Development of a Successful Educational Outreach Program: Materials Science & Engineering iconDevelopment of a Successful Educational Outreach Program: Materials Science & Engineering

Development of a Successful Educational Outreach Program: Materials Science & Engineering

Dec 2, 2013 8:30am ‐ Dec 2, 2013 9:00am

Identification: QQ1.01

Device Applications of Metafilms and Metasurfaces iconDevice Applications of Metafilms and Metasurfaces

Device Applications of Metafilms and Metasurfaces

Dec 2, 2013 8:30am ‐ Dec 2, 2013 9:00am

Identification: V1.02

Removal of Defect Clusters by Twin Boundaries in Nanotwinned Metals iconRemoval of Defect Clusters by Twin Boundaries in Nanotwinned Metals

Removal of Defect Clusters by Twin Boundaries in Nanotwinned Metals

Dec 2, 2013 8:30am ‐ Dec 2, 2013 8:45am

Identification: ZZ1.02

Tutorial G: Integrating Biomaterials into Organic Electronics and Interfacing Organic Electronics with Biological Systems<br />Part 1: Organic Bioelectronic Devices to Record and Regulate Functions in Cells iconTutorial G: Integrating Biomaterials into Organic Electronics and Interfacing Organic Electronics with Biological Systems<br />Part 1: Organic Bioelectronic Devices to Record and Regulate Functions in Cells

Tutorial G: Integrating Biomaterials into Organic Electronics and Interfacing Organic Electronics with Biological Systems<br />Part 1: Organic Bioelectronic Devices to Record and Regulate Functions in Cells

Dec 2, 2013 8:30am ‐ Dec 2, 2013 12:00pm

Identification: TG.01

Part I of the tutorial focused on utilizing electrochemical devices, which convert electronic addressing signals into chemical signal substances, in order to regulate the functions and physiology of cells and tissues. The prime devices to achieve such regulation are the ionic resistor, diode and transistor-based on polyelectrolytes and PEDOT. Such iontronics were described in detail, including how they have been applied to various biological systems for precise control of physiology. The tutorial initially reviewed the field of organic bioelectronics; the devices utilized and application targets chosen.
Tutorial G: Integrating Biomaterials into Organic Electronics and Interfacing Organic Electronics with Biological Systems<br />Part 2: Interfacing Organic Electronics with Biological Systems iconTutorial G: Integrating Biomaterials into Organic Electronics and Interfacing Organic Electronics with Biological Systems<br />Part 2: Interfacing Organic Electronics with Biological Systems

Tutorial G: Integrating Biomaterials into Organic Electronics and Interfacing Organic Electronics with Biological Systems<br />Part 2: Interfacing Organic Electronics with Biological Systems

Dec 2, 2013 8:30am ‐ Dec 2, 2013 12:00pm

Identification: TG.02

Part II of the tutorial described the chemical structure of electronically and ionically active materials that are of interest for integrating inorganic metal and semiconductor components with soft living tissue. The use of electrochemical deposition and characterization methods were discussed, as well as techniques for examining the physical, chemical and morphological details of these materials. Examples of their utility in a variety of current biomedical devices were described, including applications that involve both tissue stimulation and recording.
Graphene Rectangular Domains Grown at Low-Temperature on Electropolished Copper Foils iconGraphene Rectangular Domains Grown at Low-Temperature on Electropolished Copper Foils

Graphene Rectangular Domains Grown at Low-Temperature on Electropolished Copper Foils

Dec 2, 2013 8:45am ‐ Dec 2, 2013 9:00am

Identification: RR1.02

Investigation of Defect Sink Efficiency of Interfaces under Ion Irradiation via Precipitation Reactions Using Resistivity Measurement and Electron Microscopy iconInvestigation of Defect Sink Efficiency of Interfaces under Ion Irradiation via Precipitation Reactions Using Resistivity Measurement and Electron Microscopy

Investigation of Defect Sink Efficiency of Interfaces under Ion Irradiation via Precipitation Reactions Using Resistivity Measurement and Electron Microscopy

Dec 2, 2013 8:45am ‐ Dec 2, 2013 9:00am

Identification: ZZ1.03

Effects of Surface Modification of 45S5 Bioactive Glass on Bioactivity, Mechanical, and In Vivo Remodeling Properties of Polymeric Biocomposites iconEffects of Surface Modification of 45S5 Bioactive Glass on Bioactivity, Mechanical, and In Vivo Remodeling Properties of Polymeric Biocomposites

Effects of Surface Modification of 45S5 Bioactive Glass on Bioactivity, Mechanical, and In Vivo Remodeling Properties of Polymeric Biocomposites

Dec 2, 2013 9:00am ‐ Dec 2, 2013 9:15am

Identification: H1.03

Aqueous Colloidal Suspensions of Conjugated Polymers for Electronics iconAqueous Colloidal Suspensions of Conjugated Polymers for Electronics

Aqueous Colloidal Suspensions of Conjugated Polymers for Electronics

Dec 2, 2013 9:00am ‐ Dec 2, 2013 9:15am

Identification: M1.02

Magnetic Excitations in Iron Arsenide Compounds and Related Materials iconMagnetic Excitations in Iron Arsenide Compounds and Related Materials

Magnetic Excitations in Iron Arsenide Compounds and Related Materials

Dec 2, 2013 9:00am ‐ Dec 2, 2013 9:30am

Identification: MM1.02