Liquid metals: A solid foundation for flexible electronics

Inorganic Semiconductors for Flexible Electronics

Electronic systems that can cover large areas on flexible substrates have received increasing attention in the last couple of decades because they enable classes of applications that lie outside those easily addressed with wafer-based electronics. Examples include flexible displays, electronic textiles, sensory skins, and active antennas. This type of electronics, sometimes referred to as macro...

Mechanical Issues for Flexible Electronics

A Foundation for Flexible Automated Electronic Communication

In this paper the author describes a formal language for communication based on linguistics—more specifically, a theory of natural language communication and models of natural language conversations. The language has a small number of general message types which are formally defined by their intended effects on the recipient. For each message type he defines a standard, automated method of resp...

Session III ( Solid / liquid interfaces ; Metals ; Semiconductors ; Oxides and insulators )

Thin films of Zinc Oxide/Eosin Y were deposited on tungsten wires via electrochemical deposition from aqueous solutions by using the dye Eosin Y as a structure-directing agent (SDA). After deposition the SDA was removed by an aqueous alkaline solution, leaving behind a porous zinc oxide film. As a sensitizer, the dye D149 was adsorbed to the surface of the porous zinc oxide. The films were stud...

Foundation of a Computable Solid

Correctness of algorithms in computational geometry are usually proved using the un-realistic Real RAM machine model of computation with the undesirable result that correct algorithms, when implemented, turn into unreliable programs. In this paper, we use a domain-theoretic approach to recursive analysis to develop the basis of an eeective and realistic framework for solid modeling. This framew...