“Embodying Race, Performing Citizenship” investigates racial and ethnic impersonationsin American popular entertainment, especially vaudeville, between the 1870s and the 1920s. I
focus my analyses on first-generation Irish, Chinese, and Jewish Eastern European artists and
their American-born children during a time when the United States had absorbed the highest
number of...
Optical microscopy is one of the most ubiquitous tools for functional imaging of biological phenomena. While relatively non-destructive to living organisms, light microscopy’s spatial resolution is diffraction limited, restricting the minimum resolvable features. On the other hand, high resolution techniques such as electron microscopy or STORM, have several orders of...
Neutron star mergers instigate a wealth of observable astrophysical signals, offering key insights into interdisciplinary questions in stellar astronomy, nuclear physics, cosmology, and atomic physics. The coalescence of neutron stars and/or black holes produces gravitational wave emission, only recently accessible to ground-based laser-interferometric detectors. Additionally, these mergers can incite emission...
From its inception in the early 1900s, vocational education in American high schools was designed to prepare students for jobs that did not require any formal postsecondary education. In the last decades of the 20th century, growing concern about how separating students into “college” and “non-college” tracks often perpetuated racial...
This dissertation explores the development of public access cable television programming made by and for LGBTQ people in New York City. Through archival research, interviews with the producers of these shows, and analysis of their content and textual features, I argue that LGBTQ public access programming reflected and amplified particular...
I examine economic design issues in the realm of dynamic organ allocation for transplantation and behavioral market design/contract theory. The second and third chapters focus on two issues in the design of the U.S. deceased-donor organ allocation system, which represents the majority of transplants performed in the U.S. In contrast...
Designing intelligent systems that can answer questions has been an ongoing and active challenge for the artificial intelligence community. In the past, researchers were focused on producing specialized language systems for particular domains and datasets. Such approaches would require deeper-than-ideal amounts of expertise to design, and often necessitated the expensive...
Over the last few years, there has been a transition away from traditional engineering materials to new advanced materials that exhibit complex architectures with improved mechanical properties. Most of the inspiration for these new materials comes from nature, where organisms have evolved an immense variety of macro and nanoscale shapes...
Proteins and many other systems are often conceptualized as networks to access analysis methods from the field of network science. Several approaches use molecular dynamics (MD) simulations of proteins to construct networks using correlational statistics. However, in the field of network science, a well-established approach for network construction is solving...
Human language processing is incremental. In this dissertation, I explore how an incremental perspective can help us clarify our understanding of transformational syntax, which typically proceeds bottom-up. As part of our exploration, I develop an incremental head-driven parsing algorithm for Minimalist Grammars. The two main innovations of this parsing algorithm...