Nuclear Engineering: Science, Systems and Society (Spring 2020) (M-I-T)

Magnet Development for Fusion (M-I-T)

 Example Q-Values: Radioactive Decay  (M-I-T)

The Costs of Nuclear (M-I-T)

Matter IS Energy – Using E=mc^2  (M-I-T)

 Finding and Using Radioactive Decay Diagrams (M-I-T)

Module 1.1. Summary – What Have We Learned So Far?  (M-I-T)

 Innovations that May Reduce the Cost of Nuclear Power (M-I-T)

The Discovery of Ionizing Radiation  (M-I-T)

Nuclear Power – Preview  (M-I-T)

The Inside of MIT's Nuclear Reactor (M-I-T)

The Nature of Radiation Energy I – Nuclear Binding Energies  (M-I-T)

 Introduction to Fusion Energy Research  (M-I-T)

Nuclear Reactions – Like Chemistry with a Twist (M-I-T)

The Nature of Radiation Energy II – Nuclear Binding Energies  (M-I-T)

 Ionizing Radiation in Consumer Products – You've Probably Got One!  (M-I-T)

The Nuclear Power Plant (2)  (M-I-T)

 Lawson Criterion and Plasma Confinement  (M-I-T)

 Math & Science Skills – Reading Logarithm Scales  (M-I-T)

 Nuclear Safety  (M-I-T)

The Nuclear Power Plant  (M-I-T)

 Optional Lecture on Fusion (M-I-T)

 Our Radiation Detector – The Geiger Counter  (M-I-T)

The Promise of Fusion  (M-I-T)

The Units of Radioactivity (M-I-T)

 Radiation-Powered Deep Space Missions – RTGs  (M-I-T)