Nineteenth century reflection of gender in selected songs from Frauenliebe und Leben and Dichterliebe by Robert Schumann

This paper focuses on six of the sixteen songs in Dichterliebe (A Poet’s Love) to demonstrate how Schumann has used gender and sexuality to provide a masculine perspective. As a comparative work I used examples from Schumann’s Frauenliebe und Leben (A Woman’s Love and Life) to convey the feminine perspective of love. The discussion shows musicological aspects of gender and how composers use certain techniques and structural effects to achieve and illustrate certain genders. The following movements are discussed from the Dichterliebe cycle: Im wunderschönen Monat Mai; Aus meinen Tränen spriessen; Die Rose, die Lilie, die Taube, die Sonne; Ein Jüngling liebt ein Mädchen; Am leuchtenden Sommermorgen; and Die alten, bösen Lieder. As a comparison I used the following songs from Frauenliebe und Leben: Seit ich ihn gesehen; Er, der Herrlichste von allen; Ich kann’s nicht fassen, nicht glauben; Helft mir, ihr Schwestern; and Nun hast du mir den ersten Schmerz getan. My analysis includes theoretical studies, text painting, overall form and any other musical aspect that may relate to illustrating how gender is presented in these two works.School of MusicThesis (M.M.

The Fact of the Given From a Realist Idealist Perspective

In his well-known Mind and World and in line with Wilfrid Sellars (1991) or “that great foe of ‘immediacy’” (ibid., 127) Hegel, McDowell claims that “when Evans argues that judgments of experience are based on non-conceptual content, he is falling into a version of the Myth of the Given” (1996, 114). In this talk and on the basis of a Berkeleyio-Kantian ‘realist idealist’ world view (sect. 1) and an explication of Kant’s concept of the “given manifold” (CPR, e.g. B138; sect. 2), I will argue that Kant and Evans (1982, chs. 5.1–5.2) were indeed mistaken in their versions of the given (sect. 3), but that Sellars and his student McDowell were even more mistaken (sects. 4–5) and that, in the end, there would appear to be a non-conceptual and (thus) non-propositional and essentially (Kantio-)Schopenhauerian given (1816, ch. 1) in perceptual experience from which we unconsciously (Helmholtz 1867, ch. 26) and automatically infer to our first perceptual beliefs

Protective vaccination in the horse against _Streptococcus equi_ with recombinant antigens

_Streptococcus equi_ subspecies _equi_ (_S. equi_) is a clonal, equine host-adapted pathogen of global importance that causes a highly contagious suppurative lymphodendopathy of the head and neck, more commonly known as Strangles. The disease is highly prevalent, can be severe and spread easily by visibly infected animals or by carrier animals that show no clinical signs of disease. Antibiotic treatment is usually ineffective. However, the majority of horses develop immunity to re-infection, suggesting that vaccination should be a feasible way to prevent the infection. Live attenuated vaccine strains of _S. equi_ are available but adverse reactions have been reported and they suffer from a short duration of immunity. Thus, a safe and effective vaccine against _S. equi_ is highly desirable. In this report, Welsh mountain ponies vaccinated with a combination of seven recombinant _S. equi_ proteins, were significantly protected from experimental infection by _S. equi_, resembling the spontaneous disease. The protective antigens consisted of five surface localized proteins and two IgG endopeptidases. The results from a second vaccination trial indicate that the endopeptidases were important for good protection. The similarity of _S. equi_ to other pyogenic streptococci suggests that our findings have broader implications for the prevention of streptococcal infections

NASA propagation information center

The NASA Propagation Information Center became formally operational in July 1988. It is located in the Department of Electrical and Computer Engineering of the University of Colorado at Boulder. The center is several things: a communications medium for the propagation with the outside world, a mechanism for internal communication within the program, and an aid to management

Propagation through Martian dust at 8.5 and 32 GHz

Independent studies of attenuation of X-band (8.5 GHz) and Ka-band (32 Ghz) radio signals when traversing Martian dust were carried out. These analyses turned out remarkably similar. The computational method is essentially that of T. S. Chu but uses observed optical depth at 0.67 microns rather than visibility as the measure of optical attenuation from which to derive the microwave attenuation. An awkwardness in the approach is that the size distribution of Martian dust particles is not well known, but the mean is probably around 4 microns, whereas in the terrestrial case it is nearer 10 microns. As a consequence, there will be a larger tail of particles still in the Mie regime in the Martian case as compared to the terrestrial one. The computational error will, therefore, be somewhat larger for Martian than Earth-bound dust. Fortunately, the indicated attenuations are small enough for the worst case (1.3 dB at 32 GHz) that the error is academic

NASA Propagation Information Center

The NASA Propagation Information Center became formally operational in July 1988. It is located in the Department of Electrical and Computer Engineering of the University of Colorado at Boulder. The Center is several things: a communications medium for the propagation with the outside world, a mechanism for internal communication within the program, and an aid to management