Ryan Wartena
Massachusetts Institute of Technology, Cambridge, MA, Postdoc in the Department of Material Science and Engineering with Yet-Ming Chiang.
Research: Self and Directed Assembly of Energy Systems; 3D Microbatteries; Nanoarchiectures (and scale-up thereof); Full-Spectrum Energy Harvesting, Storage and Delivery; Holistic Integration; Wireless and Distributed Communication/Function Nodes.
Naval Research Laboratory, Washington, DC, American Society for Engineering Education Postdoc with the Advanced Electrochemical Materials Section of the Surface Chemistry Branch in the Chemistry Division.
Research: Small Distributed Energy Systems. Laser Direct-Write of Power Sources. Energy Sources with Self-Charging Capabilities. Autostereoscopic Displays. Power Distribution Theory with Love.
Georgia Institute of Technology, Atlanta, GA, Ph.D. in Chemical Engineering with focus on industrial electrochemical processes and molten salts, International Business/Information Technology Management minor.
Dissertation Title: The Electrochemical Production of Sodium Oxide and the Removal of Carbon Containing Gasses from Molten Salt Mixtures: A Recycle Process for Pulping Chemicals.
University of California, San Diego, Bachelor's of Science in Chemical Engineering, Psychology and Philosophy minors.
Research: Computational Chemistry; Data Visualizations for Equations of State and Quantum-Dynamical Calculations. Chemical Engineering/Engineering Physics; Thin-Film Deposition by Supercritical Fluid Jets, High-Resolution Radiation Detection Devices.
Download the the old Vita circa July 2004
Recent Papers
Power Sources for Nanotechnology
Li-ion Microbatteries by Laser Direct-Write
Current Works
Energy Harvesting and Storage from Photo/Thermal Energy between Semiconductor Electrodes and Water
Nanostructuring Low Dimensions into Devices: Thermoelectric Materials and Form Factors
Growing Archiectures with Elizabeth Marley
Distributed Energy Systems for Voxels
The Natural Reversion: Revolution Natural
The Energy Harvester for All Occasions and Seasons
Energy Systems for Electronic Reading and Ink
Blooming Wallpaper - Technical Displays and Context Clues
Display of Global Information on a Globe
WireCapper - Conversion of Everything to Wireless
Solar Capacitive and Optical Shifting Oxides - A Medium for Stained Glass and Energy Storage
Time to Redefine What is Useful
