This thesis examines the role of the media in stock markets and the role of transparency in investment decisions. In the first two chapters, I investigate how the contrasting trends in media coverage and earnings guidance have affected stock price informativeness over the past two decades. I develop a model...
Numerous insights into the sensorimotor systems that guide the control of voice have been garnered by observing how the system responds to manipulations of its auditory feedback. However, current approaches may be limited in the exploration of more complex parameters of volitional and adaptive voice control due to their limited...
Rationally assembled nanostructures exhibit distinct physical and chemical properties beyond their individual units. The development of nanofabrication tools enables precise structural defining of nanomaterials scalable to large areas. This dissertation focuses on plasmonic nanoparticle arrays that show unique diffractive coupling with lattice spacings engineered close to the wavelength of light....
Since its discovery in 2012 at the Large Hadron Collider (LHC), efforts have beenmade to measure and characterize the properties of the Higgs boson. Among these efforts
have been searches for rare decays of the Higgs predicted by the standard model (SM) of
particle physics. One such decay is the...
The lanthanides, with their limited orbital effects and high oxophilicity, represent a class of catalytic metals highly distinguished from more commonly-utilized transition metals. Homogeneous lanthanide catalysts often afford high catalytic rates and impressive selectivity. However, challenges regarding the synthesis and utilization of highly air- and water-sensitive organo-lanthanide complexes have limited...
In this thesis, we study pushforwards of canonical and log-pluricanonical bundles on projective log canonical pairs over the complex numbers. We partially answer a Fujita-type conjecture proposed by Popa and Schnell in the log canonical setting. Built on Kawamata’s result for morphisms that are smooth outside a simple normal crossing...
Body size is one of the most discernible ways in which animal species vary. The blue whale (Balaenoptera musculus), the largest animal on earth, can reach up to 30 m in length and weigh up to 200 tonnes. At the other extreme, a species of frog called Paedophryne amauensis is...
How we remember, narrate and teach the past is an inherently political and ethical act. This is especially true when teaching about race and racism within the context of United States history. In this dissertation, I ask: how do young people narrate the durability of racial inequality in the United...
Cells are complex, autonomous machines that integrate many environmental cues to execute a desired response. Though this property makes cells versatile, it presents significant design challenges when, to treat diseases, we must alter cellular responses. To understand changes to the complex regulatory pathways that cause diseases, studies often investigate the...
Scalable processing of well-defined interfaces is key not only for wider application of two-dimensional (2D) materials in technology but also for improved fundamental understanding. Atomic layer deposition has useful characteristics, especially self-limited growth at low temperatures, that make it well suited for the production of uniform interfaces. Related processes, such...
This dissertation analyses the ways in which football, known as soccer in the United States, has historically served as a diasporic space for the articulation of black politics in the second half of the twentieth century. While modern sport is characterized as an apolitical cultural practice, I am interested in...
How do people make meaning of risk-taking? The present dissertation proposes a normative lay theory of risk-taking. The proposed model promotes the following core ideas: (a) Risk-taking is generally an ambiguous construct and requires the illumination of at least some dimensional parameters to disambiguate the risk behavior and risk-taker; (b)...
The study of employee engagement and its consequences in the workplace has gained traction in the business world over the past decade, with dramatic claims of the direct consequences of engagement including lower absenteeism, higher sales, improved productivity, and increased profitability for organizations that are more engaged (The Gallup Organization,...
Polyolefins are the most versatile and widely used polymers worldwide. Depending on the polymer microstructure, polyolefins can exhibit a wide range of useful and tailored properties and applications. Metal-catalyzed coordinative olefin polymerization plays a center role in advancing polyolefin synthesis. This dissertation explores two strategies to modulate the polymer microstructures...
In this dissertation I examine the entanglement between female literacy and female sexuality in nineteenth-century Brazilian novels. I investigate the ways in which male authors used literature as a mechanism for policing female sexuality and stabilizing the traditional family. I argue that nineteenth-century Brazilian fiction exhibits a recurring preoccupation with...
In this dissertation I explore the applications and test the limitations of surface haptics technology in producing tactile experiences akin to those encountered in the real world. The goal of this work is to build intuition around physical aspects of touch that contribute to perception of tactile textures in...
There is considerable technical interest in the improvement of battery technology, as it would allow for the enhancement and realization of many different applications, including the continued miniaturization of portable computational devices, plug-in electric vehicles, and intermittent power storage. Lithium metal represents a theoretical limit on the anode energy density...
My dissertation defends a hermeneutic conception of ideology and its critique that situates both in the world-disclosing function of language.I argue that we must conceive of ideologies as world-disclosing embodied interpretive schemas insofar as they guide our cognitive, affective, and conative access to reality by providing the background knowledge, meanings,...
Over a decade has passed since Hurricane Katrina impacted the Gulf Coast. The city of New Orleans, was one of the more severely damaged areas in the region, experiencing 80% damage. This dissertation analyzes the rebuilding of New Orleans and it questions the role that colonial legacies play in that...
The field of robot design mostly focuses on careful construction of complex control and planning algorithms (e.g., tuning neural network weights) which bear sole responsibility for improving task performance, while the robot’s body is often assumed to be part of the environment. In nature, however, biological organisms co-evolve both their...
Spherical Nucleic Acids (SNAs) are unique class of nanomaterial characterized by a dense nucleic acid shell conjugated to a nanoparticle core. This radial orientation of oligonucleotides and architecture distinguishes SNAs from the components from which they are comprised. Specifically, unique chemical and biological properties emerge that are not observed with...
Background: Glioblastoma (GBM) tumors are the most malignant brain cancers and are characterized as Grade IV astrocytomas by the World Health Organization. GBM tumors can be classified into three molecular subtypes known as proneural, classical, and mesenchymal. In addition, GBM tumors also have a small population of cells known as...
Two unique structures make up the nucleus of our Galaxy on different scale sizes. On a broad scale of a few hundreds of parsecs, there is the well-known central molecular zone which comprises a substantial component of the gas in the Galaxy. The other, known as the mini-spiral, is streamers...
This dissertation examines the remediation of video game music from their source games to the concert hall. I argue that while not unique in their repositioning from popular to classical registers, the classicalization of video game music offers a contemporary challenge to the current norms of classical music institutions. I...
This thesis describes the relationships between nanoscale structure and particle transport in two systems: i) the transport and conversion of excitons in colloidal quantum dot (QD) assemblies and ii) the transport of carriers in flashing electron ratchets. One major crux in the creation of efficient photocatalytic systems is the low...
People evidence behaviors that engender hope for future behavior change, but also evidence this hope when there is no reason to believe that any behavior change will occur. For example, prior research suggests that temporal factors make people susceptible to change their minds over time, and a confluence of cognitive...
Mitochondria-derived reactive oxygen species (mROS) are required for the survival, proliferation, and metastasis of cancer cells. The mechanism by which mitochondrial metabolism regulates mROS levels to support cancer cells is not fully understood. To address this, we conducted a metabolism-focused CRISPR/Cas9 genetic screen and uncovered that loss of genes encoding...
Elemental powder blends are an emerging alternative to prealloyed powders for high-throughput alloy design via additive manufacturing techniques due to their flexibility, low cost, and ease of customization. This dissertation investigates elemental alloying elements (Sc and Zr) which are high-melting and highly reactive, unlike previous work which focused on more...
CD95/Fas ligand (CD95L) is a well characterized activator of extrinsic apoptosis. CD95L protein binds to its cognate receptor, CD95/Fas/APO-1, inducing apoptotic signaling in sensitive cells. However, expression of CD95L is toxic even in the absence of CD95. We previously reported that the CD95L open reading frame (ORF) is enriched for...
Pattern formation of biological structures involves the arrangement of different types of cells in an ordered spatial configuration. Patterning is thought to involve the spatial organization of molecular pre-patterns that precede and drive subsequent cell differentiation and coinciding morphogenesis. These molecular prepatterns are often, although not exclusively, organized through Turing...
Bias pervades all stages of the American criminal justice system. The system is a human creation, run by fallible people who bring prejudices and biases to their work just like everyone else. The first step to ridding the system of those biases is to fully understand the way they manifest...
Involuntary motor activities such as spasms arise from hyperreflexia in about 70% of individuals with spinal cord injuries (SCI). Despite this prevalence and the negative impact on health and safety, it is unclear what determines the severity of the spasms that develop. This study investigated the impact of injury severity...
One of the most pressing open questions in star formation is the role of magnetic fields relative to turbulence and gravity, and how these three processes set the stellar initial mass function and star formation efficiency. In this work, we present the state of BLAST-TNG (the Balloon-borne Large Aperture Submillimeter...
Critical pedagogies offer a particular orientation towards education that understands the process of learning as inherently political. These frameworks demand explicit political attention by teachers to support student development of practices needed to create a liberatory world. Recent work evidences the positive impact critical pedagogies have on students academically, civically,...
Uranium is a unique, multifaceted element that possesses rich chemistry and promise for challenging reactions. Pressing demands within nuclear stockpile stewardship and the nuclear energy sector call for development of this relatively understudied element. Uranium metal–organic frameworks (U-MOFs), a class of nanoscale hybrid materials, harness the exceptional attributes of uranium...
As demonstrated by efforts in graphene commercialization, scalable synthesis and high-quality material availability are primary limiting factors for the realization of technologies based on two-dimensional (2D) materials. Thus, in considering the fate of emergent 2D materials such as the metal chalcogenides, the challenge of scalable synthesis is a highly relevant...
This dissertation examines three distinct empirical questions in macroeconomics and finance. Chapter 1 studies the reasons why households file for bankruptcy. The debt relief households obtain in bankruptcy provides insurance against wealth losses, but also distorts borrower incentives to repay debt, discouraging lending. Understanding how bankruptcy filings respond to changes...
In the 1960s, the International Theatre Institute (ITI), the organization sponsored by the United Nations Educational, Scientific and Cultural Organization (UNESCO) with a mission to represents the world’s theaters, was faced with a crisis of representation. After twenty years of existence, the institution had not succeeded in substantially expanding beyond...
Although there has been profound evidence showing the positive correlation between spatial abilities and math performances, we still know very little about how and why spatial thinking facilitates the learning of mathematics. This dissertation unpacks several aspects of mathematics that are embedded in learning and playing an ancient and rich...
Context: Crowd logistics is a novel shipping concept where delivery operations are carried out by employing existing vehicle capacity and drivers from the crowd, relying on their planned tours, thereby offering potential for economic, social, and environmental benefits. Despite the promise of this new logistics model, little is known about...
T-cell acute lymphoblastic leukemia (T-ALL) is an aggressive disease, affecting children and adults. Chemotherapy regimens show high response rates but have debilitating effects and carry risk of relapse. Until now, no targeted therapy has been approved. In addition, 40% of patients will relapse and their treatment options are limited because...
Nanotechnology research broadly encompasses the exploration of the unique chemical,optical, electronic, or biological properties of materials with dimensions < 1 µm. Inorganic
nanoparticles are one such class of materials, with properties that are exceptionally sensitive to
particle size and structure. This is especially evident in the field of heterogeneous chemical...
Spin-orbit coupling (SOC) is a powerful phenomenon that dictates the functional properties of transition metal complexes essential for information processing, catalysis, and magnetism. Though it is relegated to lower energy scales within the orbital description of first-row transition metal complexes, SOC impacts crucial aspects of electronic structure such as promoting...
In the first chapter, I present a theory of measurement of preference intensity and use this measure as a foundation for utilitarianism. To do this, I suppose each alternative is experienced over time. An individual has preferences over such experiences. I present axioms under which preferences are represented by an...
This dissertation argues that writers and artists in Britain and its Empire in the first half of the twentieth century turned time and again to games and sports to find images and forms for their literary and artistic interventions. Furthermore, it shows how, in these works, play served as a...
Sexual orientation is conventionally understood as relative attraction to men versus women. It has recently been argued that male sexual orientation in particular can be extended to include other dimensions of sexual attraction besides gender, such as sexual maturity and location. With respect to the dimension of location, most men...
In 2018, our ATRAP collaboration produced 5 trapped antihydrogen atoms per hour long trial. An apparatus with a Ioffe octupole trap and a faster magnet dump was used to confine and detect trapped antihydrogen atoms. This apparatus is unique in that four sideports spaced at 90 degrees from each other...
Millions of years of evolution have produced fascinating biological materials and structures that are optimized to perform a wide spectrum of functions essential for the survival of organisms. These biological materials have been intensively studied in order to decipher the intricate interplay between their superior material properties and structural design...
A growing body of research analyzes how corporate social responsibility programs are used to absorb and neutralize the social criticisms coming from social and environmental movements and to superficially respond to the ensuing new regulations. If companies have powerful tools to resist changes and blunt the meaning of the law,...
Episodic memory provides a means by which we reflect on the past, make decisions about the future, and form a learned identity. Episodic memory depends on the hippocampus as well as on the distributed set of regions that form a hippocampal-cortical network (HCN), including medial prefrontal, posterior cingulate, and medial...
Sulfur mustard (HD), also known as the King of the Battle Gases, was one of the earliest and strongest CWAs to be deployed in war-time conflicts. Unfortunately, its low cost and facile production have resulted consistent use in the present day by rogue elements. As a result, the development of...
What is the role of entrepreneurship – a predominantly market-based approach – in addressing social problems such as inequality and social exclusion? How do entrepreneurial organizations with a distinctly social purpose (often referred to as hybrid organizations) manage additional imperatives, such as those related to democratic governance? Based on 70...
Language models are the foundation of many natural language tasks such as machine translation, speech recognition, and dialogue systems. Modeling the probability distributions of text accurately helps capture the structures of language and extract valuable information contained in various corpora. In recent years, many advanced models have achieved state-of-the-art performance...
Despite advancing knowledge about the mechanics of earthquakes, earthquake prediction remains, and will likely remain, an unsolved problem. Hence in order to reduce the risk posed by earthquake shaking, seismologists have developed tools called earthquake hazard maps. Earthquake hazard maps communicate expected future shaking scenarios, and are used by engineers...
In the vertebrate retina, neurons process visual signals, generating feature selectivity in their activity levels. We use computational models to understand these behaviors by interpreting them mathematically. One component of this analysis is the spatial selectivity or receptive field, a property found in all visual sensory neurons. The neurons found...
Recent decades have seen fan and “geek” culture become widely popular as the science fiction, fantasy, and superhero stories that used to be the preserve of a smaller subculture of die-hard fans conquered the box office, our televisions, and the best-seller lists. In that same time period, the Internet has...
Human complex diseases such as common cancers and diabetes are characterized by high molecular heterogeneity contributed by both genetic and non- genetic factors. This molecular heterogeneity can not only complicate diagnosis, risk stratification and patient care, but also lead to differential therapeutic response and treatment efficiency. Therefore, understanding the molecular...
Having an emotion involves having an evaluative point of view on one’s circumstances. For example, there is a sense in which being angry involves taking oneself to have been wronged, and fear seems to paint the scene as one of danger. A significant debate in contemporary philosophy of mind concerns...
Monetary Policy plays a crucial role in modern economies by supporting price, financial and economic stability. Its efficacy, however, exhibits variation both over time and across space leading to partially unpredictable and inconsistent outcomes. This thesis shows that the variation in the efficacy of monetary policy crucially relates to the...
Many volunteer communities rely on technological systems to help their members connect, collaborate and learn the norms of how to participate in the organization. This dissertation presents research that examines technological interventions designed to support participation in three different volunteer-run communities, all of which have porous boundaries, and allow volunteers...
This thesis studies social protest in colonial Korea (1910-1945). In the first two chapters, I study protest by Koreans against the Japanese colonial authority. In particular, I focus on the March First Movement in 1919, the largest anti-colonial independence movement during the colonial era, and examine its propagation (chapter 1)...
Nilotinib is a highly effective tyrosine kinase inhibitor used to treat Chronic Myeloid Leukemia (CML). While nilotinib successfully treats CML, a common and serious side effect is development of nilotinib-induced arterial disease (NAD) even in patients without pre-existing risk factors. This side effect is not seen with imatinib, a CML...
This dissertation is about the environment, inequality, and ways of being in the world. Water is necessary for biophysical existence, but also holds symbolic and ideological power. In ancient Maya ontologies, water was a powerful social force in the landscape, necessary for both bodily functions and cosmological connections. In some...
In this thesis, I present the development and benchmarking of several theoretical methods designed to enable the rigorous modeling of magnetic properties of molecules containing one or a few heavy atoms, particularly single-molecule magnets. The new methods use a full four-component treatment of relativity, allowing spin–orbit effects to be taken...
In this thesis, we study the geometry of planar shapes and their harmonic caps. Specifically, given a compact continuum $P$, we are interested in constructing a planar cap $\hat P$ such that $P$ and $\hat P$ can be glued together along their boundary to form a topological sphere with prescribed...
Using carbon fiber reinforced plastics (CFRPs) to reduce vehicle weight has received growing attentions because it can effectively curtail greenhouse gas emissions and slow down global warming. The thermoforming process is among the most promising techniques for mass production of CFRP parts because it is highly automated and has relatively...
Self-assembled monolayers for matrix-assisted laser desorption/ionization mass spectrometry (SAMDI-MS) is a platform that combines self-assembled monolayers of alkanethiolates on gold and MALDI mass spectrometry analysis to report mass changes resulting from surface reactions. The synthetic flexibility of the monolayer and the use of mass spectrometry as a generalizable readout method...
Autonomous vehicles (AVs) have gained more and more attention from researchers, manufacturers, and transportation experts. When AVs become available to the public, they are expected to dramatically alter the transportation system as we know it, posing critical questions such as: How will the road network react to this change? How...
Mycobacterium tuberculosis (Mtb) infection elicits both protein and lipid antigen-specific T cell responses. However, the incorporation of lipid antigens into subunit vaccine strategies and formulations has been under-explored, and the properties of vaccine-induced Mtb lipid-specific memory T cells have remained elusive. Mycolic acid (MA), a major lipid component of the...
Soft materials in nature are formed through programmed self-assembly of biomolecules to create complex architectures and optimized physical properties. It is therefore a key challenge in biomaterials science and engineering to understand the principles that govern the structure and properties of such materials, and the interactions between their different components....
Transport along and across the grain boundaries of solid-state electrolytes has implications for a broad range of materials and in an equally broad range of technologies. Over the past 2-3 decades, a substantial body of literature has been developed to explain grain boundary transport properties within the context of space...
Many theories of categorization have included an intuitive role for our ability to detect and judge similarity. Yet, this important role of similarity processing has been disputed. This research adopts a model of similarity processing through structure mapping (Gentner, 1983) to explore its role in similarity processing and categorization. Relational...
Dark matter (DM) is one of the most outstanding problems in physics and is a promising hint for physics beyond the Standard Model. Many dark matter detection experiments have been built, with weakly-interacting massive particles (WIMP) as a popular DM candidate. There are also growing interest in light (keV-GeV)...
Visual Question Answering (VQA) increasingly attracts industry and academia attention. It requires the model to provide a natural language answer by an image and a related natural language question. Meanwhile, it relates to multidisciplinary research such as natural language understanding, visual information retrieval, and multimodal reasoning. As a multimodality task,...
This dissertation investigates the muscle-powered transport technologies that pervaded the Japanese empire. It examines the production, adoption, evolution, and decline of draft animals, rickshaws, human-powered railways, and push-car railways in Japan and colonial Taiwan, 1850-1930. Invented in Tokyo in 1870, rickshaws proliferated across Asia and became a symbol of modern...
Navigating through the world is typically a multisensory experience. Mammals are believed to navigate using a cognitive map of space stored in the hippocampus. Yet, it is unclear how and whether spatial information of different sensory modalities can contribute to this map. A major barrier to addressing this question has...
Nanoparticle synthesis is capable of producing particles with any combination of structure, chemistry, size, shape, and surface. All of the different combinations of these physical properties can produce nanoparticles with almost countless materials properties suited for many applications. Given this interest in using nanoparticles in so many different fields, including...
Friction modulation technology developed over the past decade now enables the creation of rich textural effects on flat haptic displays. However, an intuitive and manageably small design space for construction of such haptic textures remains an unfulfilled goal for user interface designers. In this thesis, I explore perceptually relevant features...
Cuteness is a popular aesthetic in product design, yet there is a lack of understanding of who is most likely to engage in cute consumption and, more importantly, why. In this dissertation, I consider the role of sex and gender identity in cute consumption, proposing a strong mental association between...
The thesis is concerned with the design and control of large-scaled queueing systems that are operated under heavy traffic, focusing on the following two research questions: For a given queueing system, how to find a proper heavy-traffic limit that accurately approximates various performance metrics? For multi-class queueing systems, how to...
Our experience of the physical world is mediated by our senses, but while most people have five senses, interactions with computer systems are largely limited to the visual sense. When working with nonvisual artifacts, like sound, on computers, such artifacts are typically transformed, or re-encoded, into something visual. Determining how...
The goal of this thesis is to prove that topological restriction homology, TR, is locally even in the quasi-syntomic topology in characteristic p. This local evenness was already known for the other main trace theories, but is more subtle for TR.
Romantic and sexual relationships are an integral part of human development, with implications for emotional, social, and physical well-being across the lifespan. However, what, when, and how we teach young people remain pertinent questions. Using a combination of interview data from 24 recent high-school graduates and survey data from a...
Search engines and social media are two ubiquitous modes of accessing Web information, and they dictate what information people view, influencing their thoughts and beliefs and potentially shaping their opinions about news and facts. Network effects propagate the beliefs, often magnified, disseminating information rapidly and leaving little time for fact...
Three-dimensional (3D) imaging has been widely used in academic research and industrial applications. Compared to 2D representations, 3D imaging can yield more information about geometric structures of an object such as small surface variations that are difficult to perceive otherwise. 3D image contents provide additional information that is complementary to...
Autism spectrum disorder (ASD) is a heterogeneous disorder defined by core deficits in social communication as well as the presence of restricted interests and repetitive behaviors, including sensory processing atypicalities. Individuals with ASD also have atypicalities in integration of multiple sensory modalities (i.e., sensory integration), which are hypothesized to underlie...
Astrocytes are the most abundant cell type in the brain, yet the mechanisms involved in astrocyte differentiation and the level of astrocyte heterogeneity in the CNS, particularly in the human cortex, is largely unknown due to the lack of subtype-specific astrocyte markers and inaccessibility of human brain tissue. Here we...
The logistics of policy implementation can lead to a delay from when the actual change in behavior occurs, leading to a shift in a time series. Using change point analysis allows for the data to determine where a change in mean, or other parameters, occurred. But when policy is implemented...
In this dissertation, I combine quasi-experiments and computational tools with large-scale data in new ways to address questions that revolve around the Matthew Effect of status. My dissertation is a collection of four empirical papers on status at both the organizational and the individual levels. I employ two distinct empirical...
Drawing from the data I collected through nine months (between 2014 to 2017) of participant observations, 120 in-depth, semi-structured interviews, and archival work, the project explores the tactics that Chechen and Dagestani journalists utilize to resist state pressure and circumvent state-imposed censorship. Specifically, I explicate how these regional journalists in...
We live in an increasingly computational world; one that, in the near term, may require everyone to be computationally literate. Computer science (CS) education has greatly increased its reach in the last two decades with an increasing number of students having access to formal computer science classroom experiences in the...
This dissertation is an ethnographic study of the dance makerspace, a learning environment designed to support STEM engagement through making and embodied experience for a group of African American youth dancers. It looks at how participants in a 4-week summer camp program at an urban creative arts center-turned-makerspace, constructed embodied...
Drawing on archival research and a new attention to literary form, Sion’s Muse argues that the religious poetry of the English Reformation decisively constituted new modes of devotional affect for laypeople. At the beginning of the English Reformation, the psalm translator Miles Coverdale wrote, “Would God that our minstrels had...
Within scholarship on mid-century Hollywood musicals, celebrity, glamour, and spectacle are commonly included in the conversation about the films themselves. Yet, what happened when these films – which privilege visuality – were adapted into purely aural forms, has not been as deeply analyzed. In this project, I track the cross-media...
Economic inequality has reached historically high levels in both the United States and in the world. The research literature in sociology and political science has long shown that individuals tend to be very persistent in their views on the determinants of economic success, although these views may be formed on...
Neurodegenerative diseases (NDs) commonly involve the accumulation and aggregation of neurotoxic proteins that impair and ultimately destroy specific neurons. Considerable evidence from human and animal studies indicates that many NDs show disrupted circadian and sleep as symptoms. Yet little is known about the molecular mechanisms by which genes cause NDs...
Dystonia is a movement disorder characterized by involuntary and repetitive co-contractions of the agonist and antagonist muscles. Dystonia 6 (DYT6) is an autosomal dominant dystonia caused by loss of function mutations in the zinc finger transcription factor THAP1. I have generated Thap1 knock-out mice with a view to understanding its...
The Brink-Schwarz superparticle is a one-dimensional analogue of the Green-Schwarz superstring. In this thesis, we use the Batalin-Vilkovisky formalism to study the superparticle. After proving a vanishing result for its Batalin-Vilkovisky cohomology, we explain the sense in which the superparticle exhibits general covariance in the world-line. Using techniques from rational...
Spinal cord injury (SCI) is a devastating injury, which can be caused by motor vehicle accidents, violence, and non-traumatic causes. These injuries can leave patients with lifelong paralysis, as well as incontinence and life threatening autonomic dysreflexia. There is currently no FDA approved treatment for SCI. Spinal injury disrupts the...