Physics Department: REU Projects - Physics Education
Dr. Micha Kilburn
Email: mkilburn (at) nd.edu
The Chart of Nuclides, used by nuclear scientists, is an expanded version of the periodic table. Isotopes of each element are described in a row instead of a single box. With over 3000 known isotopes, it can be challenging to display the chart in a digestible way for purposes of education and outreach. This project includes producing a large jigsaw puzzle version of the chart of nuclides with a 3D printer. The REU student on this project will learn technical skills and gain experience in education while exhibiting creativity.The Chart of Nuclides, used by nuclear scientists, is an expanded version of the periodic table. Isotopes of each element are described in a row instead of a single box. With over 3000 known isotopes, it can be challenging to display the chart in a digestible way for purposes of education and outreach. This project includes producing a large jigsaw puzzle version of the chart of nuclides with a 3D printer. The REU student on this project will learn technical skills and gain experience in education while exhibiting creativity.
Dr. Abigail Mechtenberg
Email: amechten (at) nd.edu
The majority of researchers in introductory physics education primarily focus on teaching and learning theories that are based on the assumptions that physics knowledge flows from motion to forces to fields and barely touches on energy fundamentally. This research project works to deconstruct this paradigm’s progression. A REU student will participate in a physics education project that focuses on evaluating (1) Mechtenberg’s physics majors lecture class notes and (2) physics of energy AAPT laboratory-based workshops that starts with Noether's Theorem and re-adjusts historical chapters towards conservation of energy from mechanical, to electrical, to optical, to thermal, to chemical and atomic energy (from a physicists perspective of molecular and atomic bonds). The focus of this physics education group is two fold. First, this research looks to be part of fulfilling the Pope Francis’ encyclical on the environment and participate in averting the Sixth Extinction by creating a new course to teach students sustainable energy systems from a physicists point of view (no policy nor economics involved). Second, this research’s goal is to empower physics educators in Africa to move away from physics as theory and into physics for saving lives. This part of the project invites REU students to call African physics teachers and organize new publications to be submitted in journals like American Journal of Physics (AJP).
