Science and Technology Innovation Program
Allen Hammond, World Resources InstituteThe seeds have already been sown for the flowers that will blossom in the 21st century. If they are the flowers of wrath, they will spring from the poverty and inequity that are so evident as the 20th century ends. If they bloom into a garden of rare, harmonious beauty, it will be because we humans were wise enough to seek greater interconnectedness among the world's societies, rich and poor alike. In this interview, Allen Hammond discusses his book Which World? Scenarios for the 21st Century. The book probes the consequences of present social, economic, and environmental trends to construct three possible worlds that could await us in the 21st century: Market World, Fortress World, and Transformed World.
The Synthetic Biology Project is being launched to identify gaps in our knowledge of the potential risks of the field, explore public perceptions towards it, and examine governance options that will both ensure public safety and facilitate innovation.
David Rejeski, Director of the Wilson Center’s Science and Technology Innovation Program, discusses the potential of 3-D printing and digital fabrication.
Over the next few months, the Science and Technology Innovation Program at the Woodrow Wilson International Center for Scholars will be running an experiment in the use of an online prediction market to explore the future of science and technology.
The Wilson Center's new Project on Emerging Nanotechnologies will study the potential health and environmental implications of nanotechnology products. Developments from this cutting-edge science will increasingly affect our everyday lives, from medicines to consumer products to new energy sources.
The Intel Corporation congratulates the Woodrow Wilson Center on the publication of their new report, "Nanotechnology: A Research Strategy for Addressing Risk." Intel is a leader in the field of nano-electronics and has long been a leader in environmental health and safety (EHS).
Launched in July 2012, FLOAT Beijing—a community art project that utilizes citizen science—offers a simple, innovative, and non-confrontational approach to air quality monitoring: kites. Pioneered by two U.S. graduate students, the project tracks air pollutants using air sensor modules attached to kites.
February 2007 - White paper evaluates distributed sensing systems for water quality assessment and management.