This year’s kick of September enthusiasm

I know I will feel differently when teaching and research deadlines start to overlap and the stress compounds, but the experience of the last few days makes me think I had so little energy lately because I had too little to do. There is something very different between having a solitary (but supervised) project where you are always meant to be getting as much done as possible and the social need to be present when expected by others, teach, answer questions, grade, and so on. Even non-academic obligations like recording a recent podcast have cost me standard hours of sleep but added rather than subtracted energy.

Teaching in 2022

With my dissertation largely done and PhD funds much depleted, I am taking a final TA job in POL106 “Contemporary Challenges to Democracy: Democracy in the Social Media Age” (Professor Ronald Deibert).

The subject matter is obviously at an introductory level, and it relates to courses where I have been a TA before: POL211 “Intelligence, Disinformation & Deception: Challenges of Global Governance in the Digital Age” (Professors Jon Lindsay and Janice Stein) and ENV381 “Social Media and Environmentalism” (Professor Steve Easterbrook).

Ron Deibert is the founder and director of U of T’s very interesting Citizen Lab, which will add to the interest of the course.

My brother Mica is starting this term as a teacher at the Bodwell High School in North Vancouver, and Sasha is starting his second year at the Chief Jimmy Bruneau Regional High School. It’s neat that we will all be teaching this term.

Arithmetic of power and plutonium

The first pile at Hanford generated 250 million watts—250 megawatts or MW—of thermal power and produced each year about a hundred kilograms of plutonium. A rule of thumb is that a megawatt of fission heat in a natural uranium reactor accompanies the production of about a gram of plutonium-239 per day. About six kilograms were sufficient to make a bomb.

Garwin, Richard L. and Charpak, Georges. Megawatts and Megatons: The Future of Nuclear Power and Nuclear Weapons. University of Chicago Press, 2002. p. 33