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Antonis P Stylianou

Hometown: Limassol, Cyprus College/University Attended: University of Kansas Graduate/Professional Institution: University of Kanas A cut above: What I love to do most outside of work is play with kids and dogs. Needle unprotected: My pet peeve is when people squeeze toothpaste from the middle of...

Richard John Simonson

College/University Attended: Embry-Riddle Aeronautical University Graduate/Professional Institution: Embry-Riddle Aeronautical University

Tara Krishnan, MD

Hometown: Moline, IL College/University Attended: University of Missouri - Kansas City A cut above: What I love to do most outside of work is cook. Needle unprotected: My pet peeve is when people use the express checkout lane even if their entire cart is full! Slice of life: The most interesting...

Dr. Chi-Ren Shyu

Dr. Chi-Ren Shyu is the founding director of University of Missouri Institute for Data Science and Informatics (MU IDSI) where 160 graduate students enrolling in the Informatics PhD program and Data Science & Analytics MS degree program with one of the emphasis areas in geospatial informatics.  Dr...

Dr. Freddie E. Wills

Dr. Freddie E. Wills is a higher education professional knowledgeable about theories and practices that meet at the intersection of secondary and postsecondary education. Dr. Wills serves as the Vice President for STEM Initiatives and Research Partnerships and he leads the Missouri Louis Stokes...

Paul Rulis Teaching Research and Service

Paul Rulis is a computational condensed matter materials physicist at the University of Missouri - Kansas City and he is the lead principle investigator (PI) of the Computational Physics Group (CPG). Paul Rulis specializes in density functional theory based electronic structure method development and is the lead developer of the orthogonalized linear combination of atomic orbitals (OLCAO) method. The OLCAO method uses a basis of localized atomic orbitals combined with periodic boundary conditions. Paul Rulis and the CPG work on a wide variety of materials including amorphous molecular solids, Xenes, biomolecules, laser host crystals, ceramics, nanostructural materials, etc.

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