JOURNAL ARTICLE
This briefing was presented at the 32nd Annual American Association for the Advancement of Science (AAAS) Forum on Science and Technology Policy on May 3-4, 2007 in Washington, D.C. It highlights findings of RAND foresight analysis of global technology trends, drivers, barriers, and social implications through 2020, highlighting, in particular, issues relevant to building science, technology and innovation capacity in developing nations.
REPORT
An examination of 29 countries' science and technology capacity indicates that the global technology revolution will continue unabated over the next 15 years, but some countries will be in a better position than others to take full advantage of it.
REPORT
An examination of 29 countries' science and technology capacity indicates that the global technology revolution will continue unabated over the next 15 years, but some countries will be in a better position than others to take full advantage of it.
NEWS RELEASE
April 25, 2006 News Release: RAND Report Says Greater Effort Needed to Protect Workers from Health Risks Posed by Nanomaterials
REPORT
The U.S. government is providing insufficient funding and other resources to understand and manage risks that nanomaterials pose to the health of workers in the rapidly growing nanotechnology industry.
JOURNAL ARTICLE
The integration of individual components will lead to relatively complicated materials and equipment architectures based on nanotechnology emerging from experiments currently in the laboratory.
JOURNAL ARTICLE
This paper reviews recent trends in the development and characterization of nanomaterials, which are defined as materials with a nanoscale component or structure that exerts a significant influence on properties or function.
REPORT
This book discusses trends in the current global technology revolution, including genomics, cloning, biomedical engineering, smart materials, agile manufacturing, nanofabricated computation devices, and integrated microsystems.
REPORT
Nanotechnologies are tools that measure and manipulate phenomena and objects at the nanoscale. Molecular manufacturing is the willful use of these two activities to create new objects or phenomena.
RESEARCH BRIEF
To identify leading-edge technologies that could revolutionize military operations, to develop concepts of military systems that could transform warfare, and to specify the research necessary to make these systems a reality.
PEOPLE
Assistant Policy Analyst
M.E.M., Dartmouth College; B.E. in electrical engineering, Dartmouth College; B.A. in physics and economics, Vassar College
PEOPLE
Engineer
Ph.D. in materials science and engineering, Northwestern University; B.S. in physics, Allegheny College
PEOPLE
Senior Physical Scientist
Ph.D. in solid state physics, University of Pennsylvania; B.S. in physics, Stevens Institute of Technology; M.S in physics, University of Pennsylvania