New York / Washington / DC / Cambridge / London / /
Company
IEEE Press / HighWire Press / /
Country
United States / /
Currency
CYP / pence / / /
Event
Natural Disaster / /
Facility
Carnegie Mellon University / ms. Scale bar / Scale bar / University of Minnesota / Massachusetts Institute of Technology / /
IndustryTerm
logic devices / microfluidic systems / chemical concentration waves / on-chip droplet management / online version / large-scale microfluidic processors / biological systems / free surface energy / interconnected microfluidic network / fluidic ladder network / surface energy / Online Material / oil droplets / microfluidic devices / oil / chemical payload / energy / microfluidic processors / bubble logic devices / bubble logic processors / bubble logic chips / planar fluidic resistance ladder network / gas filament / gas phase / microfluidic network / /
Organization
Center for Metals / Center for Bits and Atoms / U.S. Department of Energy / National Science Foundation / Massachusetts Institute of Technology / University of Minnesota / Minneapolis / Department of Chemistry / MIT Center for Bits and Atoms / Foundation for Polish Science / American Association for the Advancement of Science / Harvard Center for Nanoscale Systems for Microfluidic Bubble Logic Manu Prakash* and Neil Gershenfeld We / Carnegie Mellon University / Pittsburgh / /
Person
Neil Gershenfeld / A. I. Lee / V / /
Position
trajectory controller / J. S. Fisher / /
ProvinceOrState
Minnesota / New York / Pennsylvania / Massachusetts / /
Microfluidic Bubble Logic Manu Prakash, et al. Science 315, [removed]); DOI: [removed]science[removed]The following resources related to this article are available online at