Paper–based Devices, Circuits and MEMS

James W. Stasiak is Senior Technologist at Hewlett-Packard Company in Corvallis, USA. He obtained his Master's degree in Physics from Southern Illinois University, Carbondale, USA, in 1979. As a senior member in HP's Printing and Technology Development Lab, he is responsible for defining and leading strategic programs that extend digital printing technology into new domains beyond the boundaries of ink and paper. His pioneering work in inkjet-based fabrication and his industry leadership has helped to establish digital fabrication and additive manufacturing as revolutionary alternatives to traditional analog methods. He has authored numerous peer-reviewed journal articles, conference proceedings and book chapters as well as 30 granted US patents. Devin A. Mourey is Engineering Research Manager at Hewlett-Packard Company in Corvallis, USA. He obtained his Bachelor's degree in Materials Science from Cornell University, Ithaca, USA, and a Ph.D. in Materials Science from Pennsylvania State University, State College, USA. Over the past 10 years his work has spanned a range of flexible electronics and advanced inkjet printing technologies, including low temperature deposited organic and inorganic semiconductors for use in displays, sensor arrays, and nanoscale devices. He has authored more than 60 peer reviewed journal articles, conference proceedings and book chapters, as well as 15 granted patents.

INTRODUCTION TO PAPER AS A FUNCTIONAL MATERIAL Historical Background Paper Materials The Science of Papermaking PHYSICS AND MATERIALS SCIENCE OF PAPER Types of Paper and Paper Production Chemistry and Materials Science of Paper and Additives The Physics of Lateral Flow, Capillarity and Fluid Motion PRODUCTION AND HANDLING PAPER Roll-to-roll Processing and Manufacturing SIMPLE LATERAL FLOW DEVICES - CONTROL OF FLUIDS IN 2 DIMENSIONS Operating Principles Construction and Fabrication Selected Examples COMPLEX MULTILAYERED PAPER DEVICES - CONTROL OF FLUIDS IN 3 DIMENSIONS Operating Principles Construction and Fabrication Selected Examples ELECTRONICS ON PAPER AND PRINTED INTELLIGENCE Challenges Printed Device and Circuit Elements Selected Examples MEMS ON PAPER Challenges Actuation, Transduction and Motion using Paper Materials Selected examples LIFE SCIENCES Manipulation of Biological Materials Bioactive Papers HEALTH DIAGNOSTICS, INDICATORS AND THERAPIES Key Biological Markers Paper-based Rapid Indicators Methods of Characterizing and Quantifying Markers Emergence of Smartphone-based Health Care PAPER-BASED ELECTRONICS AND CIRCUITS PAPER-BASED MEMS AND MECHANICS CONCLUSIONS AND OUTLOOK