Aviad Raz

Aviad Raz is an Israeli professor of sociology. He is director of the Behavioral Sciences program of the Department of Sociology and Anthropology at Ben-Gurion University of the Negev.

Academic career

Aviad Raz earned his B.Sc. and Ph.D. from Tel-Aviv University. He was a Post-doctoral Fellow at Harvard and held fellowships from the Japan Foundation and the Israeli Academy of Sciences. His research focuses on religious/ethnic groups and identities in contemporary Israeli society, especially in the context of health and family studies. He studies the social and bioethical aspects of medical organizations, community genetics and patient support organizations. He also conducts research in the fields of organizational culture and cross-cultural management, and organizational development.

Raz has written seven books and over 43 articles and book chapters on topics in organizational and medical sociology, anthropology, culture, and science.

Aviad Raz was a Visiting AICE Professor at the Dept. of Sociology, University of California in San Diego in 2012-13.

Published works

  • Riding the Black Ship: Japan and Tokyo Disneyland, Harvard University Press (1999). ISBN 978-0-674-76893-2
  • Emotions at Work: Normative Control, Organizations, and Culture in Japan and America, Harvard University Press (2002). ISBN 978-0-674-00858-8[1]
  • Organizational culture, The Open University of Israel (2004)
  • The Gene And The Genie: Tradition, Medicalization, and Genetic Counseling in a Bedouin Community in Israel, Carolina Academic Press (2005). ISBN 978-0-89089-448-4
  • Community Genetics and Genetic Alliances (Genetics and Society), Routledge (2009). ISBN 978-0-415-49618-6
gollark: The thing is that the GPU isn't really integrated into normal compute use very much, even when it could probably be used effectively.
gollark: Idea for an instruction set: x86-64 MOV, but no other instructions.
gollark: I guess so. ARM SoCs for phones already have the high/low-powered cores dichotomy.
gollark: I think what would be pretty good is having CPUs with a few high-single-thread-perf cores, like we have now, some lower-powered cores, and a lot of parallel processing ones (like GPUs).
gollark: ARM is improving *really* fast.

References


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