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The invention relates to compact and accessible squeezed-light magnetometry using four-wave mixing in a single hot rubidium vapor cell.
The present invention ensures a more robust and long-lived Li-ion battery while also reducing the costs associated with pre-sale formation cycles.
The invention relates to electronic devices and more specifically to methods for automatic disassembly of such devices in order to recycle the individual components.
The invention relates to big data and more specifically to improvements to document recommendation programs. Linguistic methods and term frequency methods are combined to improve overall performance and recommendation.
The invention relates to HVAC systems and more specifically to a control system and method for optimizing the energy usage of such HVAC systems. A new control method for variable speed pumps in hydronic distribution systems is disclosed.
A sustainable future will likely be dependent on large-scale production of fuels, chemicals, and products from renewable resources. One of the most promising approaches to this end is microbially-synthesized bioproducts from plant sugars.
The present invention – Safety Foil – comprises a safety architecture within the current collector of a battery cell that limits the likelihood of a thermal runaway event.
The invention relates to Additive Manufacturing and more specifically to apparatuses and methods for the addition of reinforcing fiber to the feedstock during the build.
Metal oxide materials have been widely utilized in various applications including transparent electronics, smart windows, high-density magnetic memory, and coatings.
The developed adsorbent extract uranium from seawater at very fast and efficient way. The controlled radical polymerization on the novel simple and inexpensive halide-substrate can be applicable to various applications beyond uranium adsorbents.