Parent Resource Packet - A Guide for New Parents

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A New Metaphor: How Artificial Intelligence Links Legal Reasoning and Mathematical Thinking

Artificial intelligence’s (AI’s) impact on the legal community expands exponentially each year. As AI advances, lawyers have more powerful tools to enhance their ability to research and analyze the law, as well as to draft contracts and other legal documents. Lawyers are already using tools powered by AI and are learning to shift their methodologies to take advantage of these enhancements. To continue to grow into their shifting role, lawyers should understand the relationship between AI, mathematics, and legal reasoning

Walk the Line: Aristotle and the Ethics of Narrative

Lawyers are storytellers who face tremendous pressure to persuade judges and juries of the rightness of their stories. Zealous advocacy has long been a touchstone in lawyering, but lawyers need to balance zealousness with candor to the tribunal. As narrative and storytelling have evolved in scholarship and practice as powerful tools for persuasion, lawyers can find themselves walking a delicate ethical line. The applicable Model Rules of Professional Conduct do not provide a sufficient framework for ensuring sufficient candor in the use of narrative, particularly when considering the cultural and psychological power inherent in stories. Thus, lawyers can find themselves sliding on a slippery slope into ethically actionable misrepresentation.These are not new problems, and the classics have something to teach modern lawyers using narrative to persuade. Aristotle addressed the same types of concerns in his Nicomachean Ethics and On Rhetoric. Aristotle discussed the importance of keeping one’s conduct within the “mean”—to maintain a balanced approach to one’s life and practice. He also stressed the value of using good habits to develop a person’s character. Aristotle’s wisdom can guide a lawyer who seeks to be a candid, ethical, and still zealous advocate.Thus, this Article posits that incorporating Aristotle’s concepts of virtue ethics into the Preamble of the Model Rules will provide guidance to lawyers seeking to use legal storytelling in an ethical, balanced way. Providing lawyers with intrinsic motivation to behave ethically provides a more workable framework than adding additional proscriptive requirements to the Model Rules, particularly for lawyers walking the line between truth and falsity when retelling client facts through storytelling

A New Metaphor: How Artificial Intelligence Links Legal Reasoning and Mathematical Thinking

Artificial intelligence’s (AI’s) impact on the legal community expands exponentially each year. As AI advances, lawyers have more powerful tools to enhance their ability to research and analyze the law, as well as to draft contracts and other legal documents. Lawyers are already using tools powered by AI and are learning to shift their methodologies to take advantage of these enhancements. To continue to grow into their shifting role, lawyers should understand the relationship between AI, mathematics, and legal reasoning

Leveraging Libraries to Support Academic Technology

Through leveraging the relationship between libraries and technology, colleges and universities can make the best use of the skills that librarians bring to the table. At DePaul University, three positions have been created, which report to two campus units: The University Libraries and Instructional Technology Development. The consolidation of both library and instructional technology perspectives to create this first group of blended positions at DePaul has been successful, due in large part to the fact that the primary responsibilities of these positions are in areas of mutual interest: instruction, collection development, and technology support for faculty and students, whether on a consulting basis or at the reference desk. As libraries and librarians become ever more closely and actively aligned with the teaching mission of the university, universities and colleges can transform librarians’ roles within the academy by leveraging their skills to enhance teaching and learning in today’s online environment

OK, Google, Will Artificial Intelligence Replace Human Lawyering?

Will Artificial Intelligence (AI) replace human lawyering? The answer is no. Despite worries that AI is getting so sophisticated that it could take over the profession, there is little cause for concern. Indeed, the surge of AI in the legal field has crystalized the real essence of effective lawyering. The lawyer’s craft goes beyond what AI can do because we listen with empathy to clients’ stories, strategize to find the story that might not be obvious, thoughtfully use our imagination and judgment to decide which story will appeal to an audience, and creatively tell those winning stories. This Article reviews the current state of AI in legal practice and contrasts that with the essence of exclusively human lawyering skills—empathy, imagination, and creativity. As examples, we use three Supreme Court cases to illustrate these skills

Ok, Google, Will Artificial Intelligence Replace Human Lawyering?

Will Artificial Intelligence (AI) replace human lawyering? The answer is no. Despite worries that AI is getting so sophisticated that it could take over the profession, there is little cause for concern. Indeed, the surge of AI in the legal field has crystalized the real essence of effective lawyering. The lawyer’s craft goes beyond what AI can do because we listen with empathy to clients’ stories, strategize to find that story that might not be obvious, thoughtfully use our imagination and judgment to decide which story will appeal to an audience, and creatively tell those winning stories.This article reviews the current state of AI in legal practice and contrasts that with the essence of exclusively human lawyering skills—empathy, imagination, and creativity. As examples, we use three Supreme Court cases to illustrate these skills

GLUT4, GLUT1, and GLUT8 are the dominant GLUT transcripts expressed in the murine left ventricle

BACKGROUND: The heart derives energy from a wide variety of substrates including fatty acids, carbohydrates, ketones, and amino acids. The healthy heart generates up to 30% of its ATP from glucose. Under conditions of cardiac injury or stress, the heart relies even more heavily on glucose as a source of fuel. Glucose is transported into the heart by members of the family of facilitative glucose transporters (GLUTs). While research examining the transport of glucose into the heart has primarily focused on the roles of the classical glucose transporters GLUT1 and GLUT4, little is known about the functions of more newly identified GLUT isoforms in the myocardium. METHODS: In this study the presence and relative RNA message abundance of each of the known GLUT isoforms was determined in left ventricular tissue from two commonly used inbred laboratory mouse strains (C57BL/6J and FVB/NJ) by quantitative real time PCR. Relative message abundance was also determined in GLUT4 null mice and in murine models of dilated and hypertrophic cardiomyopathy. RESULTS: GLUT4, GLUT1, and GLUT8 were found to be the most abundant GLUT transcripts in the normal heart, while GLUT3, GLUT10, and GLUT12 are present at relatively lower levels. Assessment of relative GLUT expression in left ventricular myocardium from mice with dilated cardiomyopathy revealed increased expression of GLUT1 with reduced levels of GLUT4, GLUT8, and GLUT12. Compensatory increase in the expression of GLUT12 was observed in genetically altered mice lacking GLUT4. CONCLUSIONS: Glucose transporter expression varies significantly among murine models of cardiac dysfunction and involves several of the class III GLUT isoforms. Understanding how these more newly identified GLUT isoforms contribute to regulating myocardial glucose transport will enhance our comprehension of the normal physiology and pathophysiology of the heart

Diffusive and advective cross-frontal fluxes of inorganic nutrients and dissolved inorganic carbon in the Barents Sea in autumn

The Atlantic Water, entering the Arctic through the Barents Sea and Fram Strait, is the main source of nutrients in the Arctic Ocean. The Barents Sea is divided by the Polar Front into an Atlantic-dominated domain in the south, and an Arctic-dominated domain in the north. The Polar Front is a thermohaline structure, which is topographically-steered at sub-surface, and influenced by the seasonal sea ice edge near the surface. Exchanges of nutrients between the inflowing Atlantic Water and the surrounding waters are key for the primary production in the Barents Sea. In October 2020, we measured nutrients (nitrate, phosphate and silicic acid), dissolved inorganic carbon (DIC), ocean stratification, currents and turbulence in the vicinity of the Polar Front in the Barents Sea within the framework of the Nansen Legacy project, allowing estimates of horizontal and vertical advective fluxes and turbulent fluxes of nitrate and DIC. We studied the autumn situation when primary production was declining. We found a substantial transfer of nitrate and DIC across the Polar Front from the Atlantic domain to the Arctic domain. Up to one quarter of the replenishment of the nitrate in the mixed layer during winter could be attributed to vertical mixing during wind events, shared approximately equally between advective and turbulent fluxes. The vertical turbulent fluxes bring nutrients from the subsurface Atlantic Water to the surface. We also identified an export of nitrate and DIC from the Barents Sea to the Nordic Seas occurring along the eastern shelf of Svalbard. Our study shows the role of vertical fluxes in fall and winter to precondition for the following spring bloom