Published Medical Nano Electrode Array This invention expands the capabilities of CNTs and enters the ‘bio’ realm of CNT applications. By Georgia Institute of Technology
Published Medical Protein Threading. A system for identifying compounds from chemical libraries that can be used for the therapeutic treatment of a disease or used as lead compounds in a drug development program. By Georgia Institute of Technology
Published Software & Platforms Web Service Architecture Georgia Tech researchers have developed a renovated web service architecture and registry system for more effectively identifying and using web services. By Georgia Institute of Technology
Published Manufacturing & Production Polymer Nanowires A simple one-step technique for producing arrays and patterns of polymer nanowires on entire wafers. By Georgia Institute of Technology
Published Software & Platforms Optimized Boolean Form We provide a simple and linear cost algorithm for converting positive form expressions to their OBF. By Georgia Institute of Technology
Published Sciences Vortex Droplet Efficiently evaporate solvent from the charged droplets of different sizes to produce dry ions of the analyte. By Georgia Institute of Technology
Published Engineering Interometric Inspection The laser can produce laser pulses to excite a device such as a silicon wafer, chip capacitor or chip packaged/silicon die containing a plurality of solder bumps into vibration. By Georgia Institute of Technology
Published Medical Renal Replacement It is much lighter in weight and quieter than conventional hemodialysis systems. By Georgia Institute of Technology
Published Medical Cellular Analysis The approach combines the specialization of microfluidics approaches with the speed of modern electronics. With the developed method, the cells float above the surface. By Georgia Institute of Technology
Published Medical Magnetic Microactuators Researchers have developed a rapid method for preconcentration of bacteria in a sample for further analysis utilizing a microfluidic design. By Georgia Institute of Technology
Published Sciences Quantum Dot Lasing The capping material may comprise a wide bandgap semiconductor material such as zinc sulfide, or an organic molecule such as tri-n-octylphosphine oxide (TOPO). By Georgia Institute of Technology
Published Medical Re-Synostosis Therapy This invention would be useful as a delivery vehicle for factors to heal long-bone or calvarial defects in addition to the hydrogel’s unique use in treating craniosynostosis. By Georgia Institute of Technology
