Kathakar Kathakar Media

Throughout the history of civilization, there have been key moments that have defined its rapid growth. From increased output, trade, and technology came the idea of division of labor, or specialization, which allowed for members of society to take up different roles to support the community– creating increased output and greater innovation. However, a question has lingered throughout sociological research– how does specialization emerge from communities engaged in mechanical solidarity? This problem is not simply constrained to history, as the origins of collectively coordinating specialization lends itself to better understanding industrial development in our modern world. To discuss the history of division of labor and specialization, we are joined today by Dr. Emily Erikson, professor of sociology at Yale University and academic director of the Fox International Fellowship. With Dr. Erikson, we discuss her paper titled Network, Property, and the Division of Labor and explore her use of computational and simulation-based methods in considering the effect of different network structures on the propensity for economic producers to develop a complementary division of labor.

Following World War II, the study of comparative politics and government grew as historians and governments tried to gain an understanding on the types of policies that states should enact to ensure their future prosperity. Questions regarding research design immediately began popping up: How could causation be established between the passage of a policy and subsequent benefits or misfortunes? What is the extent to which generalizations regarding policy passage in countries or governing bodies across the world can be made? How can real, hard data and evidence be used in statistical experiments when determining a policy’s impact? All these questions held merit and required careful development of computational procedures in political science research to foster the field of comparative politics and guide government activity. To dig deep into the study of comparative politics and its evolution over time, we are joined by Dr. Evan Lieberman, Total Professor of Political Science and Contemporary Africa and Director of the Global Diversity Lab at the Massachusetts Institute of Technology. With Dr. Lieberman, we discuss several comparative politics research techniques, as well as some of his own case studies conducted on Africa. Make sure to check out his most recently published work Until We Have Won Our Liberty: South Africa after Apartheid, in which he explores the success of South Africa’s democratic development since the end of Apartheid to their most recent national election in 2019 while carefully considering the complexities of the nation’s multiracial society.

Following 1929’s famous stock market crash and its severe economic repercussions, the United States and the rest of the world were thrown into disarray. Unemployment grew and GDP fell, leaving the nation in poverty. To alleviate the effects of this crisis, President Franklin D. Roosevelt proposed the New Deal– legislation that would include public work projects, financial reforms, and regulations. Focusing on the three R’s: relief for the unemployed and poor, recovery of the economy, and reform of the financial system, the New Deal was famous for its revolutionary agencies including the Works Progress Administration, Civilian Conservation Corps, Social Security Administration, and the Tennessee Valley Authority. To examine the modern day effects of the New Deal, the Living New Deal Project was formed, identifying the various New Deal projects that were initiated to create jobs and stimulate spending. The project’s website includes a dynamic map, showing the spatial distribution of New Deal projects across the country, allowing for the site’s visitors to see what landmarks in their communities have New Deal roots. To go into detail on the New Deal and the Living New Deal Project, we are joined by Dr. Richard Walker, Director of the Living New Deal Project and Professor Emeritus of Geography from the University of California Berkeley.

In the seventeenth century, the Dutch Republic flourished, with advances in trade, science, and art. During their Golden Age, they saw the development of complex economic institutions, including the creation of publicly traded companies like the Dutch East India Company and the formation of more advanced trading mechanisms, building a robust futures market. Alongside these massive innovations, the tulip bulb, finding its origins in modern-day Turkey, slowly crept its way into Dutch territory. What would follow would be history’s first wide-scale speculative bubble, seeing the immensely popular tulip bulbs become greatly overvalued. In this episode, we are joined by Dr. Jeff Aziz, a senior lecturer and a Faculty Fellow at the University of Pittsburgh’s Honors College to discuss the relevance of the Tulip Mania in the bustling social and economic Golden Age of the Dutch Republic.

Protest

[ noun proh-test; verb pruh-test, proh-test ]

1. A public expression of objection, disapproval or dissent towards an idea or action.

2. The subject of this episode...

Since the dawn of governing structures, protests have served as the method by which masses enact policy and action. How can the dynamics of protests and mass gathering be characterized? Recent research shows that Twitter posts, associated geo-location information, and other social media data can be used to study size, mobilization, and stimulants of these public displays. Today's episode features Dr. Zachary C. Steinert-Threlkeld, an Assistant Professor of Public Policy and Political Science in the Luskin School of Public Affairs at the University of California, Los Angeles. He joins us to discuss his research in past and present protest dynamics, in which he takes advantage of big data to understand individual-level behavior at a daily level-- and what these individuals can reveal when acting in large collectives.

Over the past few centuries, urbanization has rapidly accelerated, creating the largest clusters of humans the planet has ever seen. Clustering is nothing new, however, as early humans banded together to form nomadic tribes, civilizations, and even city-states. Yet, the formation of large-scale cities has brought its own complexity, and thus the conception of a collective settlement, or city, has changed. Our guest today, Dr. Geoffrey West, a theoretical physicist as well as Shannan Distinguished Professor and Former President of the Santa Fe Institute, uses mathematical modeling and data on innovation and wealth creation to understand the scaling and growth of modern-day cities. A Fellow of the American Physical Society and named one of Time Magazine's "100 Most Influential People in the World" in 2006, Dr. West has dramatically influenced the study of urban development with detailed research and model development of city structure, complexity, and evolution. In this episode, he joins us to discuss his impactful research along with potential possibilities and studies for understanding the growth of cities from the past and cities in the future.