An RF resonator designed for strong and fast driving of nuclear spins with applications in quantum sensing and microscopy. The resonator is a spiral structure composed of two metallic layers separated by an insulating material. ... Read more

The pressing and ongoing demand to boost chip capacity while simultaneously reducing its size underscores the crucial importance of enhancing memory cell technology. In response to this need, we have innovated a conceptually new memory cell. ... Read more

A controllable method for synthesizing organic, crystalline spherulites from compounds with guanine-based structures. ... Read more

The growing demand for energy devices that store and deliver power and offer additional functionalities, like instant performance monitoring, is evident. ... Read more

Aerobic oxidation is a chemical reaction in which hydrocarbons such as alkanes or alkenes are oxidized using oxygen as the oxidizing agent. ... Read more

Electrochemical transformations are unfavorable while using conventional direct current (DC) electrosynthesis. The main reason is the interelectrode mass transfer, which serves as a major limiting factor for the overall efficiency and the process’s selectivity. ... Read more

The electrical, optical, and mechanical qualities of transparent conductive electrodes (TCEs) make them ideal for electro-optic applications. However, existing TCEs are costly, inflexible, and their performance is inadequate. ... Read more

The curing of polymers by UV light is of great technological importance in, for example, dentistry, advanced manufacturing (3D printing), and various applications such as manufacturing of optical media, biotechnology, and more. ... Read more

Nanostructured silica is a promising material with remarkable properties, such as high porosity, biocompatibility, and stability. ... Read more

Electrostrictive materials can generate large movement under voltage, making them attractive for numerous applications. ... Read more