The invention proposes a signaling scheme for high-speed, low-power, and robust communication over long on-chip wires.

This invention describes a small, low-cost sensor that can measure both humidity and soil moisture using a single device. It is built using a special design called interdigitated electrodes (IDE) on a silicon wafer.

The invention provides a temperature, supply invariant, and process tolerant current reference circuit suitable for low-power mixed-signal applications.

The method involves calculating flicker and thermal noise over a desired bandwidth and determining how these relate to the size of input transistors and bias current.

Embodiments presented herein describe a voltage mode log-domain low pass filter (LDLPF) tailored for health care applications such as ECG and EMG.

This invention relates to polyolefin-grafted silsesquioxane nanosheets, a novel class of nanocomposites with covalently bonded polyolefin chains (such as polyethylene or polycyclooctene) on a 2D sheet-like inorganic framework.

The invention relates to the design and synthesis of urea-based hydrogen-bonding templates for meta-C–H olefination of electron-deficient arenes such as nitrobenzenes and aromatic carbonyls.

The invention relates to a continuous flow process for the preparation of organic nitrate esters by reacting liquid or solid aliphatic polyhydroxy compounds with nitrating acid in a microreactor.

The invention presents a novel system and method to generate the Soil Freezing Characteristic Curve (SFCC) by measuring the effective dielectric permittivity of soil as it undergoes freezing.

The invention relates to a pincer ligand and its palladium complex designed for remote C–H activation of arenes and heterocycles.