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Junior Recital: Mahri Hodges & Nathan Lezotte (2023)
Get PDFSNC Music Department presents: a Junior Percussion Recital featuring Mahri Hodges & Nathan Lezotte (2023)
Faculty Violin Recital: Dr. Taylor Giorgio (2023)
Get PDFSNC Music Department presents: a Faculty Violin Recital, featuring Dr. Taylor Giorgio, Elaine Moss (piano), & Dr. Luis Fernandez (violin)
Autumn String Orchestra Concert: Reflections of the American Spirit (2023)
Get PDFSNC Music Department presents: the Autumn String Orchestra Concert & the Reflections of the American Spirit, featuring the music of Charles Lloyd Jr (2023)
SECONDARY HOCHSCHILD COHOMOLOGY AND DERIVATIONS
No full textIn this paper, we introduce a generalization of derivations. Using these socalled secondary derivations, along with an analogue of Connes’ Long Exact Sequence, we are able to provide computations in low dimension for the secondary Hochschild and cyclic cohomologies associated to a commutative triple. We then establish a universal property, which paves the way to relating secondary K¨ahler differentials with the aforementioned secondary derivations.https://digitalcommons.snc.edu/faculty_staff_works/1066/thumbnail.jp
REVISION OF SANGUINICOLA PLEHN, 1905 WITH REDESCRIPTION OF SANGUINICOLA VOLGENSIS (RAŠÍN, 1929) MCINTOSH, 1934, DESCRIPTION OF A NEW SPECIES, PROPOSAL OF A NEW GENUS, AND PHYLOGENETIC ANALYSIS
No full textSanguinicola Plehn, 1905 comprises 26 species that collectively infect fishes from 8 orders (Cypriniformes, Characiformes, Siluriformes, Esociformes, Salmoniformes, Labriformes, Centrarchiformes, and Perciformes). Its revision is warranted because several species assigned to the genus could represent new genera, nucleotide sequences are wanting, many species have incomplete descriptions, and types for most species are missing or of poor quality. Herein, we emend Sanguinicola based on morphology and the first nucleotide-based phylogenetic analysis that includes multiple sequences from morphologically identified adult specimens. We describe Sanguinicola plehnae Warren and Bullard n. sp. from the heart of northern pike, Esox lucius Linnaeus, 1758 from Russia; provide supplemental observations of Sanguinicola volgensis (Rašín, 1929) McIntosh, 1934 from the heart of sabrefish (type species), Pelecus cultratus (Linnaeus, 1758) Berg, 1949 from Russia; describe Sanguinicola cf. volgensis from the heart of ide, Leuciscus idus (Linnaeus, 1758) Berg, 1949 from Russia; and describe Pseudosanguinicola occidentalis (Van Cleave and Mueller, 1932) Warren and Bullard n. gen., n. comb. from the heart of walleye, Sander vitreus (Mitchill, 1818) Bailey, Latta, and Smith, 2004 from eastern North America. Sanguinicola plehnae differs from its congeners by having lateral tegumental spines that total 118–122, are small (3% of body width), and protrude 2–3 µm from the tegument (lacking associated conical protrusion) as well as by having a large testis (\u3e40% of body length). Sanguinicola volgensis differs from its congeners by having posteriorly directed lateral tegumental spines encased in a tegumental conical protrusion as well as by having an ovoid egg. Specimens of S. cf. volgensis differ from those of S. volgensis by having a body that is 5–6× longer than wide (vs. 2–3× in S. volgensis) and \u3c90 lateral tegumental spines (vs. \u3e95). Pseudosanguinicola Warren and Bullard n. gen. differs from Sanguinicola by having densely transverse rows of lateral tegumental spines (vs. a single column of large spines). The phylogenetic analysis utilizing the large subunit ribosomal DNA (28S) failed to reject monophyly of Sanguinicola.https://digitalcommons.snc.edu/faculty_staff_works/1060/thumbnail.jp
Strategic Financial Group
Get PDFAlumnus Derek Schanhofer explains how his financial planning firm came to be post-graduation
Existential Risk and the Artificial Will
No full textIn keeping with this theme, Gallow will discuss the process of creating artificial minds as humanity adds intelligence into machines. Some have argued that the uncertainty regarding the development of autonomous wills poses an existential risk to humanity, for they allege that most of the desires an artificial agent could develop will make it rational for them to take steps to disempower humanity. Gallow will investigate this thesis using the tools of rational choice theory: If an artificial agent’s desires are sampled randomly, they will be somewhat more likely to make choices that leave less up to chance, which afford them more choices later on, and which prevent their desires from being changed
Demystifying and De-Stressing the Housing Lottery
Get PDFSNC parents learn tips about the housing lottery at SNC