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80,000 Hours rates atomically precise manufacturing a "potential highest priority area": an issue that, if more thoroughly examined, could rank as a top global challenge.[1]
80,000 Hours (2022) Our current list of pressing world problems, 80,000 Hours.
Amato, Ivan (1991) The apostle of nanotechnology, Science, vol. 254, pp. 1310–1311.
Rosales, Janna (2010) Drexler-Smalley debates, in David Guston (ed.) Encyclopedia of Nanoscience and Society, Thousand Oaks, California: SAGE Publications, pp. 170–171.
Amato, Ivan (1991) The apostle of nanotechnology, Science, vol. 254, pp. 1310–1311.
Beckstead, Nick (2014) A conversation with Chris Phoenix on August 20, 2014, Open Philanthropy, August 20.
Beckstead, Nick (2015) Risks from atomically precise manufacturing, Open Philanthropy, June.
Drexler, K. Eric (2013) The physical basis of high-throughput atomically precise manufacturing, Metamodern.
Muehlhauser, Luke (2017) Some case studies in early field growth, Open Philanthropy, August.
Regis, Ed (1990) Great Mambo Chicken and the Transhuman Condition: Science Slightly Over the Edge, Reading, Massachusetts: Addison-Wesley.
Rosales, Janna (2010) Drexler-Smalley debates, in David Guston (ed.) Encyclopedia of Nanoscience and Society, Thousand Oaks, California: SAGE Publications, pp. 170–171.
The Atomically Precise Manufacturingprecise manufacturing (APM) tag(APM) is for posts about AMP, "aa proposed technology for assembling a wide variety of macroscopic objects defined by data files by using very small parts to build the objectsstructures molecule-by-molecule with atomic precision using earth-abundant materials" (Open Philanthropy Project, 2015). These posts may discuss the feasibility, benefits, and risks of this technology risks; ways to accelerate, implement, or steer this technology; or related matters. This tag can also be used for posts about the related (but distinct) concepts of nanotechnology and molecular nanotechnology.precision.
The Atomically Precise Manufacturing (APM) tag is for posts about AMP, "a proposed technology for assembling macroscopic objects defined by data files by using very small parts to build the objects with atomic precision using earth-abundant materials" (Open Philanthropy Project, 2015). These posts may discuss the feasibility, benefits, and risks of this technology risks; ways to accelerate, implement, or steer this technology; or related matters. This tag can also be used for posts about the related (but distinct) concepts of nanotechnology and molecular nanotechnology.
Hilton, Benjamin (2022) Risks from atomically precise manufacturing, 80,000 Hours, July 29.