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Peterson, Christine
Christine L. Peterson first became known in the world of nanotechnology through her association with K. Eric Drexler, to whom she was married for 21 years. In 1986, the same year Drexler published Engines of Creation, he and Peterson cofounded the Foresight Institute in Palo Alto, California, a nonprofit think tank devoted to advancing education, policy, and research in molecular nanotechnology. Drexler left the organization in 2003. Since 1997, Peterson has made a name for herself separate from Drexler, as Vice-President of Foresight, and as a frequent speaker on the subject of molecular nanotechnology and open source software. Additionally, she is credited with coining the term open source in the late 1990s to refer to free software. Peterson received a bachelor's degree in chemistry from the Massachusetts Institute of Technology, the alma mater of both Drexler and futurist Ray Kurzweil.
Like Drexler and Kurzweil, Peterson advocates for the development of molecular nanotechnology, the self-assembly of molecules from the ground up to form any product. She shares the view with Kurzweil that the development of nanotechnology cannot be stopped, and that the best defense against misuse of advanced technologies is to invest heavily in research and development of these technologies in order to maximize benefits and protect against accidental or intentional destructive use. Like fellow Transhumanists Kurzweil and William Bain-bridge, Peterson also advocates for molecular nanotechnology that enables human immortality. Peterson is an advisor for the nanotechnology program at Ray Kurz-weil's Singularity University in Northern California.
Peterson coauthored Unbounding the Future: the Nanotechnology Revolution with Drexler and Gayle Pergamit in 1991 to describe their vision of how molecular nanotechnology will shape the future, in what they describe as a technological revolution. In 1997, Peterson and Pergamit coauthored Leaping the Abyss: Putting Group Genius to Work, a business guide for conducting creative strategic and action plans in uncertain times.
Testimony on Nanotechnologies
Along with Ray Kurzweil, Vicki Colvin, and Langdon Winner, Peterson served as an expert witness on April 9, 2003, testifying on the societal implications of nanotechnologies at the Committee on Science, U.S. House of Representatives Hearing held to consider the 21st Century Nanotechnology Research and Development Act. During her testimony, Peterson differentiated between what she called near-term nanotechnology, such as nanoparticles, and advanced nanotechnology, such as molecular manufacturing (also referred to as molecular nanotechnology). She outlined the goals, benefits, and risks associated with molecular nanotechnology, defining molecular manufacturing as factories operating at the nanoscale and referring to Drexler's 1981 seminal publication on nanotechnology. She highlighted benefits of molecular manufacturing to include medical and environmental advances, increasing living standards, and lowering the cost of manufacturing.
Christine Peterson is vice president of the Foresight Institute and frequently lectures on nanotechnology.

Peterson also highlighted the following potential negative effects of molecular manufacturing: accidents, economic disruption, lack of access, and intentional abuse such as terrorism. She offered a solution to each of the above problems, including, implementing safety rules, educating and training a new workforce, using an open source approach to sharing intellectual property, and having an open international research and development (R&D) program on molecular nanotechnology that included arms control verification. Peterson argued for the need for a U.S. federal decision to pursue molecular nanotechnology and to allocate substantial funding to do so. She said that these actions were blocked by the lack of agreement regarding whether molecular nanotechnology was technically feasible. The debate over the technical feasibility of molecular nanotechnology was publicized in a series of open letters between Drexler and Rice University physicist Richard Smalley in 2003 in Chemical Engineering News. In closing her testimony, Peterson called for a feasibility review in which both sides of the debate could present their cases to a panel of unbiased scientists.
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