts, alloys, multiferroics, magnetocalorics, piezoelectrics, and superconductors.
Concepts Of Divine Action For A Theistic Approach To Psychology, Brent S. Melling
Concepts Of Divine Action For A Theistic Approach To Psychology, Brent S. Melling
Theses and Dissertations
Recent years have seen increased interest in using theism (the perspective that assumes that God is currently actively in the world) as a conceptual framework for scientific inquiry. This interest has built particular momentum in psychology where several scholars have expressed that traditional naturalistic approaches limit understanding and investigation of psychology's subject matter and thus are insufficient to fully account for human phenomena. Others have previously made the case for the consideration of theism as a legitimate alternative basis for psychological theory, research, and practice. This dissertation begins with that consideration and examines what would be required to move a …