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William Greenwood Professor of Physics Phone: 253-535-7540 Email: greenwwg@plu.edu Status:Emeritus Professional Education Ph.D., Physics, Oregon State University, 1978 M.S., Oregon State University, 1974 B.S., University of Washington, 1972 Areas of Emphasis or Expertise Theoretical Quantum Optics Multi-photon Processes Laser Cooling Holography

Washington, Seattle, 1958 Areas of Emphasis or Expertise Interatomic Interactions Atomic and Molecular Collisions Selected Publications Published Journal Articles K.T. Tang's Review Articles K.T. Tang's Curriculum Vitae Books Asymptotic Methods in Quantum Mechanics: Application to Atoms, Molecules and Nuclei (Springer 2000) : View Book Mathematical Methods for Engineers and Scientists 1 Complex Analysis, Determinants and Matrices (Springer 2006) : View Book Mathematical Methods for Engineers and

, Bulgaria), 1993 Areas of Emphasis or Expertise Non-Linear Cardiac Dynamics Integrable Systems Quantum Field Theory Spin-spin Interactions of Magnetic Molecules

., Economics, Pacific Lutheran University, 2019 Selected Presentations Colloquium-Master's Presentation, Cohomology and Wallpaper Groups, University of Montana (April 2021) UW Undergraduate Research Symposium, Extending a Theoretical Framework for Superfund Site Remediation, University of Washington (May 2019) National Conference on Undergraduate Research, Extending a Theoretical Framework for Superfund Site Remediation, Kennesaw State University (April 2019) Accolades MT^2 Fellow: Scholarship program

Theoretical Computer Science Object-Oriented Programming

., Mathematics, Carnegie Mellon University, 2004 M.S., Mathematics, Carnegie Mellon University, 2000 Undergraduate, Theoretical Mathematics, University of Belgrade, 1997 Areas of Emphasis or Expertise Logic Mathematics Education Math and Social Justice Books Reflecting the World: A Guide to Incorporating Equity in Mathematics Teacher Education co-authored with Mathew D. Felton-Koestler and José María Menéndez ( Information Age Publishing, Inc. 2017) : View Book Selected Presentations Weiland, T., & Simic

Colloidal metallic nanoparticle synthesis Ligand exchange studies Responsibilities Dr. Munro often teaches General Chemistry and Physical Chemistry, but has taught courses throughout the chemistry curriculum including: CHEM 103: Food Chemistry CHEM 115:  General Chemistry 1 CHEM 116: General Chemistry 2 CHEM 341: Physical Chemistry (kinetics & thermodynamics) CHEM 342: Physical Chemistry (quantum mechanics) CHEM 343: Physical Chemistry Lab CHEM 344: Physical Chemistry Lab CHEM 410: Introduction to

interests beyond these areas.   As a scholar, I specialize in 18th and 19th century German philosophy, with a particular focus on the writings of Immanuel Kant (1724-1804) and, more specifically, his “theoretical” philosophy (i.e. his metaphysics, epistemology, and philosophy of mind). Most of my publications are in this area, and I continue to conduct research in it.

newly created Human-Device Interfaces and alternative User Interface concepts for not yet released products/concepts. I have created technology transfer programs from scratch in Microsoft Research working worldwide with top research scientists including a [fields medal winner (quantum computing)] and the inventor of the laser printer] collaborating with researchers at labs in India, China, Europe, and the United States. I have conducted design thinking workshops with immigrant and refugee youth

of Physics at Pacific Lutheran University. My research interests are in the intersection of high energy physics and cosmology. From 2008-2011 I was a postdoctoral researcher in Theoretical High Energy Physics and Cosmology at McGill University. While there, I was a McGill Lorne Trottier and Institute of Particle Physics (IPP) Postdoctoral Fellow. I obtained my Bachelor of Science in Physics at The Ohio State University in 2003, completing a senior research project entitled “Renormalization of the