Countering Anti-Semitism and Religious Violence.

In , Freud developed an influential and highly controversial theory for understanding anti-Semitism as blowback against monotheism, specifically against the Jewish people's form of (intellectuality/spirituality) and the notion of exclusive chosenness. Against the backdrop of the recent global rise of anti-Semitism, white supremacy, and violence in the name of religion, this essay reviews a collection of nine fresh perspectives on Freud's text in by authors from a cross section of the humanities. They critically engage Freud's seminal thoughts on the nature of religion and violence, tradition and history, trauma and repression, hermeneutics and the transgenerational transmission of identity.

Angular resolved power spectral density analysis for improving mirror manufacturing.

Ultra-precise diamond turning is the method of choice for manufacturing freeform optics. Analyzing surface errors in different spatial frequency ranges has mainly been performed in a one-dimensional representation of the power spectral density function. However, the advanced machine dynamics at the fabrication of freeform mirrors result in highly anisotropic surfaces with regular ripples in different orientations.

Aerobic epoxidation of olefins catalyzed by the cobalt-based metal-organic framework STA-12(Co).

A Co-based metal-organic framework (MOF) was investigated as a catalytic material in the aerobic epoxidation of olefins in DMF and exhibited, based on catalyst mass, a remarkably high catalytic activity compared with the Co-doped zeolite catalysts that are typically used in this reaction. The structure of STA-12(Co) is similar to that of STA-12(Ni), as shown by XRD Rietveld refinement and is stable up to 270 °C. For the epoxidation reaction, significantly different selectivities were obtained depending on the substrate.

Structural changes of noble metal catalysts during ignition and extinction of the partial oxidation of methane studied by advanced QEXAFS techniques.

The dynamics of the ignition and extinction of the catalytic partial oxidation (CPO) of methane to hydrogen and carbon monoxide over Pt-Rh/Al(2)O(3) and Pt/Al(2)O(3) were studied in the subsecond timescale using quick-EXAFS with a novel cam-driven X-ray monochromator employing Si(111) and Si(311) crystals. The experiments were performed under reaction conditions in a small fixed-bed capillary reactor. For the first time XAS data were taken with this QEXAFS technique with a Si(311) crystal that opens the energy range up to 35 keV.

Dynamic collision-induced dissociation of peptides in a quadrupole ion trap mass spectrometer.

The fragmentation of natural peptides using dynamic collision-induced dissociation (DCID), a novel fragmentation method for quadrupole ion traps, is demonstrated. Using leucine enkephalin as a diagnostic molecule, the fragmentation efficiencies and energetics of DCID are compared with other methods of collisional activation in ion traps such as conventional on-resonance excitation and high-amplitude short-time excitation (HASTE). A typical fragmentation efficiency of approximately 20% is achieved for DCID, which is significantly lower than conventional CID (maximum near 80%).