Squeezing light inside memory devices could help improve performance

Nanowerk  October 6, 2020 Memristors used in a range of memory-centric technologies are driven by an externally applied potential leading to a change in electrical conductivity. The ability to look inside the memristors and understand how morphological changes characterize their function has been vital in their development. An international team of researchers (UK, USA- Perdue University) has developed a non-destructive optical spectroscopy technique that can detect the motion of a few hundred oxygen vacancies with nanometre-scale sensitivity. They constructed cavities small enough to trap light within the device. They used the tiny gap between a gold nanoparticle and a mirror […]