Published Sciences Plasmonic Coaxial Apertures The device provides high performance trapping of sub-10 nm particles, high efficiency/low optical trapping power. It enables versatile design with a easy manufacturing. By Stanford University
Published Wearable Technology Wearable Pressure Sensor The sensor provides simple to fabricate and deploy (attaches like a bandage), stretchable, flexible and conforming (amplifies and improves pulse signal). Also it is biocompatible. By Stanford University
Published Sciences New Touch Sensor The technology enables high-resolution touchscreen that only relies on the pressure applied and therefore it would work with finger, gloved finger, pen, etc. By Stanford University
Published Medical Optical Tool with a Cavity Tip The technology successfully demonstrated the first example of functional photonic crystal cavities and shows the device optical properties and non-cytotoxicity. By Stanford University
Published Medical Solid Lipid Nanoparticles The particles encapsulate and protect the siRNA and provide sustained in vivo siRNA delivery. They're biocompatible with minimal toxicity and less costly than polymeric carriers. By Stanford University
Published Medical Drug Release Control The system is composed with a simple release mechanism, is minimally invasive, and minimizes the side effects by targeting drugs to localized areas. By Stanford University
Published Power & Utilities Biomimetic Sorbents for CO2 The technology shows efficient adsorption kinetics, is energy efficient, tunable, scalable and has a simple regeneration of heat transfer. By Stanford University
Published Telecommunications Spectrum Sharing & Management The system shows efficient spectral utilization, capacity gains with high performance. No interference between primary and secondary systems are required. By Stanford University
Published Telecommunications Wireless Energy Transmission This invention can be used to remotely power devices with no power source or to remotely recharge batteries powering electronic circuits. By Stanford University
Published Sciences New Particle Transport Method A new class of small powerful low-cost accelerators that could eventually lead beyond “tabletop” systems to highly integrated, subminiature ones based on IC technology. By Stanford University
