Benevolent Patriotism: Art, Dissent and the American Effect

This article examines the role of contemporary art in a post-9/11 context through The American Effect exhibition at the Whitney Museum of American Art in New York in 2003. This exhibition displayed a range of artworks from around the world that specifically engaged with, commented upon and interrogated the USA's pre-eminent position as a global superpower. In the politically charged climate after 9/11, the exhibition offered itself as a critical voice amid the more obvious patriotic clamour: it was one of the places where Americans could ask (and answer) the question, `Why do they hate us so much?' Although The American Effect claimed to be a space of dissent, it ultimately failed to question, let alone challenge, US global hegemony. Instead, the exhibition articulated a benevolent patriotism that forced artwork from other nations into supplicating and abject positions, and it obscured the complex discursive networks that connect artists, curators, critics, audiences and art museums.

Dirac-Fock energy levels and transition probabilities for oxygen-like Fe XIX

Multiconfigurational Dirac-Fock calculations are reported for 656 energy levels and the 214 840 electric dipole (E I), electric quadrupole (E2) and magnetic dipole (M1) transition probabilities in oxygen-like Fe xix. The spectroscopic notations as well as the total transition probabilities from each energy level are provided. Good agreement is found with data compiled by NIST.

Radiation damping effects on L-shell photoionization cross- sections of O-like Fe xix and N-like recombination rate coefficients for Fe xx

Photoionization cross-sections out of the fine-structure levels (2S(2)2p(4) P-3(2,0,1)) of the O-like Fe ion Fe XIX have been reinvestigated. Data for photoionization out of each of these finestructure levels have been obtained, where the calculations have been performed with and without the inclusion of radiation damping on the resonance structure in order to assess the importance of this process. Recombination rate coefficients are determined using the Milne relation, for the case of an electron recombining with N-like Fe ions (Fe XX) in the ground state to form O-like Fe (Fe XIX) existing in each of the fine- structure ground-state levels. Recombination rates are presented over a temperature range similar to 4.0 less than or equal to log T-e less than or equal to 7.0, of importance to the modelling of X-ray emission plasmas.