Published Engineering Differential Logic Devices. Cornell researchers have developed high speed logic gates that operate at significantly lower supply voltage while offering performance comparable to current mode logic (CML). By Cornell University
Published Sciences Health monitor and Diagnosis Applications include monitoring health-related compounds, e.g. acetone for diabetes or nitric oxide for asthma, detecting breath compounds such as alcohol. By Cornell University
Published Engineering Low-power GPS Processor Low power consumption enables long-term continuous operation. Applications include any location-aware mobile device, e.g. smart phones, GPS trackers, geo-tagging cameras, etc. By Cornell University
Published Engineering Integrated Terahertz Sources This invention for the first time provides a technique for concurrent signal generation and frequency tuning that enables both high output power and tuning capability. By Cornell University
Published Medical P-Glycoprotein Modulate Method The method demonstrated that activation of A2A adenosine receptors potently downregulated P-gp expression in brain endothelial cells and in cancer cell. By Cornell University
Published Electronics Computing Time Prediction The Cornell prediction-based framework for generating controllers significantly improves the energy efficiency with little to no impact on the user experience. By Cornell University
Published Sciences Separators for Li-S Battery This inexpensive separator membrane for lithium-sulfur batteries prevents lithium polysulfide shuttling and diffusion, and has high lithium ion conductivity. By Cornell University
Published Medical Multi-Organ Microdevice This device allows for independent maturation of the tissue cells and for unidirectional re-circulation of the liquid medium via for example a new passive valve. By Cornell University
Published Medical Cancer Cell Capture Device The novel microfluidic device enables fast and inexpensive testing of the genomic DNA of cancer cells. By Cornell University
