This invention is an innovative device designed for scrubbing, aeration, oxygenation, and vaporization. The system utilizes rotating contacting disks for efficient mass and heat transfer between liquid and gas phases.

This invention is designed for the efficient capture and analysis of very small biological entities such as single cells and microorganisms.

The invention is a microfluidic device designed to separate platelet-rich plasma (PRP) and platelet-poor plasma (PPP) from blood.

The invention pertains to a shoe sole design optimized to minimize stress injuries at the knee for runners.

This patent describes a system designed to evaluate singing performance. The system includes components for receiving singing audio samples, such as a reference track or a user's performance, as well as representations of their pitch contours.

A capacitor-less dynamic random access memory (DRAM) comprises a n-type semiconductor, a plurality of intrinsic semiconductor layers stacked above said n-type semiconductor, said intrinsic semiconductor layers are walled between a pair of Shallow

The present invention introduces a novel selection or access device for cross-point memory, specifically designed for bipolar memory technologies such as bipolar RRAM (Resistive Random-Access Memory) and STT RAM (Spin-Transfer Torque RAM).

The invention provides an apparatus for measuring cosmic ray flux integrated into a radiosonde telemetry system. It consists of a sensor that detects cosmic rays, producing a reverse current proportional to the energy or charge of the rays.

This invention addresses the complexity and cost issues in existing RRAM technologies by introducing a selector-less RRAM with integrated non-linearity within a single memory layer.

The invention provides a one-time programmable (OTP) memory device that integrates seamlessly with standard CMOS processes.