IDSS Distinguished Seminar Series

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IDSS Distinguished Seminar – Essential Concepts of Causal Inference: A Remarkable History

MIT Building 32, Room 141 The Stata Center (32-141), 32 Vassar Street, Cambridge, MA, United States

  Abstract I believe that a deep understanding of cause and effect, and how to estimate causal effects from data, complete with the associated mathematical notation and expressions, only evolved in the twentieth century. The crucial idea of randomized experiments was apparently first proposed in 1925 in the context of agricultural field trails but quickly…

Machine Learning and Causal Inference

MIT Building 32, Room 141 The Stata Center (32-141), 32 Vassar Street, Cambridge, MA, United States

Abstract: This talk will review a series of recent papers that develop new methods based on machine learning methods to approach problems of causal inference, including estimation of conditional average treatment effects and personalized treatment assignment policies. Approaches for randomized experiments, environments with unconfoundedness, instrumental variables, and panel data will be considered. Bio: Susan Athey…

Computational Social Science: Exciting Progress and Future Challenges

MIT Building 32, Room 141 The Stata Center (32-141), 32 Vassar Street, Cambridge, MA, United States

 Abstract The past 15 years have witnessed a remarkable increase in both the scale and scope of social and behavioral data available to researchers, leading some to herald the emergence of a new field: “computational social science.” In this talk I highlight two areas of research that would not have been possible just a…

IDSS Distinguished Seminar – Conflict in Networks: The Rise and Fall of Empires

MIT Building 32, Room 141 The Stata Center (32-141), 32 Vassar Street, Cambridge, MA, United States

Abstract In the study of war, a recurring observation is that conflict between two opponents is shaped by third parties. The actions of these parties are in turn influenced by other proximate players. These considerations lead us to propose a model of conflict in a network. We study the influence of resources, technology, and the…

Science for Policy 2.0

32-141 , United States

We live in an increasingly polarized present, looking to a complex and uncertain future while basing our legislative decisions on systems of the past. We need the processes and structures that underpin our political decision-making to be aligned with the complexities of the 21st century. Such changes cannot be undertaken by a technocratic elite, potentially…

Can machine learning survive the artificial intelligence revolution?

32-141 , United States

  Abstract: Data and algorithms are ubiquitous in all scientific, industrial and personal domains. Data now come in multiple forms (text, image, video, web, sensors, etc.), are massive, and require more and more complex processing beyond their mere indexation or the computation of simple statistics, such as recognizing objects in images or translating texts. For…

The Regression Discontinuity Design: Methods and Applications

E18-304 , United States

Abstract: The Regression Discontinuity (RD) design is one of the most widely used non-experimental strategies for the study of treatment effects in the social, behavioral, biomedical, and statistical sciences. In this design, units are assigned a score and a treatment is offered if the value of that score exceeds a known threshold---and withheld otherwise. In…

The Opportunity Atlas: Mapping the Childhood Roots of Social Mobility

32-155

Abstract: We construct a publicly available atlas of children’s outcomes in adulthood by Census tract using anonymized longitudinal data covering nearly the entire U.S. population. For each tract, we estimate children’s earnings distributions, incarceration rates, and other outcomes in adulthood by parental income, race, and gender. These estimates allow us to trace the roots of outcomes such as poverty…

Collective Decision Making: Theory and Experiments

32-155 , United States

Abstract: Ranging from jury decisions to political elections, situations in which groups of individuals determine a collective outcome are ubiquitous. There are two important observations that pertain to almost all collective processes observed in reality. First, decisions are commonly preceded by some form of communication among individual decision makers, such as jury deliberations, or election…

A Theory for Representation Learning via Contrastive Objectives

32-155 , United States

Abstract: Representation learning seeks to represent complicated data (images, text etc.) using a vector embedding, which can then be used to solve complicated new classification tasks using simple methods like a linear classifier. Learning such embeddings is an important type of unsupervised learning (learning from unlabeled data) today. Several recent methods leverage pairs of "semantically…


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