Bigger Than Life

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In Bigger Than Life Mary Ann Doane examines how the scalar operations of cinema, especially those of the close-up, disturb and reconfigure the spectator's sense of place, space, and orientation. Doane traces the history of scalar transformations from early cinema to the contemporary use of digital technology. In the early years of cinema, audiences regarded the monumental close-up, particularly of the face, as grotesque and often horrifying, even as it sought to expose a character's interiority through its magnification of detail and expression. Today, large-scale technologies such as IMAX and surround sound strive to dissolve the cinematic frame and invade the spectator's space, “immersing” them in image and sound. The notion of immersion, Doane contends, is symptomatic of a crisis of location in technologically mediated space and a reconceptualization of position, scale, and distance. In this way, cinematic scale and its modes of spatialization and despatialization have shaped the modern subject, interpolating them into the incessant expansion of commodification. Mary Ann Doane examines how the scalar operations of cinema, especially those of the close-up, disturb and reconfigure the spectator's sense of place, space, and orientation. Mary Ann Doane is Class of 1937 Professor of Film and Media at the University of California, Berkeley, and author of The Emergence of Cinematic Time: Modernity, Contingency, the Archive and Femmes Fatales: Feminism, Film Theory, Psychoanalysis. Acknowledgments  ix
Introduction: Scale, the Cinematic Image, and the Negotiation of Space  1
Part I. Close-Up/Face
1. The Delirium of a Minimal Unit  29
2. The Cinematic Manufacture of Scale, or Historical Vicissitudes of the Close-Up  53
3. At Face Value  89
Part II. Scale/Screen
4. Screens, Female Faces, and Modernities  135
5. The Location of the Image: Projection, Perspective, and Scale  189
6. The Concept of Immersion: Mediated Space, Media Space, and the Location of the Subject  239
Notes  283
Bibliography  325
Index  343

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