[Re-signification of the human in the context of the "ciborgzation": a look at the human being-machine relationship in intensive care].
This study discusses the human being-machine relationship in the process called "cyborgzation" of the nurse who works in intensive care, based on post-structuralist Cultural Studies and highlighting Haraway's concept of cyborg. In it, manuals used by nurses in Intensive Care Units have been examined as cultural texts. This cultural analysis tries to decode the various senses of "human" and "machine", with the aim of recognizing processes that turn nurses into cyborgs. The argument is that intensive care nurses fall into a process of "technology embodiment" that turns the body-professional into a hybrid that makes possible to disqualify, at the same time, notions such as machine and body "proper", since it is the hybridization between one and the other that counts there. Like cyborgs, intensive care nurses learn to "be with" the machine, and this connection limits the specificity of their actions. It is suggested that processes of "cyborgzation" such as this are useful for questioning - and to deal with in different ways - the senses of "human" and "humanity" that support a major part of knowledge/action in health.
Bastards, Brains, Boobs and Performance: A Retrospective Account
iv INTRODUCTION 1 CHAPTER 1: PERFORMING ILLNESS 4 Introduction 4 “You Have Breast Cancer:” What it Really Means 6 Effects of Inconsistency 10 Determination 15 Keeping Up Appearances 17 The Detriment of Being Genuine 22 Conclusions 28 CHAPTER 2: CYBORGIZATION OF THE BODY 31 The Bastard Child 31 Something Other 32 Our Techno Selves 35 Cyborgs, Bodies and Brains 39 Happy Breastless Needles and Interns 44 Conclusions 50 AFTERMATH 54 REFERENCES CITED 51
Pioneer 10 Observations of the Ultraviolet Glow in the Vicinity of Jupiter
A two-channel ultraviolet photometer aboard Pioneer 10 has made several observations of the ultraviolet glow in the wavelength range from 170 to 1400 angstroms in the vicinity of Jupiter. Preliminary results indicate a Jovian hydrogen (1216 angstrom) glow with a brightness of about 1000 rayleighs and a helium (584 angstrom) glow with a brightness of about 10 to 20 rayleighs. In addition, Jupiter appears to have an extensive hydrogen torus surrounding it in the orbital plane of Io. The mean diameter of the torus is about equal to the diameter of the orbit of Io. Several observations of the Galilean satellites have also occurred but only a rather striking Io observation has been analyzed to date. If the observed Io glow is predominantly that of Lyman-α, the surface brightness is about 10,000 rayleighs.