Due to a unique combination of nanodot characteristics, including remarkable uniformity in shape and size, and inherent luminescence in red, green and blue visible spectral regions, electronic displays that integrate StoreDot’s technology have pure and brighter colors, in addition to being bendable, transparent and paper-thin. Furthermore, this technology is 80% more energy-efficient than current technologies for displays.
StoreDot’s technology for energy storage can be applied in batteries for mobile devices, providing a sustainable solution that can replace lithium-ion batteries. Due to the size of StoreDot nanodots, the electrode capacitance is increased, resulting in next-generation batteries and super-capacitors that can be fully charged in minutes rather than hours.
When applying nanodots in flash memory storage data is written 3 times faster than the traditional floating gate technology. Image sensors utilizing this technology are 5 times more sensitive than existing sensors.
StoreDot’s technology has promising potential in medicine, due to the biological attributes of its self-assembling, non-toxic, organic-based materials. The nanoscale nanodots can be applied in drug-delivery, to reach specific regions of the brain by crossing the BBB in a precise manner. Our peptide-based nanodots can, furthermore, function as biomarkers - for examining organ function and other health aspects, such as early diagnosis of neurodegenerative diseases.