ABSTRACT
Handloom weaving is the second most important livelihood in rural India after farming. Improving handloom technologies and practices thus will directly affect the lives of millions of Indians, and this is similar for many other communities in the global South and East. By analyzing hand-loom weaving as a socio-technology, we will show how weaving communities are constantly innovating their technologies, designs, markets, and social organization-often without calling it innovation. This demonstration of innovation in handloom contradicts the received image of handloom as a pre-modern and traditional craft that is unsustainable in current societies and that one should strive to eliminate: by mechanization and/or by putting it into a museum.
ABSTRACT
Controlled human malaria infections are clinical trials in which healthy volunteers are deliberately infected with malaria under controlled conditions. Controlled human malaria infections are complex clinical trials: many different groups and institutions are involved, and several complex technologies are required to function together. This functioning together of technologies, people, and institutions is under special pressure because of potential risks to the volunteers. In this article, the authors use controlled human malaria infections as a strategic research site to study the use of control, the role of trust, and the interactions between trust and control in the construction of scientific knowledge. The authors argue that tandems of trust and control play a central role in the successful execution of clinical trials and the construction of scientific knowledge. More specifically, two aspects of tandems of trust and control will be highlighted: tandems are sites where trust and control coproduce each other, and tandems link the personal, the technical, and the institutional domains. Understanding tandems of trust and control results in setting some agendas for both clinical trial research and science and technology studies.
