Guareschi\u27s Mondo Piccolo and the Sacrality of Conscience

This study adopts a Christian hermeneutic to explore sacred themes in several of the 346 Don Camillo short stories that Giovannino Guareschi wrote between 1946 and 1966. Such a critical approach may seem non-traditional to use in analyzing a post-World War II, twentieth-century author. And yet, Guareschi defies convention in many ways beyond his profession as a journalist, humorist and popular author: he openly opposed the anti-clerical and Marxist literary establishment; defined himself as an anti-intellectual; and, as a layperson, he wrote unromantically about matters of faith. Especially as editor of the immensely popular weekly newspaper Candido, he had the perfect forum to reach millions of readers who shared his Christian values and were not part of the intellectual elite. To be sure, Don Camillo stories delight and earn frequent smiles and giggles, but the narrative action in best of them powerfully echoes Jesus of Nazareth’s call to conversion and forgiveness through the way characters heed their consciences

‘No, niente appello!’: How De Gasperi Sent Guareschi to Prison

The article focuses on the legal proceedings between Prime Minister Alcide De Gasperi and editor Giovannino Guareschi at the Milan tribunal in Italy. Guareschi was convicted of libel counted upon by the British evidence. He was accused of forgery of the letters that he reproduced against De Gasperi

Pippo: An Italian Folklore Mystery of World War II

During the German occupation of Northern Italy (1943-45), the Italian populace lived under the grip of fear as Allied bombardments pummeled towns, Nazifascists raided villages looking for partisans, and food grew ever more scarce. When night fell many Italians had to contend with another menace, a mysterious aircraft that they were sure was specifically after them and their loved ones. So real and yet mysterious was this aircraft that they gave it a name: Pippo. No one was quite sure if it was German or Allied, single-engine or double-engine, if it dropped bombs, or what its primary mission was, but Pippo loomed as a nocturnal specter, instilling order and terror in the Italian towns below. Scant official documentation exists on Pippo, and references in literature are even scarcer. But Pippo lives in the popular memory of the World War II generation. In 1990 RAI Tre sponsored a television series called La mia guerra [My war] and invited Italians to send in letters documenting their memories; in these testimonials Pippo comes to life. Perry\u27s essay integrates oral histories of both Italian civilians and former American night fighter pilots, an analysis of over a hundred letters sent to the RAI Tre commission sponsoring La mia guerra, and a study of German propaganda. Finally, it weaves official U.S. Army Air Corps documents into the inquiry. All venues of analysis shed light on how Pippo served many Italians as a means to concretize their fears

Entertaining situated messaging at home

Leisure and entertainment-based computing has been traditionally associated with interactive entertainment media and game playing, yet the forms of engagement offered by these technologies only support a small part of how we act when we are at leisure. In this paper, we move away from the paradigm of leisure technology as computer-based entertainment consumption, and towards a broader view of leisure computing. This perspective is more in line with our everyday experience of leisure as an embodied, everyday accomplishment in which people artfully employ the everyday resources in the world around them in carrying out their daily lives outside of work. We develop this extended notion of leisure using data from a field study of domestic communication focusing on asynchronous and situated messaging to explore some of these issues, and develop these findings towards design implications for leisure technologies. Central to our discussion on the normal, everyday and occasioned conduct of leisure lie the notions of playfulness and creativity, the interweaving of the worlds of work and leisure, and in the creation of embodied displays of affect, all of which may be seen manifested in the use of messaging artefacts. This view of technology in support of leisure-in-the-broad is strongly divergent from traditional entertainment computing models in its coupling of the mechanics of the organisation of everyday life to the ways that we make entertainment for ourselves. This recognition allows us to draw specific implications for domestic situated messaging technologies, but also more generally for technology design by tying activities that we tend to regard as purely functional to other multifaceted and leisure-related purposes

Quarkonia in Hamiltonian Light-Front QCD

A constituent parton picture of hadrons with logarithmic confinement naturally arises in weak coupling light-front QCD. Confinement provides a mass gap that allows the constituent picture to emerge. The effective renormalized Hamiltonian is computed to ${\cal O}(g^2)$, and used to study charmonium and bottomonium. Radial and angular excitations can be used to fix the coupling $\alpha$, the quark mass $M$, and the cutoff $\Lambda$. The resultant hyperfine structure is very close to experiment.Comment: 9 pages, 1 latex figure included in the text. Published version (much more reader-friendly); corrected error in self-energ

Analysis of holographic interferograms of aerodynamic models in a wind tunnel

Holographic interferometry provides a non-invasive technique for estimating variations in the air density distribution around aerodynamic models in wind tunnels. The testing of this technique has been underway for some time and has been reported previously for a two dimensional aerodynamic model. Results obtained from tests using three dimensional aerodynamic models are summarized. Holograms were made of aerodynamic models in a wind tunnel. Interferograms were made from these holograms. The interference fringes in these holographic interferograms were digitized and this information was entered into the HOLOFT program. The HOLOFT program successfully calculated the known stagnation air density at the nose of a model and the known air density distribution across the cross section passing through the stagnation point for the axisymmetrical case of this model at a Mach number of 0.8. Thus the technique of holographic interferometry does work.The HOLOFT program stands for HOLOgraphic Inversion by 2-D Fourier Transform

What counts as creativity in education? An inquiry into the intersections of public, political, and policy discourses

In this essay, the authors examine the varied public, everyday, and academic discourses of creativity that combine to influence our current educational goals and policies, particularly in North America and Europe. From Sir Ken Robinson’s (2006) cutting remark that “Schools kill creativity!” to the Action Canada Foundation’s (2013) assessment that creativity is one of the seven core learning competencies required in the 21st century, this article portrays the compelling push and pull of creativity in education today. The authors found themselves in search of this seemingly crucial, yet increasingly undersupported aspect of their work in teacher education and research. Coming from literacy and arts education, the authors were called to question what they had always taken for granted. This article contextualizes creativity amid everyday, public, and academic discourses. Through engaging in this inquiry, the extent to which creativity is the recipe for success, as it is so often deemed to be, is assessed and a conceptual framework for creativity in action is proposed

Large Area Crop Inventory Experiment (LACIE). Sampling unit size considerations in large area crop inventorying using satellite-based data

There are no author-identified significant results in this report

Note on restoring manifest rotational symmetry in hyperfine and fine structure in light-front QED

We study the part of the renormalized, cutoff QED light-front Hamiltonian that does not change particle number. The Hamiltonian contains interactions that must be treated in second-order bound state perturbation theory to obtain hyperfine structure. We show that a simple unitary transformation leads directly to the familiar Breit-Fermi spin-spin and tensor interactions, which can be treated in degenerate first-order bound-state perturbation theory, thus simplifying analytic light-front QED calculations. To the order in momenta we need to consider, this transformation is equivalent to a Melosh rotation. We also study how the similarity transformation affects spin-orbit interactions.Comment: 17 pages, latex fil