Privacy, Equality and the Ethics of Neuroimaging

Annabelle Lever (1)

1 CEVIPOF - Centre de recherches politiques de Sciences Po (Sciences Po, CNRS)

Recent developments in neuroscience create new opportunities for understanding the human brain. The power to do good, however, is also the power to harm, so scientific advances inevitably foster as many dystopian fears as utopian hopes. For instance, neuroscience lends itself to the fear that people will be forced to reveal thoughts and feelings which they would not have chosen to reveal, and of which they may be unaware.1 It also lends itself to the worry that people will be encouraged to submit to medication or surgery which, even if otherwise beneficial, alters their brain in ways that undermine their identity and agency. As Kenneth Foster notes, neural implants can have surprising and unintended adverse effects, even when they help to mitigate the loss of bodily control associated with Parkinson’s disease, or help to provide hearing for children who would otherwise be profoundly deaf. While the risk of adverse outcomes are scarcely specific to neuroscience, he thinks that ‘These issues are perhaps more acute’ with the latter than with other medical interventions, ‘because they are intimately and fundamentally related to a person’s communication with the outside world’. [ 2006 196] 1 As Neil Levy says, ‘There has been a great deal of interest in the possibility of brain reading as a lie detection technology. The problems with existing lie detectors are well known: they produce high rates both of false positives and of false negatives, and they can be “beaten” by people who deliberately heighten their responses to control questions, which are used to establish a baseline for comparison’. However, as Levy explains, while the hope is that ‘lie detection technology can hone in on the neural correlates of lies’, it is implausible that ‘for every type of thought there is a distinct neural correlate’, so the interpretive problems bedeviling lie-detection are unlikely to go away. Neil Levy 2007 ch. 4 on ‘Reading minds/controlling minds’, especially pp 132-3 and 144. Neuroscience, like genomic science, then, is likely to create new ways of harming people. Many of these will involve violations of privacy.2 However, these are unlikely fundamentally to challenge the reasons to value privacy, or our ability to protect it in the foreseeable future. Rather, I would suggest, the major threat to privacy comes from the difficulty of determining its nature and value and when, if ever, efforts to protect it are justified. So I will start by examining some threats to privacy, and their implications for neuroscience, before turning to philosophical problems in understanding the nature and value of privacy, and the practical consequences of those philosophical difficulties.

Mots clés: Privacy; Equality; Neuroethics; Democracy

Mots clés: Vie privée; Égalité; Neuroéthique; Démocratie

Domaines: Histoire, Philosophie et Sociologie des sciences; Science politique; Philosophie; Sociologie

Annabelle Lever. Privacy, Equality and the Ethics of Neuroimaging. Sebastian Edwards. I Know What You Are Thinking: Brain Imaging and Mental Privacy, Oxford University Press, pp.205 - 222, 2012, 9780199596492. ⟨hal-02506464⟩