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Each year Georgia Tech develops hundreds of technologies, and we seek industry collaborators to license and take those technologies from our labs to the market. Technologies are searchable by category, key word, or phrase and include a detailed description of the technology, inventor and patent information, and contact information to learn more about each technology.
Our available technologies are updated periodically but please feel free contact the Office of Industry Engagement team for additional technologies and information.
6432 – Background: RNA interference is a revolution in biology that has provided a breakthrough in understanding how genes are turned on and off. Also known as gene silencing, an RNA molecule of appropriate sequence will down-regulate a given gene by preventing a specific messenger RNA (mRNA) from producing a protein. Targeted gene silencing has important applications in medical therapeutics,... Read More
6427 – Background: RNA interference is a revolution in biology that has provided a breakthrough in understanding how genes are turned on and off. Also known as gene silencing, an RNA molecule of appropriate sequence will down-regulate a given gene by preventing a specific messenger RNA (mRNA) from producing a protein. An RNA molecule with interference activity (iRNA) causes degradation of mRNA by... Read More
6925 – Background: Laparoscopic surgery was first intended for inspection only, but it now a commonly used surgery technique across a variety of operations. A large sum of these operations require multi-port devices that create several small incisions around the target site, and leave multiple scars on the post-operative patient. Single-port surgical devices are becoming more popular because... Read More
6738 – Background: Electron-beam (e-beam) lithography enables the manufacturing of micro and nano-systems with a very high resolution. But performing this type of lithography on insulating substrates such as SiC, quartz, or soda lime may be challenging because negative charge buildup occurs, which deflects the beam and creates pattern distortion and misalignment. Several technologies have... Read More
6775 – Background: Li-ion chemistry is the most commonly used rechargeable battery technology in the marketplace. It offers good performance characteristics in both directions – converting chemical energy into electrical energy during discharging and the reverse during recharging. The materials used to produce Li-ion batteries (cells) tend to be difficult to process and have a significant impact... Read More
Method for Measuring Range and Range-Rate of a Target of Interest using OFDM-based Communication Devices
7087 – Background: Intelligent Transport Systems require the use of Vehicle to Vehicle (V2V) communications radar using safety messages transmitted over the IEEE 802.11p protocol to avoid collisions. To be truly effective, a system needs to be 100% accurate. Previous studies on this topic suggest that significant modifications to the spectrum and bandwidth of the protocol are required to... Read More
6869 – Background: Eutrophication is a condition that can occur in aquatic environments and make the affected area uninhabitable. Phosphorus removal from municipal and industrial wastewater treatment plants is important and necessary for preventing eutrophication in surface waters. Phosphorus removal from wastewater is usually achieved by physical, chemical or biological methods, or some... Read More
5324 – Background: Causality (cause-effect) is analysis of motion sequences in order to establish meaningful relationships between the "visual events", - i.e. associated temporal dependencies, such as ones observed in the game of soccer. Nonparametric formulation of Granger causality can be used to identify patterns of interaction between repeating events, and partition them into independent... Read More
6891 – Background: Semiconductor nanowires are promising building blocks for innumerable advanced materials and devices, such as thermoelectrics, light emitting diodes, solar cells, and cellular scaffolds. Despite their potential, a need remains for an efficient and large-scale process for the fabrication of semiconductor nanowires with the dimensions, dopant concentrations, and spatial... Read More
6993 – Background: Research efforts in optoelectric devices have focused on materials that can be successfully used for energy storage. In developing these technologies, researchers concentrate on high storage and enhanced breakdown strength as well as fast charging / discharging as key features. Recently, the use of high dielectric constant nanoparticles and compact polar groups into processible... Read More