Programs

Quantum Physics and Quantum Information

This program offers a comprehensive exploration of advanced topics in quantum physics and related fields. Students will delve into the theoretical underpinnings and practical applications of quantum mechanics, laser spectroscopy, quantum electronics, and condensed matter physics. The curriculum is designed to provide a deep understanding of fundamental principles and equip students with the knowledge to tackle complex problems in modern physics and information science. The program emphasizes both theoretical knowledge and experimental methods, preparing graduates for research and development roles in academia and industry.

Quantum Science and Engineering PhD

The PhD program in Quantum Science and Engineering offers advanced training at the interdisciplinary forefront of quantum physics and information theory. This field is crucial for developing new technologies that leverage quantum mechanics, such as advanced quantum computers, secure communication systems, and highly sensitive sensors. The program aims to equip students with the knowledge and skills to build novel quantum systems, drive technological innovation, and become leaders in the rapidly growing quantum industry. Research at Princeton spans the entire quantum technology stack, from fundamental quantum matter and many-body physics to quantum information theory, algorithms, and hardware development, fostering a collaborative environment for cutting-edge discoveries.

Quantum Technologies

This course explores the current state and future prospects of quantum technologies, a field that pushes the boundaries of our everyday experience. You'll investigate what products might emerge from this mysterious area of knowledge, the role of both theoretical and experimental research, and the concept of a 'quantum engineer'. The course will explain how 'quantum paradoxes' aid in teaching and explore the capabilities and limitations of quantum computers. You will also learn why information cannot be extracted from a single photon and how this principle enables the creation of absolutely secure information transmission systems. The curriculum covers how modern experimental physics tools allow manipulation of individual atoms and photons, how to store and retrieve information using quantum objects, and the meaning of 'measuring the state of a quantum system'. The course aims to explain why these advancements are important for humanity, tracing a path from atomic bombs to single-atom control, from lasers to photon statistics, and from crystal lattices to photonic crystals, illustrating how this science often moves from large, complex systems to smaller, simpler ones.

Quantum Technology

The Quantum Technology Laboratory (QTL) at Chalmers University of Technology focuses on cutting-edge research within the broad field of quantum technology. Our work spans quantum computing, quantum sensing, quantum transduction, quantum thermodynamics, and the fundamental aspects of quantum mechanics. We are deeply involved with the Wallenberg Centre for Quantum Technology (WACQT), a major initiative aiming to advance Swedish expertise in quantum technology and develop a quantum computer with over a hundred qubits. This advanced computer promises capabilities far exceeding today's supercomputers, with potential applications in complex optimization problems and molecular property calculations. Our research utilizes superconducting quantum circuits as the experimental platform. The QTL comprises five research groups, each led by distinguished professors and researchers in the field. We are actively publishing our findings in peer-reviewed journals and presenting them at international conferences, contributing to the global advancement of quantum science and technology.

Quantum Technology Applications and Management MSc (online)

Enhance your understanding of quantum technology and learn how to apply it across various industries. This online Master of Science (MSc) program combines scientific principles with practical exercises and real-world examples, delving into quantum physics and the commercialization of new technologies. You will gain advanced knowledge in areas like atom-light interactions, optical propagation, and atomic and photonic systems, exploring applications such as secure communication through quantum networks. The course emphasizes a business-focused perspective, equipping you with the tools for commercialization, industry engagement, entrepreneurship, and market positioning, while also considering economic, security, and public policy implications. This program is designed to align with current industry trends, ensuring you graduate with up-to-date skills to drive innovation in a competitive job market. Delivered entirely online, this distance learning degree offers an innovative curriculum to help you shape the future of quantum technologies. You will learn from world-leading academics in the School of Mathematical and Physical Sciences and the Sussex Business School, with strong connections to the Sussex Centre for Quantum Technologies and the Institute of Physics, placing you within a global community at the forefront of quantum advancements.

Quantum Technology MSc

This Master of Science (MSc) in Quantum Technology at the University of Sussex is designed for students interested in the fundamental principles of quantum physics and their application in developing next-generation technologies. The course leverages the university's strong research in quantum technologies, focusing on areas like quantum processors, quantum internet interfaces, quantum simulators, and quantum-enhanced metrology. You will learn from experts at the forefront of this rapidly evolving field, gaining insights into cutting-edge research and its potential to transform various aspects of life and work. The program provides a blend of theoretical knowledge and practical skills, preparing graduates for careers in research, development, and innovation within the quantum technology sector. Students will engage with core concepts and have the opportunity to specialize through elective modules, culminating in a significant research project. The university's commitment to a supportive learning environment and its strong research impact in Physics offer a compelling academic experience.

Quasisymmetries of the Feigenbaum Julia set and transcendental dynamics

This dissertation investigates the group of quasisymmetries of the Feigenbaum Julia set, denoted as Jc. Quasisymmetry is a type of geometric mapping that preserves the qualitative structure of sets under distortion. The Feigenbaum Julia set is a non-hyperbolic quadratic Julia set, presenting a different challenge compared to hyperbolic sets. The research describes the group of topologically extendable quasisymmetric self-maps of Jc, providing the first example for an infinitely renormalizable map. The study relies on the topology and geometry of the transcendental dynamics of a related renormalization fixed point to fully determine this group.

QUT Pathway and Diploma Programs

QUT pathway programs, including diplomas and enabling courses, are designed to help international students meet the academic and English language requirements for direct entry into QUT's undergraduate degrees. These programs provide a supportive learning environment, equip you with essential foundational knowledge and skills, and can offer credit towards your chosen bachelor's degree, allowing you to achieve your academic goals sooner. Completing a pathway program guarantees you a place in an approved QUT degree.

Race and Ethnic Studies, Minor

The Race and Ethnic Studies Minor at the University of Central Oklahoma provides students with an interdisciplinary approach to understanding the complexities of race and ethnicity. It examines how these social constructs shape individual identities, societal structures, and historical narratives. Students will explore the convergence of cultures, the intertwining of histories, and the intersections of various identities.

Race, Class, and Law

Raconter l’histoire du théâtre

This program, 'Raconter l’histoire du théâtre' (Telling the History of Theatre), delves into the methodologies and challenges of researching and narrating the history of theatre. It moves beyond traditional literary histories focused solely on canonical works and authors, incorporating influences from cultural history, gender studies, and post-colonial studies. The program explores how new research approaches expand the scope of theatrical history, giving voice to previously marginalized figures and practices. It examines the evolving definitions of theatrical studies and how interdisciplinary perspectives reshape our understanding of theatre's past. The volume, comprising academic studies, interviews, and a play, critically examines how theatre history is constructed. It investigates the role of various actors in shaping historical narratives, from academics and critics to artists and practitioners. The program also scrutinizes the impact of different media and formats (dictionaries, treatises, journals, graphic novels, memoirs) on the presentation and memory of theatrical history. It questions the influence of geopolitical factors and ideological frameworks on historical accounts of theatre, encouraging a more nuanced and inclusive approach to the subject.

Radiation Shielding Techniques for Human Spaceflight

This paper explores methods for protecting astronauts from the hazardous radiation present in space environments. It delves into the nature of space radiation, including solar radiation and galactic cosmic rays, which pose significant risks for long-duration human missions, such as those planned for Mars. The primary focus is on strategies to reduce radiation exposure during spaceflight. Two main categories of shielding techniques are discussed: passive and active shielding.

Radio Arts and Entertainment Diploma

The Radio Arts and Entertainment Diploma program prepares you for a career in the dynamic content creation industry by equipping you with essential production, performance, and storytelling skills. You will gain hands-on experience in areas such as on-air hosting, podcast production, live streaming, and social media management, enabling you to create engaging content for diverse audiences across various platforms. The program emphasizes dynamic storytelling, creative performance, and high-quality production techniques using cutting-edge technology in a collaborative, practice-based environment. Over two years of full-time study, you'll learn to produce content for social media, podcasts, video sharing sites, websites, radio, TV, and live streaming platforms. You'll explore topics including music, sports, arts and culture, film and TV, environmental issues, and e-sports, ensuring you graduate ready to craft compelling narratives that resonate widely.

Radio-Television-Film Graduate Programs

The Department of Radio-Television-Film (RTF) at UT Austin offers graduate programs for students passionate about film, television, and emerging media. These programs are designed for full-time study and are conducted entirely on campus. The department emphasizes a comprehensive approach to understanding and creating media, with opportunities for specialization in various areas within film and media studies. Prospective students should be prepared for an intensive academic experience.

Radiochemistry and Radioactivity

This postgraduate course offers a comprehensive introduction to radioactivity and the core principles of radiochemistry. It explores how radiochemical concepts are applied in various fields, including industry, environmental science, and medicine. The course emphasizes the significance of radioactivity as both a scientific tool and a distinct discipline, detailing its integral role in specific applications. Topics covered include the physical basis of nuclear structure and radioactive decay, the properties of different nuclear radiations, their interactions with matter, and methods for detection. The course also delves into the practical applications of radiation properties in chemistry, with a focus on medical applications such as positron emission tomography (PET) and nuclear medicine therapy. Radioactive pollution and basic dosimetry are also discussed.

Radiography, BS

California Baptist University (CBU) offers a Bachelor of Science (BS) in Radiography program designed to prepare students for careers as radiologic technologists. This program focuses on providing students with hands-on experience using advanced diagnostic imaging equipment. You will learn the principles of anatomy, physiology, pathology, radiographic imaging, and radiation safety, all within a framework that integrates faith-based learning with professional practice. The curriculum includes classroom instruction and practical experience in partnership clinics and hospitals, equipping you to care for patients professionally in various healthcare settings.

Radiologic Technology, BS – Traditional Track

The Bachelor of Science (BS) in Radiologic Technology is a 106 credit-hour program offered in an on-campus format, potentially including some online courses for degree completion. This program is a joint effort with Mercy Hospital St. Louis – School of Radiologic Technology. The initial two years are conducted at Lindenwood University, covering prerequisites and general education. The subsequent two years involve professional training at Mercy's accredited program. Students must apply separately to Mercy's competitive program during their second year, with no guarantee of acceptance due to limited seats. This curriculum includes essential subjects like human anatomy and physiology, and medical terminology. Students gain hands-on experience with advanced medical technology such as ultrasound, nuclear radiation, magnetic fields, and X-rays, preparing them to be skilled radiographers. Upon successful completion of all program requirements, graduates are eligible to sit for the American Registry of Radiologic Technologists (ARRT) certification exam.

Radiological Science - BS

The Radiological Science program at the University of Pittsburgh's Bradford campus offers a Bachelor of Science (BS) degree. This program focuses on the principles and applications of radiological sciences, preparing students for careers in various healthcare settings. Students will gain knowledge in areas related to medical imaging and radiation. The program is housed within the Division of Biological and Health Sciences. The program director, Mary Boser, can be contacted for specific inquiries about the curriculum and student support.

Ragworms Anecdotes

This PhD research focuses on understanding the processes that limit the establishment of saltmarsh ecosystems on tidal flats. Saltmarshes play a crucial role in coastal resilience by attenuating waves and providing flood protection, as highlighted by previous research. This project investigates the challenges faced by pioneer saltmarsh vegetation in establishing on bare tidal flats, with a specific focus on the impact of wave action.

Railroading Personal Jurisdiction

This program analyzes the United States Supreme Court's decision in Mallory v. Norfolk Southern Railway Co. (2023), which addressed personal jurisdiction over corporations. The Court held that a Pennsylvania statute requiring out-of-state corporations to consent to jurisdiction as a condition of doing business was constitutional under the Fourteenth Amendment's Due Process Clause. This decision relied on a 1917 precedent and potentially revives state sovereignty theories of jurisdiction, reminiscent of the Pennoyer era. The article critiques the Court's fractured opinions, arguing that they create an incoherent doctrine of personal jurisdiction and may undermine the landmark International Shoe decision. It suggests a moratorium on future pronouncements in this area to allow for clearer jurisprudence.

Rawlings Sport Business Management

Reading Endorsement

The Reading Endorsement program at Baldwin Wallace University allows licensed teachers to add a PK-12 reading endorsement to their existing teaching license. This program is ideal for educators who want to enhance their skills in assessing, planning, and implementing literacy programs without needing to complete a full master's degree. It also helps teachers meet Ohio's Third Grade Reading Guarantee requirements, preparing them to provide intensive instruction for students who are struggling with reading. The endorsement consists of four courses, each worth three credit hours. To be eligible for the program, applicants must have completed Ohio's 12-hour reading core curriculum. The BW Department of Education will review transcripts to verify this requirement and will advise applicants on any additional courses needed to meet legislative codes. This ensures that all candidates are well-prepared to specialize in literacy education.