An Immodest Proposal: AI, LLMs, and the Case for a Standalone Legal Research Requirement

The legal research course is over a century old. As a law school subject, it predates many doctrinal courses, as well as the advent of clinical legal education. It is several decades older than its sister subject, legal writing. In spite of its age and obvious importance, the place of the legal research course in the law school curriculum remains contested. While some law faculties recognize the value of legal research instruction and require a standalone legal research course in the first year, the vast majority combine it with legal writing (often over the objections of legal writing instructors and law librarians alike) and/or periodically offer it as an upper-level elective under the misleading title “advanced legal research” (misleading because it is typically the law student’s introduction to the formal study of legal research). In recent months, amidst the hype surrounding LLM-based chatbots like ChatGPT and their legal counterparts, such as CoCounsel and Harvey, there has been much speculation about a future in which so-called “AI-powered” law practice technologies ‘do your legal research and writing for you.’ But what if these new technologies actually make legal research more, not less, important. While AI products will soon generate passable legal documents, the Rules of Professional Conduct will continue to require that a human attorney take responsibility for the resulting documents, and these human attorneys will still need to do legal research to (re)familiarize themselves with the legal issues contained in these documents in order to competently file, execute, or advocate for the adoption of the arguments contained in them, as well as to break with the AI system when it fails to properly serve their clients. If this is the case, the legal research course, which already encompasses legal information literacy, technology evaluation, and prompt construction, will inevitably become a core part of the law school curriculum. Can the advent of LLM-based tools be used to reimagine the legal research course and its place in the law school curriculum? This panel of legal research instructors and law librarians will explore this distinct possibility, mapping a new legal research curriculum in which we teach LLM-based tools rather than fear them, and the critical evaluation of legal information, including legal technologies, is front and center. Panelists will discuss curricular changes that incorporate instruction in the informed use of LLM-based tools, envisioning them as a high-tech template or latter-day form that invigorates legal research, in order to better prepare law students to work with these tools throughout their careers

Extensive degeneracy, Coulomb phase and magnetic monopoles in an artificial realization of the square ice model

Artificial spin ice systems have been introduced as a possible mean to investigate frustration effects in a well-controlled manner by fabricating lithographically-patterned two-dimensional arrangements of interacting magnetic nanostructures. This approach offers the opportunity to visualize unconventional states of matter, directly in real space, and triggered a wealth of studies at the frontier between nanomagnetism, statistical thermodynamics and condensed matter physics. Despite the strong efforts made these last ten years to provide an artificial realization of the celebrated square ice model, no simple geometry based on arrays of nanomagnets succeeded to capture the macroscopically degenerate ground state manifold of the corresponding model. Instead, in all works reported so far, square lattices of nanomagnets are characterized by a magnetically ordered ground state consisting of local flux-closure configurations with alternating chirality. Here, we show experimentally and theoretically, that all the characteristics of the square ice model can be observed if the artificial square lattice is properly designed. The spin configurations we image after demagnetizing our arrays reveal unambiguous signatures of an algebraic spin liquid state characterized by the presence of pinch points in the associated magnetic structure factor. Local excitations, i.e. classical analogues of magnetic monopoles, are found to be free to evolve in a massively degenerated, divergence-free vacuum. We thus provide the first lab-on-chip platform allowing the investigation of collective phenomena, including Coulomb phases and ice-like physics.Comment: 26 pages, 10 figure

Topology by Design in Magnetic nano-Materials: Artificial Spin Ice

Artificial Spin Ices are two dimensional arrays of magnetic, interacting nano-structures whose geometry can be chosen at will, and whose elementary degrees of freedom can be characterized directly. They were introduced at first to study frustration in a controllable setting, to mimic the behavior of spin ice rare earth pyrochlores, but at more useful temperature and field ranges and with direct characterization, and to provide practical implementation to celebrated, exactly solvable models of statistical mechanics previously devised to gain an understanding of degenerate ensembles with residual entropy. With the evolution of nano--fabrication and of experimental protocols it is now possible to characterize the material in real-time, real-space, and to realize virtually any geometry, for direct control over the collective dynamics. This has recently opened a path toward the deliberate design of novel, exotic states, not found in natural materials, and often characterized by topological properties. Without any pretense of exhaustiveness, we will provide an introduction to the material, the early works, and then, by reporting on more recent results, we will proceed to describe the new direction, which includes the design of desired topological states and their implications to kinetics.Comment: 29 pages, 13 figures, 116 references, Book Chapte

Military Training Mission in Iraq: An Exploratory Case Study Research

The purpose of this paper is to investigate how military training is being conducted by NATO coalition forces in Iraq. Thus, the intent of this paper is to discuss the implications of existing misalignments between the military forces that are providing the training and those receiving it. To that end, we have used an exploratory case study research, which included multiple sources of data collection for corroboration and triangulation purposes. The results that emerged from the content analysis showed two types of outcomes that may be relevant to improve the military training in Iraq. The first outcome is identified as the intangible actions, which were mainly focused on social relations, with the intent of narrowing the cultural gap between the international coalition and Iraqi forces. Without surprising, a second outcome is identified as tangible actions, which were associated with training programs and the establishment of tactics, techniques, and procedures (TTPs) relevant to small and medium military units. Future research should focus on programs of “training the trainers” in order to develop long-term teaching and move forward with sustainable Iraqi Security Forces (ISF).info:eu-repo/semantics/publishedVersio

Treatment of Periodontitis by Local Administration of Minocycline Microspheres: A Controlled Trial

Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/141491/1/jper1535.pd

Vitamin C: Intravenous Use by Complementary and Alternative Medicine Practitioners and Adverse Effects

Background: Anecdotal information and case reports suggest that intravenously administered vitamin C is used by Complementary and Alternate Medicine (CAM) practitioners. The scale of such use in the U.S. and associated side effects are unknown. Methods and Findings: We surveyed attendees at annual CAM Conferences in 2006 and 2008, and determined sales of intravenous vitamin C by major U.S. manufacturers/distributors. We also queried practitioners for side effects, compiled published cases, and analyzed FDA’s Adverse Events Database. Of 199 survey respondents (out of 550), 172 practitioners administered IV vitamin C to 11,233 patients in 2006 and 8876 patients in 2008. Average dose was 28 grams every 4 days, with 22 total treatments per patient. Estimated yearly doses used (as 25g/50ml vials) were 318,539 in 2006 and 354,647 in 2008. Manufacturers ’ yearly sales were 750,000 and 855,000 vials, respectively. Common reasons for treatment included infection, cancer, and fatigue. Of 9,328 patients for whom data is available, 101 had side effects, mostly minor, including lethargy/fatigue in 59 patients, change in mental status in 21 patients and vein irritation/phlebitis in 6 patients. Publications documented serious adverse events, including 2 deaths in patients known to be at risk for IV vitamin C. Due to confounding causes, the FDA Adverse Events Database was uninformative. Total numbers of patients treated in the US with high dose vitamin C cannot be accurately estimated from this study