Gas conductivity in soils is a critical parameter for applications like methane extraction from hydrate-bearing sediments and environmental engineering projects.

The invention provides a new method and system for classifying soil samples based on the heat generated when the soil is wetted. Using a calorimeter, the system measures the temperature increase when a soil sample is mixed with water.

This patent describes a system designed to enhance the switching characteristics of Magnetic Tunnel Junctions (MTJs).

This invention is a household composting system designed to recycle wet biodegradable waste on-site. It simplifies waste management by allowing households to compost their organic waste, reducing the burden on centralized facilities.

This invention provides a de-serializer architecture using a synchronization controller and an N-phase clock generator for converting a stream of serial data into a plurality of streams of parallel data.

This invention provides systems and methods for relay selection in mmWave networks using a Q-learning based approach. The method optimizes throughput and reduces switching costs by dynamically selecting relays based on the highest Q-values.

This technology introduces a novel strapping configuration for cavity magnetrons to improve their thermal performance, especially in high-power applications.

This invention offers a low-power, feedback-based carrier phase recovery system for coherent optical receivers.

This invention discloses an N-channel power Nano-Electro-mechanical FET (NEMFET) that improves on-current and speed compared to conventional D-MOSFETs by eliminating interface traps at the channel/dielectric interface.

This invention involves creating a cobalt-nickel bimetallic nanocatalyst supported on g-C3N4 for selective hydrogenation.