Prototype (up to three distinct tumor lesions)

Spectral CT Material Decomposition from Standard Single-Energy X-Ray Scans

Summary This technology enables multi-material image reconstruction from conventional single-spectrum X-ray tomography data, including standard CT and tomosynthesis, without requiring dual-energy CT or photon-counting CT hardware. The approach can generate basis-material images and virtual monochromatic images from data acquired using standard X-ray… Read More

Co-intercalation-free Ether Solvent for Lithium Ion Batteries

SUMMARY Lithium-ion batteries have revolutionized portable electronics, but there remains room for improvement in energy density, electrochemical stability, and usable temperature window.  An improvement in electrolytes can further such needs for the next-generation Li-ion battery.  Current state of the art… Read More

Functionalized Metal Carbides For Energy Storage

SUMMARY The invention is a novel synthetic approach for surface modification of two-dimensional (2D) metal carbides (MXenes) using molten inorganic salts. Surface modification of MXenes have been hypothesized to affect material aspects ranging from structural properties to electron transport but—prior to this invention—no experimental method existed to… Read More

Lamellar Iron Sulfides with Embedded Cations for Electrical Energy Storage

SUMMARY Electrodes in supercapacitor devices (computers, electric/fossil fuel burning vehicles, and renewable energy storage) and electrodes in lithium (Li) and sodium (Na) batteries (portable electronic devices, grid energy storage applications, and electric vehicles) can all benefit from improvements in their ability to store/produce energy/charge in a more efficient and… Read More