New partitioning perturbation theory. 1 - General formalism

General formalism of partitioning perturbation theory - Part

Chirp chirp!: the collaborative and competitive game to increase student staff dynamic

Access to thesis permanently restricted to Ball State community onlyFrom my personal experience within higher education student staffs and supportive research, games and social programming directed towards student staffs on college campuses leads to a healthier student staff dynamic, which impacts the quality of job performance. Therefore, departmental objectives and outcomes are more likely to be achieved from a healthier student staff dynamic. The creation of Chirp Chirp!, the collaborative and competitive game for student staff, was designed to help build team dynamic and critical skills for student staff success. For example, imagine that a hall staff, a student staff that works within the residence halls, plays Chirp Chirp! and the health of the staff dynamic is increased, that healthier dynamic leads to more cohesion and collaboration between the members, thus creating a successful hall program that many residents attend and receive the objectives sought out from the program and department. Chirp Chirp! contains three primary aspects or components that support the desired outcome of a healthier staff dynamic: 1. A social and team-building aspect to support the interpersonal level between staff members and support the collaboration between staff members, acknowledging different strengths and weaknesses throughout the staff. 2. A skill-based aspect that includes the players to engage in memorizing, strategizing prioritizing, trusting, communicating, and competing. 3. An overall enjoyable experience that will keep staff members engaged. Research on serious play and gamification is the foundation of Chirp Chirp! These two game theories helped define the why behind Chirp Chirp! and the greater purpose of the game outside of entertainment. This research, along with other research on game creation, enhanced the overall purpose and playability of the game.Thesis (M.A.

Vertex-algebraic structure of the principal subspaces of certain A_1^(1)-modules, II: higher level case

We give an a priori proof of the known presentations of (that is, completeness of families of relations for) the principal subspaces of all the standard A_1^(1)-modules. These presentations had been used by Capparelli, Lepowsky and Milas for the purpose of obtaining the classical Rogers-Selberg recursions for the graded dimensions of the principal subspaces. This paper generalizes our previous paper.Comment: 26 pages; v2: minor revisions, to appear in Journal of Pure and Applied Algebr

Discussant\u27s response to how not to communicate material and immaterial weaknesses in accounting controls

https://egrove.olemiss.edu/dl_proceedings/1143/thumbnail.jp

New partitioning perturbation theory. 2 - Example of almost degeneracy

Degeneracy applications to partitioning perturbation theory - Part

Geographical species distribution in the Barents Sea under climate change - results from the BarEcoRe project

This report presents a study of possible changes in species’ spatial distribution in the Barents Sea as a result of possible future changes in the ocean climate. Species Distribution Models (SDMs) are constructed to describe and quantify the relationship between past distribution of species and environmental conditions. On the basis of simple environmental scenarios, the same models are used to project possible changes in individual species’ spatial distributions. The work was conducted under the NFR funded project BarEcoRe: Barents Sea Ecosystem Resilience under global environmental change

Organización y relaciones de comunicación del docente

Describe los factores que influyen en la comunicación entre padres, docentes y alumnos.Universidad del Nort

Rotationsal and vibrational spectra of molecular ions: Feasibility of laboratory and astrophysical observation

The rotational spectra of a number of small molecular ions should be detectable in the microwave or millimeter wave regions in laboratory experiments using currently available techniques. The dipole moments and absorption coefficients of polar diatomics CO(+) and NO(+) as well as asymmetric isotopically enriched species, like O-18O-16(+), NE-20NE-22(+), and OC-18 O-16(+) are calculated to be sufficiently large to allow observation of their spectra. In addition to the detailed molecular structure information which such spectral data would provide, precise knowledge of the transition frequencies would render likely the detection of certain of these ions in the interstellar sources or in planetary atmospheres. All of these ions also possess vibrational spectra which should be detectable in the infrared region in laboratory or astrophysical sources