Stevens Institute of Technology researchers develop a novel approach for manipulating quantum systems using 12 precisely programmed, low-intensity laser pulses instead of a single intense pulse. This new method could enable more precise manipulation of atoms and molecules while reducing unwanted interactions that can destabilize quantum systems, leading to more practical applications in quantum computing, sensing, spectroscopy and biomedical imaging

Lipid vesicles, liposomes, are artificial membranes that contain an aqueous interior surrounded by a bilayered lipid shell. The process allows for the creation of asymmetric LUV’s. This would allow for the inner and outer lipid layers to have different properties, such as charge. The flexibility of this property can address the issue of limited payload capacity for liposomal drug delivery.

Researchers at Stony Brook University (SBU) propose a technology that enables electrochemical ocean alkalinity enhancement without the need for pretreatment of incoming seawater. This system produces “negative emission” carbon offsets of very high quality at a highly reduced cost due to the avoidance of pretreatment

This technology relies on predicted occupant counts and accounts for misprediction costs to minimize energy consumption. This will determine HVAC power for each zone to optimize occupant thermal comfort (weighted by predicted occupant counts) while minimizing total expected misprediction costs.

Researchers at Stony Brook University (SBU) propose a new invention that provides improved methods for preparing resist materials for advanced lithography, using existing infrastructure and materials without the need for complex chemical synthesis. The synthesized hybrid resists can then undergo lithographic patterning and subsequent pattern transfer. The results support an easy-access, cost‑effective development route to high‑performance lithography resists.

Researchers at Stony Brook University (SBU) present a method for nitrification and denitrification of septic effluent comprising an intermediate nitrification/denitrification bioreactor which builds on concepts currently used in the design of full‑scale wastewater treatment plants. However, this design takes an approach in which wood chips are used directly after a sand filter. 

Researchers at Stony Brook University (SBU) have proposed a new method of detecting dew point and icing conditions with hygrometers based on carbon nanomaterials. 

Researchers at Stony Brook University (SBU) have developed a multiplexing scheme for deterministic light sharing PET modules like Prism‑PET, which can have a multiplexed readout that minimally impacts performance. 

Researchers at Stony Brook University have proposed a method of extracting hydrogen from hydrogen‑methane blends that allows for fast and convenient separation and long‑term storage of hydrogen without any loss or degradation.