In February 1975, a group of leading scientists, physicians, and policymakers convened at Asilomar, California, to consider the safety of proceeding with recombinant DNA research. The excitement generated by the promise of this new technology was counterbalanced by concerns regarding dangers that might arise from it, including the potential for accidental release of genetically modified organisms into the environment. Guidelines developed at the conference to direct future research endeavors had several consequences. They permitted research to resume, bringing to an end (...) the voluntary moratorium that the National Academy of Sciences had instituted several months earlier. They also served to illustrate that the scientific community was capable of self-governance, thereby securing public trust and persuading Congress not to institute legislative restrictions. Finally, they underscored the importance of weighing unforeseen risks inherent in some research against potential benefits that may arise from these same endeavors. (shrink)

Automated technologies populating today’s online world rely on social expectations about how “smart” they appear to be. Algorithmic processing, as well as bias and missteps in the course of their development, all come to shape a cultural realm that in turn determines what they come to be about. It is our contention that a robust analytical frame could be derived from culturally driven Science and Technology Studies while focusing on Callon’s concept of translation. Excitement and apprehensions must find a specific (...) language to move past a state of latency. Translations are thus contextual and highly performative, transforming justifications into legitimate claims, translators into discursive entrepreneurs, and power relations into new forms of governance and governmentality. In this piece, we discuss three cases in which artificial intelligence was deciphered to the public: the Montreal Declaration for a Responsible Development of Artificial Intelligence, held as a prime example of how stakeholders manage to establish the terms of the debate on ethical artificial intelligence while avoiding substantive commitment; Mark Zuckerberg’s 2018 congressional hearing, where he construed machine learning as the solution to the many problems the platform might encounter; and the normative renegotiations surrounding the gradual introduction of “killer robots” in military engagements. Of interest are not only the rational arguments put forward, but also the rhetorical maneuvers deployed. Through the examination of the ramifications of these translations, we intend to show how they are constructed in face of and in relation to forms of criticisms, thus revealing the highly cybernetic deployment of artificial intelligence technologies. (shrink)

The terrorist attacks of 2001 were a reminder that individual and collective safety cannot be taken for granted. Since then, physicians, alongside public health professionals and other healthcare professionals as well as nonhealthcare personnel, have been developing plans to enhance the protection of public health and the provision of medical care in response to various threats, including acts of terrorism or bioterrorism. Included in those plans are strategies to attend to large numbers of victims and help prevent greater harm to (...) even larger populations. (shrink)

*The views expressed in this commentary are those of the authors and do not necessarily represent the views of the American Medical Association.

The discovery of the molecular structure of deoxyribonucleic acid and the science of molecular biology have profoundly changed medicine’s diagnostic capability and promise to transform the therapeutic realm. When some genetic disorders are diagnosed, physicians can intervene for prevention or treatment. While the basic structure of DNA is the same for all human beings, no two individuals, other than identical twins, have the same DNA sequence. This discovery has had important repercussions in the criminal justice system, where DNA can serve (...) as an identification tool.At the crossroads of these different uses of DNA, there are great concerns about potential misuses of genetic information. Preventing disease, curing illness, and convicting criminals are all seen as worthwhile uses of the technology, but concerns of potential misuse in medicine or in the criminal justice system are not unfounded. A 1998 American Medical Association study showed that 68 percent of patients had fears that their genetic test results would be used against them by their employers or insurers. Others, pointing to racial profiling, have suggested that we may now face genetic profiling. (shrink)

The discovery of the molecular structure of deoxyribonucleic acid and the science of molecular biology have profoundly changed medicine’s diagnostic capability and promise to transform the therapeutic realm. When some genetic disorders are diagnosed, physicians can intervene for prevention or treatment. While the basic structure of DNA is the same for all human beings, no two individuals, other than identical twins, have the same DNA sequence. This discovery has had important repercussions in the criminal justice system, where DNA can serve (...) as an identification tool.At the crossroads of these different uses of DNA, there are great concerns about potential misuses of genetic information. Preventing disease, curing illness, and convicting criminals are all seen as worthwhile uses of the technology, but concerns of potential misuse in medicine or in the criminal justice system are not unfounded. A 1998 American Medical Association study showed that 68 percent of patients had fears that their genetic test results would be used against them by their employers or insurers. Others, pointing to racial profiling, have suggested that we may now face genetic profiling. (shrink)