basic utility services / disruptive technology / biotechnology / Molecular manufacturing / nanofactory systems / Institutional solutions / basic technology / communication systems / appropriate applications / suitable equipment / communications links / water supply services / generated electricity / photovoltaic systems / shelter and tools / healthcare / open source software / sustainable energy / building materials / possible applications / decentralized technology / precious high tech gadgets / simultaneous processing / water systems / technological solutions / food / energy / Satellite-based internet services / water management / piped water systems / potential applications / early high value applications / solar energy systems / electricity / pharmaceuticals / production equipment / encrypted communications / treatment technologies / toxic chemicals / telecommunications / obvious solution / Low cost technology compatible / accessible healthcare / information technology / fiberglass / potential molecular manufacturing applications / electronics / cheapest products / Wireless telecommunications / manufacturing / Solar energy / galvanized metal / computing / early applications / Actual applications / economic systems / point-of-use solutions / /
OperatingSystem
Unix / Linux / BSD / /
Organization
International Monetary Fund / U.S. government / Works Progress Administration / Medicare / World Bank / United Nations / Civilian Conservation Corps / /
Person
Neil Stephenson / /
Product
access / materials / /
Technology
information technologies / 2 Decentralizing Technology / Linux / information technology / Diagnostic tests / biotechnology / microwave / fuel cells / APPLYING NANOTECHNOLOGY TO POVERTY Decentralizing Technology / profoundly disruptive technology / basic technology / treatment technologies / /
Applying Nanotechnology To the Challenges of Global Poverty: Strategies for Accessible Abundance Bryan Bruns 1ST CONFERENCE ON ADVANCED NANOTECHNOLOGY: