11/6/2022 0 Comments Typo store near me![]() The findings are anticipated to be applicable in next-generation electronic devices with improved integration and efficiency in the future. ![]() The results from the study are drawing attention as they have proved that materials achieve higher performance in an unstable metastable state. Unlike the data storage method that uses electric fields, this probe method only requires a very small force, so the burden on the device is also small. This result is 10 times greater than that of a previous study (0.11 Tbit/cm²) which suggested a probe-based storage method using another material. The data storage capacity increased by up to 1 terabit (Tbit)/cm as a result of drawing the data storage area using a probe on the thin film. This is because the smaller the size of the path, the more data the single material can store. The joint research team succeeded in making the width of the polarization path smaller than 10 nm by using this force and found the way to dramatically increase the capacity of data storage. This method utilizes a material in the metastable state, whose properties change easily even with slight stimulation.Ī thin film of metastable ferroelectric calcium titanate (CaTiO 3) enables the polarization switching of a material even with a slight pressure of a probe: A very weak force of 100 nanonewtons (nN) is more than enough. ![]() until we lost our manager, the management became terrible, hours were a complete mess. Ji Hye Lee (Department of Physics and Astronomy) of Seoul National University has proposed a method for densely storing data by "poking" with a sharp probe. Retail Store Manager - Willowbrook Mall, NJ (COTTON ON KIDS) new. ![]() A joint research team led by Professor Daesu Lee (Department of Physics) of POSTECH, Professor Se Young Park (Department of Physics) at Soongsil University, and Dr. ![]()
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