Liquid helium-3 is a remarkable substance. Even prior to the discovery of superfluidity in 1972, liquid helium-3 was the paradigm of a strongly interacting Fermi liquid. At even lower temperatures, liquid helium-3 undergoes a phase transition to a p-wave Fermi superfluid. Over 40 years since its discovery, superfluid helium-3 is...
Many transcription factors (TFs) regulate oncogenic processes and are therefore desirable targets for drug intervention. However, few TF inhibitors have been developed to date due to a lack of specificity and few TF binding pockets. The Meade Lab has overcome these challenges by using cobalt-based complexes that disrupt Cys2His2 zinc...
A replication crisis has enveloped several scientific fields since the early 2000s (see Baker, 2016). This has given rise to improved research and reporting practices (e.g., F. S. Collins & Tabak, 2014), as well as a cottage industry of research into issues of replication and reproducibility (e.g., R. A. Klein...
My dissertation examines group dynamics of minority populations during times of violent conflict. By applying a comparative analysis to case studies drawn from the conflicts in Lebanon and Syria, I shed light on how and why minority groups decide to join a conflict, stay on the sidelines, go it alone,...
Mid-infrared lasers, emitting in the spectral region of 3-12 µm that contain strong characteristic vibrational transitions of many important molecules and two atmospheric transmission windows, are highly desirable for spectroscopy sensing, infrared countermeasures, and free space communications. Previously, single-element quantum cascade lasers (QCLs) have been demonstrated with up to watt-level...
Inflammasomes are signaling complexes that link the recognition of pathogen and danger associated molecular patterns (PAMPs and DAMPs) by cytosolic pattern-recognition receptors (PPRs) to the activation of Caspase-1, leading to the release of the pro-inflammatory cytokines interleukin (IL)-1 and IL-18, and the induction of pyroptosis. In addition to the canonical...
Oxidation is an important process in synthesizing a broad range of useful products such as polymers, pharmaceuticals, and fine chemicals. While H2O2 is a highly attractive oxidant for oxidative chemistry due to its high percentage of oxygen and environmentally friendly water byproduct, it is often used in excess due to...
In knowledge-intensive work such as data analysis or emergency medicine, learning and collaboration is integral to the effective “production” process. Uncovering the mechanisms, benefits and costs of learning and collaboration is crucial for the design and operation of a successful process. My Ph.D. research centers on empirically investigating the ways...
Atomic layer deposition (ALD) is a gas-phase synthesis technique employed to manufacture thin films and metallic nanoparticles of various compositions and sizes, as well as individual, isolated species on various supports. An understanding of the dynamic surface chemistry that takes place during various ALD processes is vitally important for achieving...
This dissertation theorizes and examines the revival of interest in figure painting (renwuhua) in Republican China (1911–49). I argue that, in this period, figure painting assumed a central role to painters who sought to reform Chinese art, which was commonly understood as “declining.” This investigation will focus on the achievements...
Understanding and controlling microbial community assembly is critical to developing novel bioprocesses for nutrient and energy recovery from wastewater and preparing for global climate change. As molecular biology tools and DNA sequencing improve, microbial ecologists can progress from answering qualitative questions about “who is there, and what are they doing?”...
SAMDI-MS (Self-Assembled Monolayers for MALDI-TOF Mass Spectrometry) couples the use of chemically-defined self-assembled monolayers of alkane thiolates on gold surfaces with MALDI-TOF mass spectrometry for rapid characterization of the surfaces. Reactions performed on the surfaces can be quantified directly by detection of the reaction substrates and products. This rapid detection...
Epigenetics is the study of chromatin-based events that regulate gene expression without the change of DNA sequence, including DNA methylation, histone modification and chromatin remodeling. Epigenetic regulators are encoded to modify chromatin in a highly regulated and dynamic manner. A growing number of studies have suggested the dysregulation of epigenetic...
The concept of epistemic infringement marks a novel entry into the social epistemology literature concerning epistemic misconduct. Epistemic infringement constitutively involves the systematic contravention of social and epistemic norms, particularly in a manner that serves to erode epistemic agency. This dissertation identifies epistemic infringement as a useful theoretical tool for...
We have a remarkable ability to perform complex, coordinated movements without much conscious effort. In addition to the computations required to generate commands for muscles, a key aspect of coordinated motor control is incorporating sensory feedback about the movement. One of the most important feedback routes is through proprioception, the...
Electrostatic interactions mediated by ionic environments play a central role in physical processes across materials science, chemistry and biology. Key biological phenomena, such as the condensation and packaging of DNA, ion transport across cellular membranes and the enzymatic action of proteins, rely on the complex interplay between nanoscale electrostatic, osmotic...
Standard-based accountability policies have profoundly shaped the landscape of public education in the United States. At the heart of these policies are standardized assessments, administered annually, which are used to evaluate schools and, at times, teachers. While always controversial, opposition to these policies increased following the widespread adoption of the...
The term blowback originated from the American intelligence community to indicate the unexpected consequences of American foreign policy. In my dissertation, I give an account of how blowback results from these security policies. Blowback shows the cases that security policies create more harm than good to the enacting country due...
This research especially helps for the design of concrete structures which has to last at least for 100 years such as bridges. The research aims to give a better prediction of long-term deformations of concrete and improve the structure design based on these predictions. The accurate prediction helps in capturing...
Sleep is affected by social relationships and institutions, but much research has studied sleep within an individualized framework. In this dissertation, I analyze sleep in a series of specific social contexts to examine how these contexts shape gender and socioeconomic differences in sleep. Given prior findings suggesting the importance of...
Metal-organic frameworks (MOFs) are a class of highly modular materials with welldefined three-dimensional architectures, permanent porosity, and diverse chemical functionalities, which show promise for a wide range of applications, including gas storage and separation, drug delivery, chemical sensing, and catalysis. Nanoparticle forms of MOFs have similar properties but are dispersible...
Colloidal crystal engineering with DNA offers new opportunities for materials scientists to build and program the structures of superlattices beyond what can be accomplished in Nature with atomic crystal lattices. Thus far, such materials primarily have been studied for their optical properties due to the insulating nature of the DNA...
This dissertation elucidates the contemporary dance studio and stage in twenty-first century Senegal as privileged sites of knowledge production about gender and sexuality. Entangled within local and global dance lineages, funding structures, and modes of circulation, contemporary choreographers perform their bodies in ways that challenge predominant narratives, both those imagined...
After stroke, inappropriate muscle activity phasing during the locomotor cycle is a key contributor to locomotor impairment. Muscle phasing has been shown to vary between behaviors post-stroke, but the degree to which individuals can voluntarily modulate activity is unclear. This dissertation consists of a series of three studies that investigate...
Photovoltaic devices containing organic semiconducting chromophores are a promising technology for the conversion of solar energy into electricity. Research into the molecular design and processing of these materials has propelled the power conversion efficiency of laboratory-fabricated organic polymer solar cells (PSCs) to over 17%, which exceeds the 10% threshold deemed...
Although Jewish studies, sociology, and performance studies texts abound with productive scholarship on Jewish men and their contributions to comedy in the mid-century United States, there is remarkably scant attention devoted to the equally significant contributions of their female counterparts. Nowhere is that bias clearer than the peculiar case of...
Due to their widespread use and subsequent release, ENMs may exist as mixtures in the natural environment where their chemical interactions can control the toxic stress to exposed microorganisms. Will complex environmental mixtures containing ENMs produce microbial stress that is synergistic, attenuated, or simply additive relative to single ENM exposure,...
The problem of evil, the difficulty of reconciling the reality of evil with an omnipotent and good God, is one of the central problems in Abrahamic theology. The central liturgical practice of traditional Judaism is the recitation of the Amidah, a prayer that (on weekdays) consists in a series of...
The first two chapters focus on the topic: how efficiently do markets reallocate capital in booms and busts, and what are the effects of policies designed to smooth out fluctuations? I exploit a novel dataset of contracts and projects in the offshore oil and gas industry to examine the role...
The epidemic of obesity and associated metabolic diseases have led to increased scrutiny of adipose tissue and its primary cell type, the adipocyte. However, studies show that regional adipose tissue distribution rather than obesity per se is a major determinant of metabolic disease risk. Despite having an obese body mass...
Inter-organelle contacts facilitate communication between organelles and impact fundamental cellular functions. Investigations into the molecular mechanisms of inter-organelle tethering are still in the early stages, and we are just beginning to appreciate the number and variety of inter-organelle tethers that exist. We have used budding yeast as a model polarized...
RNA repair pathways exist in all three domains of life. In eukaryotes, they play key roles in fundamental biological processes such as tRNA splicing and endoplasmic reticulum (ER) stress induced noncanonical splicing of a master transcription factor mRNA (named XBP1 in mammalian cells). Even though most living organisms contain an...
A fundamental goal in biology is to understand how distinct cell types containing the same genetic information arise from a single stem cell throughout development. Sex determination is a key developmental process that requires a unidirectional commitment of an initially bipotential gonad towards either the male or female fate. This...
Additive manufacturing (AM) processes have advanced rapidly over the last three decades to the point where they have the potential to fundamentally change the way complex parts will be designed and fabricated in the future. Additive methods leverage the ability to join metal particles or molten droplets in a layer-by-layer...
Two recent developments in the transportation industry – shared-use mobility services and fully-autonomous vehicles (AVs) – have the potential to fundamentally transform urban mobility. Shared-use mobility services (e.g. Uber, Lyft, Via, Chariot, ZipCar, and Car2go) are already beginning to bridge the gap between personal vehicles and fixed-route transit service in...
Connected and automated vehicle (CAV) technology is a disruptive transportation development with potentially transformative impacts on society and the economy. CAV systems promise to significantly reduce human-caused road crashes, improve traffic flow performance, and lower pollutant emissions. However, realizing those benefits requires strategic planning for the deployment of CAV systems...
The heart of computational materials science lies in providing fundamental insights and understanding of materials behavior and properties across different scales. The significance of this task is highlighted by the Materials Genome Initiative and the emergence of computational tools and frameworks such as materials by design, microstructure sensitive design, and...
People pursuing important goals are known to prefer means that are highly instrumental (those most likely to facilitate goal pursuit). The self-handicapping literature demonstrated an important caveat to this principle—that people instead prefer impediments (rather than instrumental means) to their most important, identity-central goals when they anticipate goal failure. Such...
Valence-to-core (vtc) x-ray emission spectra (XES) provides direct information on occupied valence orbitals and is sensitive to chemical environment. Combining with element specificity and high penetration of hard x-rays, it is emerging as an information-rich technique and its applications have been demonstrated in research fields, such as catalysis and metalloenzymes....
Recovering three-dimensional (3D) structural information of a specimen from a single two-dimensional (2D) measurement remains an important but challenging task in microscopic imaging. A conventional 2D microscopic image has a shallow depth-of-focus (DoF). Thus, recovering 3D information usually requires sequentially z-scanning the focal planes. This process is time consuming and...
Nucleic acids not only are the building blocks of life but also a class of attractive macromolecular therapeutics. However, the delivery of therapeutic oligonucleotides into cells has been a major challenge due to their large size and highly negatively charged backbone. Spherical nucleic acids (SNAs) are a class of emerging...
When a cell divides, it must assemble a microtubule-based structure called a spindle, which provides the forces that physically segregate the chromosomes. In most cell types the microtubules that comprise the spindle are nucleated and organized by centriole-containing centrosomes. In many species, however, oocyte meiosis is carried out in the...
Automated sketch collaborators might help us create more dynamic intelligent tutoring systems, work out designs, reduce bias in solving spatial social problems, and organize our ideas. Here, we examine some properties of sketch recognition methods designed to help serve that goal. Structure Mapping techniques are applied to symbolic structural descriptions...
We use Goerss-Hopkins theory to show that if E is a p-local Landweber exact homology theory of height n and p > n^2 + n + 1, then there exists an equivalence hSpE ≃ hD(E∗E) between homotopy categories of E-local spectra and differential E∗E-comodules, generalizing Bousfield’s and Franke’s results to...
Unlike other products or services, electricity cannot be easily stored, and its delivery cannot be delayed by keeping customers in queues. The electricity supply has to be instantly available to serve a continuously varying demand. Traditionally, electric utilities would match their supply to the demand by adjusting the production output...
In the Nicomachean Ethics and Politics, I find that Aristotle endorses two distinct forms of political activity. The first form, which I term statesman activity, is intrinsically valuable. Aristotle thinks that we should value this kind of political activity because it is constitutive of human well-being. The second form, which...
The apolipoprotein E (APOE) E4 isoform is the strongest genetic risk factor for sporadic Alzheimer’s disease (AD). While APOE is predominantly expressed by astrocytes in the central nervous system, neuronal expression of APOE is of increasing interest in age-related cognitive impairment, neurological injury, and neurodegeneration. Here we show that endogenous...
Natural Language Processing methods have become increasingly important for a variety of high- and low-level tasks including speech recognition, question answering, and automatic language translation. The state of the art performance of these methods is continuously advancing, but reliance on labeled training data sets often creates an artificial upper bound...
Optical coherence tomography (OCT) is a high-resolution, non-contact, three-dimensional imaging technique, which has revolutionized the diagnosis and treatment of retinal diseases. Visible-light OCT (vis-OCT) extends OCT by enabling retinal oximetry – the measurement of oxygen saturation of hemoglobin from within individual retinal blood vessels. Three advances in the vis-OCT technique...
The blueprint of life is contained within the sequence of an organism’s genome. While virtually all cells of an individual multicellular eukaryotic organism contain a near identical code of nucleic acid sequences, an organism must give rise to and maintain a varied set of cells and phenotypes. As such, sequence...
Non-covalent and ion-specific interactions in the context of charged polymers are ubiquitous in nature and in synthetic applications. For example, mussels utilize metal-coordinate bonds to form tough underwater adhesion to a wide range of substrates. The sandcastle worm uses coacervation of oppositely charged polymers to build robust structures for self-defense....
Optical interferometers and resonators are commonly used for precision measurement. These devices can accurately measure the phase shifts of light induced by small changes in the optical path in the device. To meet the need for ultra-sensitive measurement, researchers have developed various approaches to build better and more sensitive devices....
More than half of proteins in humans are modified with carbohydrates in a process called glycosylation, yet this process remains poorly understood even though approximately 1% of the expressed human genome encodes biosynthetic machinery for glycosylation. Unlike genomics and proteomics where high throughput tools are now routinely used to generate...
Conventional polymer network materials, e.g., rubber tires, cannot be efficiently recycled for high-value applications because of their permanent network structures. Therefore, at the end of use, none or only a small fraction of the economic value can be recovered from these materials. Scrapped tires demonstrate well this issue along with...
In the United States there is little material culture that foster youth share in common while in state custody. Removed from alleged circumstances of abuse or neglect, these young people frequently relocate between residential care settings like group homes, institutional treatment centers, or single family foster homes. Due to perpetual...
They Left Us Dead: Anti-Black Violence, Black Evidence, and The Insistence of Black Life examines the mercurial, though seemingly fixed, notion of evidence as it is brought into relation with anti-blackness, Black death and, ultimately, Black life. They Left Us Dead queries how and why certain forms of documentation and...
Throughout the second half of the twentieth century, the United States expanded the scale, funding, and technological sophistication of its defense resources, enabling its current standing as the dominant global military superpower. This dissertation examines the role that the popular narrative genre of science fiction played in shaping American cultural...
This dissertation project uses both quantitative and qualitative analytical approaches to examine the dynamics of responsible investing in financial markets. The first chapter investigates how the institutionalization of responsible investing as a business strategy affects category claims made by mutual funds. The study finds that as the divestment movement in...
While microbial competition during infection has most often been examined at the genus or species level [1, 2], the dissertation work described herein asked whether interstrain competition plays an important role in determining which bacterial lineages emerge to cause disease. The goal of this dissertation was to examine the strain...
Molecular self-assembly is a process in which molecules spontaneously form ordered aggregates, the process of which is important in the natural world, considering those ordered systems and complex architectures contained in a living cell. The goal of chemists is to design simple molecules or chemical systems that can undergo molecular...
Biochips and high-throughput screening methods are powerful tools for studying biological processes. The combination of peptide arrays and SAMDI mass spectrometry incorporates these tools to study a broad range of biochemical transformations, including enzyme activities, to provide valuable information on substrate recognition and guide the development of diagnostic and therapeutic...
Plant life history traits influence the extent and degree of gene flow across a species range. The resulting genetic neighborhood size can influence population differentiation and the scale of local adaptation, with implications for species response to environmental change and sourcing of plant materials for ecological restoration. To assess the...
The Gramm-Rudman-Hollings Act (or “GRH”), which unprecedentedly provided for “sequestration”, a doomsday device to enforce fiscal discipline upon Congress and the President, was passed with bipartisan support on December 12, 1985. How did GRH take place, and why did it assume its final form? Casting GRH’s enactment in functionalist and...
The invention of GdIII-based magnetic resonance imaging (MRI) probes substantially expanded the capability of MRI in visualizing details in tissue. Building upon the achievement of GdIII-based complexes, more ideal probes should feature contrast that is responsive to biomarkers, such as redox status and ion concentrations. The abnormality of these biomarkers...
In response to exponentially increasing demand for digital media, today's Internet landscape has evolved into a multitude of diverse and interdependent distribution systems designed to move content as efficiently as possible. While many of these systems have \emph{individually} been explored in depth by both academic and industrial communities, a cross-sectional...
To relate the mechanical responses of hard-soft copolymer systems with their microstructures, a coarse-grained molecular dynamics (CGMD) approach is employed. With the generic bead-spring polymer model mapped from atomistic simulations, this dissertation first studies the morphology of structures with various hard-soft compositions and interactions between hard beads. Following that, this...
The start of the 21st century brought the sweeping proliferation of portable electronics such as laptops, tablets, and smartphones. These technologies were largely enabled by advances in energy storage methods – lithium ion batteries in particular. Society's push for more advanced energy storage applications, such as electric vehicles, stresses the...
This dissertation explores Holocene climate change along the west coast of Greenland and late Holocene climate variability in the subpolar North Atlantic region using paleolimnology. Lake sediment archives and the climate proxies contained within them provide a valuable window into past temperature change on Greenland, home to one of Earth’s...
Assistive robotics focuses on human-robot systems that provide physical support and assistance to the elderly and people with motor-impairments. While assistive machines, such as the powered wheelchair, can significantly enhance the functional independence of individuals, many users are challenged by their direct operation, the manner in which such systems are...
ABSTRACT Variation of stateness across the territory and population of sovereign states is a notorious, but understudied phenomenon with important implications for issues such as global security, environmental sustainability, and political stability. This dissertation engages in theory-building research to explain subnational variation of stateness in the contemporary world, focusing on...
This dissertation adopts a jointly ethnographic and historical approach to study shifting racial formations and configurations of inequality in the metropolitan U.S. South. Specifically, it analyzes how immigrants and working poor populations are reshaping the social life, privatized spaces, and conservative politics of Atlanta’s white suburbs. It focuses on Sandy...
Citizen media literacy is essential in a democratic society, particularly in the online environment where valid media sources have proliferated alongside purveyors of fake news. This dissertation explores technologies that automatically detect aspects of bias in news articles, with the ultimate aim of leveraging them to augment media literacy. It...
In the design of efficient adsorbents for the sequestration of toxic molecules and the separation of volatile organic compounds, two important criteria are: high porosity and high density of sorptive sites. The work in this thesis showcases how metal-organic frameworks (MOFs) can be used as porous adsorbent templates where many...
Quantum metrology has been among the most vigorous branches of quantum technology. It involves using quantum effects to achieve better estimation of parameters of a physical sys- tem. Conventionally the system consists of an ensemble of N non-interacting atoms and the measurements are done on individual atomic states, such as...
People and horses have a deep, co-constructed, and co-evolutionary history. This dissertation evaluates sociopolitical change of the Hungarian Bronze Age (2800 – 800 BC) in the context of long-term shifts in human-horse relationships. In the Bronze Age, horses are assumed to mount the development of complex polities ruled by elite,...
This dissertation studies topics in health care operations management related to value-based care, where {\em value} can be thought of as the ratio of quality to cost. The objective in value-based care is to increase, or maximize, value by reducing costs and improving quality health outcomes. In Chapter 1 we...
This dissertation is a broad study on individual and firm-level financial conditions and their effects on politics. In the first chapter, I study the effect of economic conditions on political polarization using micro-data on house prices, mortgages, and individual political contributions. I argue that shocks to housing wealth --- the...
The world is an increasingly interdependent place. Regions of economic activity are deeply connected with each other through the movement of goods, labor and ideas. This has deep consequence for both the economist and policymaker: in the evaluation of economic activity, an exogenous shock in any given region does not...
Macrophages are one of the most versatile immune cells in the immune system. They are found in nearly every tissue and organ throughout the body. Macrophages play important roles of orchestrating initiation and resolution of inflammation, such as sentineling against pathogens or engulfing apoptotic cells. Macrophages are able to respond...
In December 1889, a few weeks after the monarchy in Brazil was replaced by a republican government, seventy-year-old USAmerican poet Walt Whitman wrote a poem called “A Christmas Greeting” to welcome the “Brazilian brother” into democracy. Though filled with hope and excitement for yet another republic born in the Americas,...
Proteins are a class of nanoscale building block with remarkable chemical complexity and sophistication: their diverse functions, shapes and symmetry, and atomically monodisperse structures far surpass the range of nanoparticles that can be accessed synthetically. The chemical topology of proteins that drive their assembly into higher order materials are central...
Innovations are adopted by individuals and spread to other individuals. They are adopted at different rates, some are never adopted at all, some are abandoned, and some become the new norms. A very extensive evidence-based research and practice paradigm that studies how innovations spread is called diffusion of innovations. This...
During the 1870s and 1880s, state governments in the former slaveholding South established eleven public institutions for black higher learning. Given the volatile, impoverished, often repressive climate of the region, how did black political and educational leaders mobilize to expand state support for black higher education? Furthermore, how did they...
Cardiac Magnetic Resonance (CMR) is a promising non-invasive imaging technique capable of assessing cardiovascular function and anatomy for both adult and pediatric patients without the need for ionization energy. Even with the stated benefits, CMR utilization in the clinic is low (~1-2%) due in large part to long acquisition time...
Recent studies have shown that many high profile studies in biology could not be reproduced, calling into questions the legitimacy of their findings. These reports have the potential to greatly jeopardize the credibility of scientists in the field as well as erode public confidence in the scientific enterprise. Computational research...
Historically, there have been large disparities in the degree to which different communities have access to resources and representation within society. With the increased availability of the internet and the growth of user-generated content platforms like Twitter and Wikipedia, there are opportunities to alleviate some these long-standing barriers to access...
Promyelocytic leukemia (PML) nuclear bodies act as quality control centers in the nucleus, participating in a plethora of nuclear functions. As such, PML bodies are a signature model for functional nuclear organization. PML bodies have a dynamic protein composition that responds to changing conditions of the cell. Many of the...
Neisseria gonorrhoeae (Ng), a strict human pathogen, is the sole causative agent of gonorrhea. Gc possess a complex gene conversion system, the pilin antigenic variation system, (pilin Av), which alters the DNA sequence of the major pilin, PilE. Pilin Av results in the constant alteration of the surface exposed appendage,...
Chapter 1 presents analysis comparing the effectiveness of two mechanisms of regulation enforcement: (1) the frequency of inspections and (2) penalties for violations. Recent policy changes regarding enforcement of mining safety regulations are exploited to quantify the effectiveness of each mechanism. It is concluded that increasing the frequency of inspections...
Thinkers attempting to challenge existing conceptions of political life often find that they encounter limitations in dominant modes of spectatorship and communication. If popular audiences are unsuitably oriented toward the presentation of certain content, this introduces a fundamental obstacle for political theoretic efforts to shape ideas and interactions. This dissertation...
Mortgage brokers originate a large share of residential real estate lending. Exploiting state-level regulatory changes to local entry costs I am able to study the effect on credit quality and access. Using data from a major mortgage lender in the run up to the financial crisis I study how the...
The purpose of this multiple-case study was to examine the lived experiences of current collegiate music education majors, both students from under-represented minorities and their well-represented peers, with attention to racial/ethnic identity and social class. Dyads of current music education students at 8 separate colleges/universities—a student from an under-represented racial...
Two-dimensional (2D) materials are a promising class of electronic materials that have generated great interest to improve and create new and existing technologies. The promise of this family of materials relies on their high surface-to-volume ratio and atomic thickness in addition to their unique (opto)electric properties. However, these morphological properties...
Synthesis opens the pathway to examine a plethora of complex structures. Whether the target is a naturally occurring compound or a proposed molecule never observed before, synthetic routes can be developed to help understand a variety of properties that the molecule can contain. Synthetic efforts have helped elucidate the absolute...
If I mistakenly hear you ask for directions to the “shore” when instead you asked for directions to the “store,” the miscommunication is probably an innocent mistake. If, on the other hand, a man misunderstands a woman’s refusal of his sexual advances as consent, the mistake seems like it might...
This dissertation explores an intellectual and political tradition that questioned the use of natural resources and the socioeconomic structures of rural Brazil in the early 20th century. “Organicist agrarianism” postulated an orderly transformation of the Brazil under the guidance of the state in the name of a natural and eternal...
Recent advances in combinatorial chemistry, synthetic biology, and ‘omics’ research require high-throughput methods for performing and analyzing thousands to millions of reactions in one day. However, it is a challenge to engineer high-throughput systems that can autonomously conduct and analyze such a large number of reactions in a generalizable and...
We perform many movements every day without much deliberation. However, moving can be seen as a form of decision-making since one of many possible movements must be selected and executed. The decision-making processes that underlie movements are influenced by various factors, including sensory perception, energetics, time, perceived rates of failure...
At the turn of the twentieth century, the Russian Orthodox Church established a dense network of social and material aid for thousands of migrants who travelled from the Russian and Austro-Hungarian Empires to find work in the United States. The church’s growth followed the path of Progressive Era industrialization, with...
In the United States and around the world, the growing energy demands and climate concerns necessitate renewable and efficient energy production. Thermoelectric materials could be one small part of this larger picture movement, but their high cost and low efficiency must be improved to realize commercial use. To decrease the...