Paul Reitter: A Capital Idea

Paul Reitter, a Professor of Germanic Languages and Literatures at Ohio State University, discusses his recent translation of Volume 1 of Karl Marx’s Capital with host David Staley. Reitter discusses the nuances and challenges of translating Marx’s work, the intricacies of Marx’s theories on value and capitalism, and how Reitter’s translation aims to preserve Marx’s original meaning and literary style. Staley and Reitter also cover the broader implications and significance of translation studies, the historical undervaluation of translation in academia, and Reitter’s future projects on translating the remaining volumes of Capital.

Erin Lin Discusses When the Bombs Stopped: The Legacy of War in Rural Cambodia

Erin Lin, Associate Professor of Political Science, and author of When the Bombs Stopped: The Legacy of War in Rural Cambodia discusses her research. She focuses on the the enduring impact on Cambodian agriculture and economic development of unexploded ordnance from US secret bombings during the Vietnam War. The bombs remain dangerous, contributing to injuries and deaths, while severely affecting agricultural productivity and household incomes. She describes the extensive efforts required for de-mining and the socio-political challenges faced by farmers, such as land grabbing.

Ezekiel Johnston-Halperin: Artisanal Quantum Research

Professor of physics Ezekiel Johnston-Halperin studies quantum information science and engineering (QISE), a combination of quantum mechanics and information technology, and its applicability in computing, networking, and sensing. He describes the foundational concepts of quantum mechanics, magnetism, and the physical properties of materials to host David Staley. Halperin explains how classical electromagnetism cannot fully account for the behavior of magnetic materials, emphasizing the necessity of quantum mechanics. Halperin also describes his innovative research on quantum sensors and nanomaterials and a new technique his lab developed to integrate molecular systems with solid-state devices for quantum sensing applications.