Bonner Online-Bibliographie zur Comicforschung
Bonn Online Bibliography of Comics Research

WIKINDX Resources

Petrovic, Paul: "Queer resistance, gender performance, and ‘coming out’ of the panel borders in Greg Rucka and J.H. Williams III’s Batwoman: Elegy." In: Journal of Graphic Novels and Comics 2 (2011), S. 67–76. 
Resource type: Journal Article
Languages: englisch
Peer reviewed
DOI: 10.1080/21504857.2011.576883
BibTeX citation key: Petrovic2011a
View all bibliographic details
Categories: General
Keywords: "Batman", Gender, Rucka. Greg, Semiotik, Superheld, USA, Williams III. J.H.
Creators: Petrovic
Collection: Journal of Graphic Novels and Comics
Abstract
Greg Rucka and J.H. Williams III’s Batwoman: Elegy recasts the introductory artistic depiction of Kate Kane (Batwoman) from the limited series 52, resisting the codification of this lesbian character from the former series’ heteronormative visual designs by actively queering her character. This paper, drawing from Thierry Groensteen and gender theorists, analyzes how Williams utilizes an ostentatious visual design so that he and Rucka can retrace the censored scenario of Kate’s sexual identity. In its experimental deployment of page borders and other artistic elements, Batwoman: Elegy offers a queering of the traditional comics form and radically challenges earlier incarnations of the character’s heteronormativity. It is argued that this text and the recent Batwoman #0 allow Kate to fluidly operate against gender norms, and the text’s use of the military’s Don’t Ask Don’t Tell policy allows it to both situate Kate’s political resistance and to interrogate the abuses caused by this restrictive policy.
  
wikindx 5.3.2 ©2018 | Total resources: 11525 | Username: -- | Bibliography: WIKINDX Master Bibliography | Style: Comicforschung-Bibliographie Stil (CFB) | Database queries: 46 | DB execution: 0.23676 secs | Script execution: 0.24867 secs

PHP execution time: 0.01080 s
SQL execution time: 0.23676 s
TPL rendering time: 0.00111 s
Total elapsed time: 0.24867 s
Peak memory usage: 1.3213 MB
Memory at close: 1.2710 MB