Published Sciences Purification of Gas Low vapor pressure and fully ionic nature of the solution means the technology is a green solvent. By University of Notre Dame
Published Power & Utilities Photovoltaic Up-Conversion Core-shell upconverting nanostructures (CSUNs) increase the efficiency of multijunction photovoltaic cells by utilizing low-energy photons. By University of Notre Dame
Published Sciences Maintenance of Drosophila Cell After 3 passages, unsupplemented C1.8 cells’ proliferation rates significantly decreased compared to the ZB-fortified media. By University of Notre Dame
Published Telecommunications Wideband Spectrum Sensing A technique which allows for under-sampling while still being able to achieve the goal of determining which sub-channels present opportunities for spectrum sharing. By University of Notre Dame
Published Power & Utilities Catalytic Cartridge Environmentally friendly. Low cost. By University of Notre Dame
Published Sciences Device for Quantifying Iodine The PAD may be interfaced with cell phone camera technology to allow refined quantification by colorimetry. By University of Notre Dame
Published Multi Sector Power Transistor Device A new FET design has resulted in a power device with low leakage capable of high frequency operation (>100 Khz). By University of Notre Dame
Published Transport Plasma Actuators With this technology fully developed, less horsepower will be required under the same trip conditions. Being able to reduce fuel costs can add directly to a company’s bottom line. By University of Notre Dame
Published Medical Lysosomal Storage Disease The lipid trafficking probes being developed will provide the first data to validate, modify, or refute the model. By University of Notre Dame
Published Sciences Electron Field Emission This new approach to synthesizing Nanonmaterials will enable the rapid production of devices for a wide variety of applications. By University of Notre Dame
Published Multi Sector Filtration Membranes The structure allows the membrane to act as a selective separation device for solutes that vary in size, such as biopharmaceuticals, nanoparticles, and environmental contaminants. By University of Notre Dame
